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keywords = {'current; Clinical data; Comparatives studies; CRISP-DM; Data-mining techniques; Kidney cancer; Life expectancies; Rapidminer; Renal cell carcinoma; Survival, 'current; High impact; Immersive; Impact factor; M-commerce; Smart phones, (I, 2-way result; eBusiness; Football bets; Football betting; Football game; Knowledge discovery in database, 3-D cameras; Driverless; Human activity recognition; Human movements; Image captures; ITS applications; Surveillance systems; Synthetic data, 3D object; 3d object detection; Autonomous driving; Deep learning method; Learning methods; LiDAR sensing technology; Objects detection; Sensing technology; Software Specification; State of the art, Absenteeism; Decision making process; Design and Development; Information and Communication Technologies; Quality healthcare; Reduce time; WEB application; Work accidents, Absolute error; Analytical tool; Complex task; Constant delays; Decision making process; General applications; Operational data; Waste of resources, Abstract only; Inference based semantic nets; Law enforcement, Abstracting; Electronic commerce; Felt; Intelligent agents, acarbose; acetohexamide; chlorpropamide; glibenclamide; glimepiride; glipizide; insulin; metformin; miglitol; nateglinide; pioglitazone; repaglinide; rosiglitazone; tolazamide; tolbutamide; troglitazone, Accidents, Accidents; Decision making; Diagnosis; Health care; Hospitals; Machine learning, Accidents; Decision support systems; Forecasting; Health care; Hospitals; Learning systems, Acquired brain injuries; Amount of information; Clusterings; Comparative analyzes; Medical conditions; Quality of life; Rehabilitation activities; Systematic methodology, Acquired brain injuries; Condition; Deep q-network; Gesture interaction; Multi-modal; Multimodal gesture interaction; Rehabilitation activities; Reinforcement learning algorithms; Reinforcement learnings; Telerehabilitation, Acquisition process; Continuous monitoring; Data engineering; Data transformation; Intelligent decision support; KDD; Prediction model; Real-time, Acquisition process; Decision models; Emergency departments; Intelligent decision support; Intelligent decision support systems; Manchester; Patient safety; Reliable systems; Triage, Action recognition; Activity recognition; Deep learning; Fine tuning; General patterns; Learn+; State of the art; Transfer learning; Violence detections; Violent behavior, Action recognition; Ambient sounds; Audio action recognition; Audio signal; Audio violence detection; Deep learning; Large-scales; Learning architectures; Signal-processing; Violence detections, Action recognition; Audio and video; Behavior modelling; Classification methods; Multi-modal; Systematic Review; Violence detections; Violent behavior, Action recognition; Discriminative features; High-performance hardware; Human activities; Human-action recognition; Intelligent solutions; Learning frameworks; Learning models, Active ageing; Ambient intelligence; Assisted living; Ehealth; First year; Idea generation; Proactiveness, Active monitoring; Ambient intelligence; Healthcare environments; Healthcare institutions; Healthcare sectors; HL7; Monitoring system; Monitoring techniques, Active parts; Care process; Communication technologies; Disease management; Electronic health record; Health-care system; Healthcare environments; Healthcare organizations; Information and Communication Technologies; Key issues; Quality of information; Seamless system; Semantic interoperability, Acute Disease; Chronic Disease; Comorbidity; Decision Support Techniques; Diagnosis, Adaptability; Data streaming; Medical Devices; Pervasive Data; Real time; Vital sign, Additional costs; Archetype; Business-intelligence; Clinical data; Complementary diagnostic request; Demographic data; Diagnostic tests; Health outcomes; OpenEHR; Template, Adjustable autonomy; Electronic medical record; Intelligent information processing systems; Medical information; Simulated system; Training purpose; Ubiquitous systems; Web spiders, Administrative staff; 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health care personnel; human; information security; informed consent; medical information system; patient information; privacy, Adverse events; Business Intelligence platform; Classification algorithm; Emergency care; IDSS; Information systems and technologies; Maternity care; Triage system, Adverse events; Emergency care; Healthcare organizations; Prediction model; Waiting-time, Africa; Benguela; Clinical experience; e-health; Knowledge networks; Local development; Patient transfer; Portugal; Practical experience; Staff training; Tele-echocardiography and telecommunications; Tele-training; Teleconsultation; Telehealth; Telemedicine networks, Ageing population; Case based; Case-based approach; Knee osteoarthritis; Knowledge representation and reasoning; X-ray image, Agent approach; Complex problems; Learning objects; Machine learning problem; Machine-learning; Multi-modal; Multi-modality; Multimodal machine learning; Objects detection; Single-agent, Agent based architectures; Cancer patients; Cancer staging; Computational technique; Health services; Interactive agents; Patient education; Quality of life, Agent based; Blood test; Cancer patients; Cancer staging; Clinical intelligence; Computational system; Computational technique; Group decision supports; Health services; Interactive agents; Medical informatics; Patient education; Quality of life; Right information, Agent based; Emotional state; Group decision; Group Decision Making; Group formations; Valuable training; Virtual group, Agent based; Healthcare environments; Healthcare Interoperability; Heterogeneous systems; Hospital information systems; Medical informatics; Mutual benefit; Service distribution, Agent modeling; Clinical information; Health information systems; Healthcare organizations; Runtimes; Software performance, Agent-based approach; Group decision; Group Decision Making; Incomplete information; Multi-Agent Model; Real-world scenario; Virtual group, Agent-based architecture; Ambient assisted living; Ambient intelligence; Ehealth; Group Decision Making; Healthcare projects; Quality of information; Remote monitoring, Agent-based systems; Decision making process; INTCare; Intelligent decision support systems; Intensive care medicines; Laboratory test; Predictive models; Tracking system, Agents; Artificial intelligence; Data acquisition; Decision making; Decision support systems, Agents; Biomedical equipment; Data acquisition; Decision support systems; Intelligent agents; Intensive care units; Modal analysis, Agents; Decision making, Aggregation level; Ambient intelligence; Electronic health record; Health-care system; Healthcare institutions; Healthcare sectors; Semantic interoperability; Ubiquitous systems, AI applications; Automatic speech recognition; Digital transformation; Language processing; Natural language processing; Natural languages; Patient care; Smart healthcare; Smart hospital; Systems architecture, AIDA; Health information systems; Health organizations; Hospital service; INTCare; Medical information; Multi-agent platforms; Real time, Air quality; Artificial intelligence; Digital storage; Smart city; Sustainable development, Air traffics; Air transport industry; Big data architecture; Case-studies; Covid-19 world impact; Data architectures; Data-source; GDP; Global air traffic; Survey analysis, Air transportation; Aviation; COVID-19; Metadata, Alentejo; Portugal, Alert systems; Healthcare facility; National standard; Open Source Software; Open sources; Portugal; Short message services; Waiting-time, Algorithms; Application programs; Artificial intelligence; Data mining; Equipment; Forecasting; Health care; Sensors; Target tracking, Algorithms; Data Mining; Diabetes Mellitus; Humans; Patient Discharge; Patient Readmission; Retrospective Studies; Risk Factors, Alzheimer; Clinical conditions; Condition; Cross industry; Data mining process; Industry standards; Machine decisions; Machine learning algorithms; Standards process; Support vectors machine, Ambient assisted living; Ambient intelligence; Collaborative networks; Exponential growth, Ambient assisted living; Collaborative network; Collaborative Work; Decision makers; Group supports; Intelligent multi agent systems; Open Standards, Ambient intelligence, Ambient intelligence, Ambient intelligence, Ambient Intelligence; Biomedical circuits and systems; Computational modelling; Electronic medical record; Health care technology; Information society; Medical records; Structured approach, Ambient intelligence; Communication process; Critical environment; Intelligent decision support systems; Intelligent multi agent systems; Medical informatics; Patient management; Patient monitoring systems, Ambient intelligence; Critic events; Data streaming; Intcare; Intensive care; Real time; Tracking system, Ambient intelligence; Data acquisition; Decision support systems; Diagnosis; Intelligent agents; Intelligent systems; Multi agent systems; Patient monitoring; Patient treatment; Radio frequency identification (RFID), Ambient intelligence; HL7; Medical informatics; Multi agent system (MAS); Patient monitoring systems, Ambient intelligence; Human performance; Knowledge-sharing; Managing changes; Medical practitioner; Objective measure; Situation awareness; Virtual scenario, Ambient intelligence; Medical professionals; Monitoring system; Multiagent architecture; Patient condition; Patient localization; Real time monitoring; RFID Technology, Animal skins; Degree of confidence; Formal framework; Hybrid approach; Hybrid decision support systems; Knowledge representation and reasoning, Antibiotics; Artificial intelligence; Bacteria; Intelligent agents; Intensive care units, API; Clinical test result; Clinical tests; Data repositories; Data standards; Health data; Health data standard; Patient care; Real-time data; Real-time information systems, Application programming interfaces (API); Application programs; Data Science; Decision making; Digital storage; Health care; Information systems; Information use, Application programs; Artificial intelligence; Bluetooth; Electron devices; Medical applications; Personal computers; Quality of service; Wireless telecommunication systems, Application programs; Artificial intelligence; Classification (of information), Application programs; Artificial intelligence; Data privacy; Digital devices; Digital storage; Health care; Interoperability; Regulatory compliance, Application programs; Artificial intelligence; Hospitals; Intelligent agents; Intensive care units; Interoperability; Medical information systems, Archetypes; HL7 V3/CDA; openEHR; Operational templates; SNOMED-CT, Architectural approach; Clustering techniques; Improving performance; Online store; Short response time, Architectural design; Artificial intelligence; Database systems; Decision support systems; Decision theory; Information retrieval; Information science; Intensive care units; Knowledge management; Mergers and acquisitions; Real time systems, Architectural pattern; Context-aware mobile application; Design and implementations; Design Patterns; Geolocalization; Mobile frameworks; Separation of concerns concepts; Ubiquitous technology, Architecture; Computer architecture; Electronic commerce, Architecture; Computer architecture; Health care; Information management; Information use; Medical information systems; Real time systems, Architecture; Data warehouses; Decision making; Decision support systems; Information analysis; Information systems; Textiles, Architecture; Data warehouses; Diagnosis; Information analysis, Area of interest; Crowdsensing; Geofence; Location based; Location-based notification; Quality of life; Smart notification; Strategies and tools; Systematic Review, Area of interest; Deep learning; Inside car; Learning behavior; Pre-training; Public dataset; Real situation; Real- time; Video recognition; Violence detections, Argument-based negotiation; Argumentation schemes; Extended logic programming; Knowledge representation and reasoning; Mediator agents, Argumentation; Artificial societies; Group decision making, Argumentation; Decision making process; Emotional intelligence; Group decision; Group Decision Making; Group members, Arrhythmia classification; Cardiac rhythms; CNN models; Deep learning; ECG classification; ECG signals; F1 scores; Features extraction; Heart rhythm; Transfer learning, article; artificial intelligence; artificial neural network; deep learning; health care facility; health level 7; machine learning; medical information system; short term memory; standard, article; artificial intelligence; computer assisted diagnosis; computer assisted therapy; computer program; computer simulation; expert system; human; medical informatics, Article; artificial neural network; diagnostic reasoning; human; knowledge; mathematical analysis; medical research; model; schizophrenia; adolescent; adult; aged; child; female; genetic predisposition; genetics; infant; male; middle aged; newborn; preschool child; schizophrenia; young adult, Article; artificial ventilation; data analysis; data mining; extubation; human; intensive care unit; ventilated patient; ventilator weaning, article; certification; data mining; health care cost; human; maturity; national health service; Portugal, Article; clinical decision support system; clinical feature; critical illness; data mining; hospital readmission; human; multiple organ failure; patient monitoring; real time intelligent decision support; sepsis, Article; coronavirus disease 2019; COVID-19 testing; data interoperability; data visualization; disease severity; electronic health record; human; medical information system; normal human; openEHR; pandemic; patient monitoring; patient referral; self monitoring; workflow, article; deep learning; software, artifact; diagnosis; human; pandemic, Artifacts; COVID-19; COVID-19 Testing; Humans; Pandemics; SARS-CoV-2, Artificial intelligence, Artificial intelligence, Artificial intelligence, Artificial intelligence, Artificial intelligence, Artificial intelligence techniques; Customer complaints; Data accessibility; Decisions makings; Digital transformation; Digitisation; Machine learning and customer complaint; Machine-learning; Predictive models; Quality 4.0, Artificial intelligence; Automobile drivers; Data mining; Decision making; Decision support systems; Decision trees, Artificial intelligence; Automobile drivers; Decision support systems; Forecasting; Health care; Information science; Intensive care units, Artificial intelligence; Behavioral research; Biomedical engineering; Competitive intelligence; Data warehouses; Decision making; Information analysis; Interoperability; Medicine, Artificial intelligence; Blood pressure; Decision support systems; Hospital data processing; Intensive care units, Artificial intelligence; Blood; Classification (of information); Data communication systems; Decision support systems; Dialysis; Health care; Learning algorithms; Learning systems; Risk assessment; Statistical tests, Artificial intelligence; C (programming language); Cost effectiveness; Data mining; Decision support systems; Interoperability; Medical computing; Obstetrics; Patient treatment; Software engineering, artificial intelligence; cardiovascular disease; data mining; human, Artificial Intelligence; Cardiovascular Diseases; Data Mining; Humans, Artificial intelligence; Case based reasoning; Computation theory; Computer circuits; Data mining; Decision support systems; Feature extraction; Knowledge representation; Logic programming; Soft computing, Artificial intelligence; Case based reasoning; Computation theory; Computer circuits; Decision support systems; Diagnosis; Genetic programming; Knowledge representation; Logic programming; Risk assessment, Artificial intelligence; Case based reasoning; Computation theory; Computer circuits; Decision support systems; Knowledge representation; Logic programming; Program diagnostics; Quality of service; Reconfigurable hardware, Artificial Intelligence; Chemical Oxygen Demand; Data Processing; Decision Theory; Mathematical Models; Neural Networks; Reservoirs; Water Management; Water Quality, Artificial intelligence; Classification (of information); Data mining; Decision support systems; Health care; Resuscitation, Artificial intelligence; Classification (of information); Decision support systems; Diseases; Forecasting; Hospitals; Surgery, Artificial intelligence; Classification (of information); Decision support systems; Extraction; Health care; Information management; Information systems; Knowledge representation; Project management; Surgery, Artificial intelligence; Classification (of information); Decision support systems; Health risks; Information systems; Information use; Medical imaging, Artificial intelligence; Classification (of information); Health care; Information technology; Learning systems; Linear transformations; Medical computing; Metadata; Nutrition; Soft computing, Artificial intelligence; Competitive intelligence; Decision support systems; Decision trees; Digital storage; Obstetrics; Support vector machines, Artificial intelligence; Computation theory; Computer circuits; Decision support systems; Diagnosis; Health care; Knowledge representation; Logic programming; Reconfigurable hardware; Soft computing, Artificial intelligence; Computation theory; Computer circuits; Decision support systems; Diagnosis; Intelligent systems; Knowledge representation; Logic programming; Quality control; Reconfigurable hardware; Risk assessment, Artificial intelligence; Computation theory; Computer circuits; Decision support systems; Forecasting; Health care; Human engineering; Knowledge representation; Logic programming; Reconfigurable hardware, Artificial intelligence; Computation theory; Decision support systems; Diseases; Knowledge representation; Neural networks; Risk assessment, Artificial intelligence; Computer circuits; Concretes; Decision support systems; Deterioration; Knowledge representation; Logic programming; Phase space methods; Problem solving; Reconfigurable hardware; Repair, Artificial intelligence; Computer circuits; Decision support systems; Health; Intensive care units; Logic programming, Artificial intelligence; Computer simulation; Decision support systems; Intensive care units; Modal analysis; Philosophical aspects; Population statistics, Artificial Intelligence; Computer Simulation; Diagnosis, Artificial intelligence; Computer software; Decision making; Electric relays; Electronic medical equipment; Health care; Intelligent agents; Medical computing; Medicine; Problem solving; Technology, Artificial intelligence; Correlation methods; Hospital data processing; Intensive care units, Artificial intelligence; Cost effectiveness; Health care; Information technology; Interoperability; Records management; Semantics, Artificial intelligence; Cost reduction; Data mining; Health care; Information systems; Patient treatment, Artificial intelligence; Crime; Monitoring; Security systems; User experience, Artificial intelligence; Data acquisition; Decision support systems; Information analysis; Intensive care units; Knowledge management, Artificial intelligence; Data communication systems; Decision support systems; Health care; Obstetrics, Artificial intelligence; Data mining; Decision support systems; Electronic commerce; Forecasting; Intelligent systems; Modal analysis; Profitability; Statistics, Artificial intelligence; Data mining; Decision support systems; Health care; Information management, Artificial intelligence; Data mining; Feature extraction; Forecasting; Hospitals; Learning algorithms; Learning systems; Predictive analytics, Artificial intelligence; Data mining; Information science; Intensive care units, Artificial intelligence; Data mining; Sensitivity analysis, Artificial intelligence; Data reduction; Embedded systems; Health care; Intelligent systems, Artificial intelligence; Database systems; E-learning; Information systems; Intensive care units; Internet; Knowledge representation; Multimedia systems; Process engineering, Artificial intelligence; Decision making; Decision support systems; Decision trees; Forestry; Fuzzy inference; Genetic algorithms; Information systems; Intensive care units; Learning systems; Trees (mathematics), Artificial intelligence; Decision making; Decision support systems; Diseases; Forecasting; Hospitals; Surgery, Artificial intelligence; Decision making; Decision support systems; Health care; Semantics, Artificial intelligence; Decision making; Decision support systems; Hospitals; Information systems; Information use; Predictive analytics; Scheduling, Artificial intelligence; Decision making; Decision support systems; Information systems, Artificial intelligence; Decision making; Decision support systems; Intelligent systems; Nursing; Tracking (position), Artificial intelligence; Decision making; Forecasting; Obstetrics, Artificial intelligence; Decision support systems; Deep learning; Health care; Information management; Knowledge representation; Logic programming; Medical computing; Medical imaging; Neural networks; Personnel training, Artificial intelligence; Decision support systems; Diagnosis; Disease control; Intelligent agents; Medical imaging; Patient treatment; Tissue, Artificial intelligence; Decision support systems; Diagnosis; Information systems; Information use; Medical computing; Medical imaging; Patient treatment; Tissue, Artificial intelligence; Decision support systems; Embedded systems; Forecasting; Information systems, Artificial intelligence; Decision support systems; Emergency rooms; Forecasting; Gynecology; Health; Interoperability; Obstetrics, Artificial intelligence; Decision support systems; Emergency rooms; Knowledge acquisition; Obstetrics, Artificial intelligence; Decision support systems; Gynecology; Modal analysis; Obstetrics; Real time systems, Artificial intelligence; Decision support systems; Health care; Information analysis; Information management, Artificial intelligence; Decision support systems; Health; Health care; Information systems; Intelligent agents; Intensive care units, Artificial intelligence; Decision support systems; Interoperability; Modal analysis; Nursing; Technology, Artificial intelligence; Decision support systems; Laws and legislation, Artificial intelligence; Decision support systems; Scales (weighing instruments), Artificial intelligence; Diagnosis; Emergency rooms; Natural language processing systems; Recommender systems, Artificial intelligence; Electronic commerce; Laws and legislation; Outsourcing; Telecommunication services, Artificial intelligence; Information systems; Intensive care units; Medical computing; Ubiquitous computing; Information systems; Intelligent systems; Intensive care units; Medical computing, Artificial neural network algorithm; Cancer prevention; Cancer research; Data mining models; Mining classification; Risk factors; Sampling method; Weight loss, Artificial neural network approach; Causes of death; Computational framework; Individual risks; Knowledge representation and reasoning; Risk evaluation; Thrombotic disorders, Artificial neural network modeling; Assembly line; Assembly process; Decision-based; IT system; Production companies; Production system; Productline; Use-model; Workers', artificial neural network; concentration (composition); monitoring; numerical model; physicochemical property; prediction; water quality; water supply, Artificial neuronal network; Chronic kidney disease; Glomerular filtration rate; Kidney dysfunction; Kidney function; Knowledge representation and reasoning; Mechanism of injury; Urinary sediment, Artificial neuronal network; Diagnosis support systems; Early diagnosis; Formal framework; Knowledge representation and reasoning; Liver disease; Premature death, Asphalt mixtures, Asphalt pavements; Failure (mechanical); Forecasting; Knowledge representation; Logic programming, Assembly, Assembly machines; Information management; Manufacture; Neural networks; Production control; Production efficiency, Assessment models; Delphi methodology; Electronic health record; Electronic health record systems; Health professionals; System implementation; Technology acceptance; Technology acceptance model, Associated costs; Delivery settings; Electronic health record; Electronic records; Heuristic Walkthrough; Hospital information systems; Usability evaluation; Usability methods, Asymmetric information; Company performance; Dividend period; FinBERT; Headline news; Informed decision; Investment decisions; Sentiment analysis; Stock price fluctuation; Stock returns, Asymptomatic patients; Human bodies; Laboratory testing; Medical treatment; Operational data; Type of technology; Various technologies; Waiting-time, Audio acoustics, Audio-visual data; Design and Development; Human activity recognition; In-depth study; Literature reviews; Multi-sensory fusion, Augmented reality, Augmented reality, Augmented reality technology; Brand values; Comparatives studies; Digital transformation; E- commerces; Mobile app; Mobile systems; OpenAccess; Shopping app; Type of technology, Augmented reality; Competitive intelligence; Data warehouses; Hospitals; Information analysis; Information systems; Information use; mHealth; Nursing; Telemedicine, Autism spectrum disorders; Cognitive communications; Cognitive development; Communication skills; Cross industry; Cross-industry standard process for data mining; Data mining models; Industry standards; Social skills; Standards process, Automated machine learning; Automated machines; City traffic; Energy-consumption; Forecasting tools; Key Issues; Machine-learning; Rolling window; Time series forecasting; Times series, Automation; Energy utilization; Forecasting; Smart city; Time series, Automobile drivers, Autonomous agents, Autonomous agents; Contracts; Decision support systems; Financial data processing; Intelligent agents; Multi agent systems, Autonomous intelligent agents; Evolutionary logic theories; Formal models, Autonomous vehicles; Computation theory; Computational efficiency; Convolution; Deep learning; Energy efficiency; Field programmable gate arrays (FPGA); Graphics processing unit; Integrated circuit design; Object recognition; Optical radar; Program processors, Autonomous vehicles; Deep learning; Learning systems; Object recognition; Optical radar; Specifications; Three dimensional computer graphics, Autonomous Vehicles; Design and implementations; Detection models; FPGA-based hardware accelerators; Hardware accelerators; Hardware IP; Light detection and ranging; Objects detection; Real-time inference, Availability; Damage detection; Health care; Information systems; Intelligent agents; Intelligent systems; Monitoring, Average life expectancy; Continuous improvements; Daily lives; Evidence-based medicine; Healthcare information system; Healthcare institutions; Pathogenic mechanisms; Real-time information systems; Risk predictions; Systems architecture, Axiomatic framework; Biological evolution; Bottom up approach; Evolutionary biology; Human decision making; Multi-disciplinary approach; Natural user interfaces; Physical interactions, Bad faith; Building blockes; Good faith; Virtual organization, Bag of words; Classification process; COVID-19; F1 scores; Jakarta; Large-scales; LSSR; Sentiment analysis; Social media; Support vector machines algorithms, Bagging algorithms; Classification accuracy; Cross validation; Discharge predictions; F1 scores; Medical specialties; Quality of data; Urgency Department, Bariatric surgery; Business Intelligence platform; Business-intelligence; Clinical management; Healthcare services; Knowledge extraction; Obesity; Patient care; Potential impacts; Surgical treatment, Bariatric surgery; Electronic health; Electronic health record; Follow up; Health information systems; Health records; Obesity; OpenEHR; Weight loss; World Health Organization, Barium compounds; Decision trees; Insulin; Logistic regression; Nearest neighbor search; Population statistics, Barotrauma; Best model; Health professionals; INTCare; Mechanical ventilation; Plateau pressures; Real environments, Barotrauma; Clustering; Davies-Bouldin index; Intensive-care patients; Partitioning around medoids; Patient data; Plateau pressures; Similarity, Barotrauma; Decision supports; INTCare; Intensive care; Mechanical ventilation; Patient-centered, Basic designs; Length of stay; Level of Service; Patient care; Patient education; Unified framework, Behavior analysis; Business-intelligence; Data architectures; Data tools; New case; Research focus; Stay at home, Behavioral research; Information systems; Information use; Records management, Benchmarking; Competitive intelligence; Decision making; Extraction; Information analysis, Best decision; Decision makers; Follow up; Healthcare organizations; Knowledge-poor; Large volumes; Mining classification, Bibliometric; Cycle time; Number of vehicles; Optimisations; Research questions; Traffic light; Travel-time; Urban areas; Urban mobility; Urban travels, Big data, Big data, Big data, Big data, Big data, Big data, Big data analyse; Contigency; Contigency measure; Correlation; Covid-19; Gross domestic products; Powerbi; Preventive measures; Proliferation rate; Real- time, Big data platform; Data platform; Data resources; Efficient strategy; Hot topics; Platform management; Privacy; Quality of life; Resource management; Security, Big data; Case based reasoning; Computerized tomography; Decision support systems; Health care; Logic programming; Magnetic resonance; Medical imaging, Big data; Cell proliferation; Data handling; Digital storage, Big data; Cost effectiveness; Diagnosis; Health care; Information management; Real time systems; Software agents; Software as a service (SaaS); Software testing; Web services, Big data; Economics; Health care, Biochemical oxygen demand; Forecasting; Models; Neural networks; Topology; Water quality, Bioinformatics; Clinical research; Information use; Medical computing; Medical education, biological marker, Biological organs; Classification (of information); Diseases; Information systems; Information use; Neural networks, Biology; Decision making; Machine learning; Neurology; Philosophical aspects; User interfaces, Biomedical applications; Heal; Master; Piconets; Slave; Ubiquitous devices, Biomedical engineering; Computation theory; Computer circuits; Decision support systems; Diagnosis; Knowledge representation; Logic programming; Neural networks, Biomedical engineering; Data acquisition; Data handling; Hospital data processing; Intelligent systems; Medicine; Nursing; Patient monitoring; Patient treatment, Biomedical engineering; Diseases, Biomedical engineering; Hospitals; Records management, Biomedical equipment; Data acquisition; Data handling; Data processing; Information systems; Intensive care units; Interoperability; Network architecture; Reconfigurable hardware; Sensors; Ventilation, Block-chain; Decentralised; Decentralized finance; Field research; Healthcare; Healthcare record; Patient record; Record management; Research opportunities; Security/privacy, Blockchain, Blood analysis; Blood test; Chronic kidney disease; Conference programs; Data mining models; Peer review; Peritoneal dialysis; Test data, Blood analysis; Classification algorithm; Data set; False positive; Low rates; Mining classification; Peritoneal dialysis; Weka, Blood and urine samples; Data informations; Health information systems; Kidney; Kidney disease; Peritoneal dialysis; Personal information, Blood pressure; Computation theory; Knowledge representation; Logic programming; Neural networks, Blood vessels; Classification (of information); Decision making; Diseases; Forecasting; Health risks; Information systems; Information use; Medical computing; Risk assessment, Blood; Competitive intelligence; Dialysis; Information analysis; Information dissemination; Information systems; Information use; Internet of things; Interoperability; Microarrays; Patient monitoring, Body activities; Brain controls; Different sizes; Health status; Length of stay; Life qualities; Medical institutions; Stroke patients, Boey; Dataset; Death; Health complications; Scoring systems, Brain death; Clinical notes; Critical events; Medical fields; Predictive models; Specific areas; Structured text; Text mining, Brain death; Computed tomography scan; NAtural language processing; Text mining, Brain death; NAtural language processing; Qualitative analysis; Related word; Research and analysis; Text analysis; Text mining; Unstructured texts, Brain; Deep learning; Learning algorithms; Patient rehabilitation, Brain; Deterioration; Forecasting; Information systems; Information use; Neural networks; Neurology; Surgery, Breast Cancer; Breast cancer detection; Breast cancer risk assessments; Degree of confidence; Formal framework; Hybrid decision support systems; Knowledge representation and reasoning; Logic programing, Breast Cancer; Breast cancer detection; Cancer detection; Deep learning; Learning models; Learning techniques; Specific tasks; Transfer learning; Vision model; World Health Organization, Bridges; Computer software; Particle swarm optimization (PSO); Street traffic control; Traffic signals, Building users; Clinical information; Electronic health record; Health professionals; Hospital information systems; Real time visualization; Storage capability; Support systems, Business Intelligence platform; Entity relationship diagrams; Healthcare industry; Resource management; Sustainable decision makings, Business intelligence systems; Decision making process; Decision supports; Decision-based; Free software; Private companies; Textile sector, Business intelligence systems; Decision making process; E-governments; Improving efficiency; Local government; Quality assurance systems; Quality information; Real time, Business-intelligence; Data engineering; Data lake; Data mining event-driven microservice; Data platform; Event-driven; Machine-learning; Real- time; Streaming systems; Systematic Review, Calm computing; Clinical information; Health care professionals; Healthcare quality; INTCare; mHealth; Pervasive systems; Ubiquitouse, Cameras; Privacy by design, Cancer staging; Classification system; Common languages; Ehealth; Electronic medical record; Group decision; Health-care system; Healthcare facility; Specific information; Staging of caner; WEB application, Candidate solution; Complex entities; Critical problems; Data quality; Electronic health record; Extended logic programming; Hospital admissions; Hospital settings; Interoperations; Logic programs; Quality of information; Virtual worlds, Candidate solution; Evolutionary settings; Incomplete information; Knowledge representation and reasoning; Logic programs; Logical theories; On the flies; Time line; Universe of discourse, Cardiac arrhythmia; Input variables; Online learning; Patient admissions; Patient condition; Predictive data mining; Real-time models; Vital sign, Cardio-vascular disease; Cardiovascular diagnosis; Healthcare industry; Knowledge analysis; Large amounts; Large amounts of data; Machine learning methods; Quality of life, Cardio-vascular disease; Cerebrovascular accident; Day-to-day operations; Health information systems; Large amounts of data; Multi-dimensional structure; Multidimensional data; Regulatory requirements, Cardio-vascular disease; Computational framework; Knowledge representation and reasoning; New approaches; Risk evaluation; Support systems; Systolic blood pressure; Total cholesterols, Cardiology; Classification (of information); Clinical research; Data mining; Decision trees; Diagnosis; Diseases; Health risks; Heart; Machine learning; Optimization, Cardiovascular system; Decision support systems; Information science, Caregivers; Computational tools; Elderly people; Health information systems; Health informations; Health professionals; Pervasive webs; WEB application, Case based reasoning, Case based reasoning, Case based reasoning, Case based reasoning, Case based reasoning, Case-base reasonings; Computational framework; Diagnostic quality; Imaging services; Knowledge representation and reasoning; Operational data; Similarity analysis; Waiting-time, Case-based approach; Case-based reasoning approaches; Clustering methods; Concrete deterioration; Environmental exposure; Knowledge representation and reasoning; Normalization; Similarity analysis, Case-based approach; Clinical decision support systems; Explicit treatments; Healthcare facility; Knowledge representation and reasoning; Nosocomial infection; Number of peoples; Similarity analysis, Case-based approach; Colorectal cancer; Developed countries; Early diagnosis; Knowledge representation and reasoning; Risk factors, Case-based approach; Healthcare quality; Intensive care; Key feature; Knowledge representation and reasoning; Similarity analysis; Waiting-time; Waiting-time prediction, Case-based reasoning approaches; Clustering methods; Degree of confidence; Disease detection; Knowledge representation and reasoning; Quality of informations (QoI); Similarity analysis; Universe of discourse, Case-studies; Cloud paradigm; Healthcare facility; Healthcare technology; Healthcare workflow; Laboratory test; Large amounts of data; Real-time information systems; Service strategy; Software-as-a- Service (SaaS), Case-studies; Health information systems; Healthcare; Healthcare environments; Information technology infrastructure; Infrastructure monitoring; IT infrastructure monitoring; IT infrastructures; Microservice; Technology monitoring, Case-studies; Light cycles; Optimisations; Particle swarm; Particle swarm optimization; Simulation of urban mobility; Swarm optimization; Traffic light; Urban mobility; Urban population, Causes of death; Condition; Data mining methods; Data-mining tools; Health records; Heart disease; Heart disease diagnosis; Machine-learning; Medical teams; Patient information, Cellular telephone systems, Celonis; Effective solution; Event logs; Healthcare services; Hospital biling; Mining techniques; PM4Py; Process mining; Process-models; Time cost, Chemical modification; Mechanical properties; Steel foundry practice; Sulfur compounds, Chemical oxygen demand; Data mining; Decision trees; Forestry; Neural networks; Neurons; Reservoirs (water); Water management, Chemical parameters; Formal model; Mean absolute deviations; Mean squared error; Network structures; Public water supply; Sampling frequencies; Surveillance program; Test sets; Training sets; Water quality parameters, Chronic conditions; Chronic kidney disease; CRISP-DM; Cross industry; Kidney disease; Kidney function; Risk stratification, Chronic kidney disease; Classification algorithm; Clinical decision support systems; Knowledge extraction; Peritoneal dialysis; Serum creatinine; Weka, Civil Law framework; Electronic agents; Legal personhood, Classification (of information), Classification (of information), Classification (of information); Database systems; Deep learning; Diseases; Heart; Learning algorithms, Classification (of information); Decision making; Decision trees; Forecasting; Information systems; Intensive care units, Classification (of information); Decision making; Decision trees; Forecasting; Intensive care units; Predictive analytics; Support vector machines, Classification (of information); Decision making; Large dataset; Machine learning; Nutrition, Classification (of information); Deep learning; Music; Signal detection; Speech processing, Classification (of information); Diagnosis; Diseases; Forecasting; Health care; Patient treatment, Classification (of information); Diseases, Classification algorithm; Clinical decision; Confusion matrices; Data transformation; Healthcare industry; Knowledge analysis; Performance measure; Predictive data mining, Classification models; complication occurrence; Efficient treatment; Gastric cancers; Health care professionals; Healthcare services; Mortality rate; Prediction accuracy, Classification models; Confusion matrices; Data mining models; INTCare; Intensive care; Sepsis; Supervised learning approaches; Total error rates, Classification models; CRISP-DM; Data mining process; Length of hospital stays; Peptic ulcer disease; Peptic ulcers; Rule based algorithms; Surgical procedures, Classification models; Data mining models; Data mining process; Diabetic retinopathy; Eye fundus; Logistic regression algorithms; Mining classification; Sampling method, Classification models; INTCare project; Intensive care; Sepsis level; Therapeutic plans, Classification tasks; CRISP-DM; Cross industry; Hospital management; Patient discharge; Predictive models; Real environments; Resources management, Classification tasks; Data mining models; Generalized linear model; Intelligent decision support systems; Real environments; Technology acceptance; Three different techniques; Voluntary interruption of pregnancy, Classification technique; Clinical decision support systems; CRISP-DM; Data mining technology; Healthcare environments; Healthcare institutions; Knowledge discovery in database; Nosocomial infection, Classification technique; Conference programs; CRISP-DM; Data mining models; Health condition; Neonatal Resucitation; Peer review, Classification technique; Healthcare environments; Healthcare services; Hidden information; Multi-layer perceptron neural networks; Multiple algorithms; Polycystic ovary syndromes; Reproductive systems, Client server computer systems; Knowledge management; Modal analysis; Patient treatment, Client-server architectures; Governmental agency; Health care application; Health level 7; Healthcare environments; Healthcare facility; Mirth Connect; Performance, Clinical conditions; Decision making process; Emergency departments; Intelligent decision support; Intelligent decision support systems; Manchester; New approaches; Patients' conditions, Clinical conditions; Design science researches (DSR); Healthcare industry; Healthcare sectors; Healthcare services; Intelligent planning; Scientific community; Treatment process, Clinical data; Clinical decision support systems; CRISP-DM; Decision making process; Gastric cancers; Healthcare environments; Postoperative complications; WEKA, Clinical data; Clinical environments; Decision making process; Healthcare environments; Healthcare industry; Open sources; Real case, Clinical data; Competitive advantage; Efficient process; ETL process; Open source tools; Open sources; Simulation and monitoring; Waiting lists, Clinical data; Decision support process; Intensive care medicines; Pervasive; Real-time, Clinical decision support systems; Conference programs; Data-mining tools; Electronic health record; Peer review; Perineal Tear, Clinical decision support systems; Daily tasks; Decision module language; Decision modules; Decision-making process; Guideline; Health care professionals; Openehr; Rule; Rule based, Clinical decision support systems; Data manipulations; Data mining models; Decision making process; Health care professionals; Healthcare environments; Healthcare organizations; Nosocomial infection, Clinical decision support systems; Health facilities; Health professionals; Healthcare environments; Intelligent support; Irreversible damage; Support systems; Surgical procedures, Clinical decision support; Clinical management; Disease progression; Evaluation and analysis; Healthcare sectors; Large amounts of data; Management efficiency; Weka, Clinical diagnosis; CRISP-DM; Diagnoses of disease; Health care professionals; Health professionals; Machine learning techniques; Medical areas; Medical conditions; Medical errors; Medical exam, Clinical ethics; Decision supports; Moral reasoning; Quality of life; Reasoning process; Scientific fields, Clinical history; INTCare; Medical history; Medical information; Patient Timeline; Patient-centered; Patients' conditions; Presenting informations, Clinical information model; Electronic health; Elsevier; Health records; Healthcare information system; Information models; Model-based OPC; Open Access; OpenEHR; Reference-models, Clinical information; Critical care; Decision process; INTCare; Patient-centred; Pervasive Patient Timeline; Timeline; Vital sign, Clinical information; Data availability; Health care information system; Health facilities; Heterogeneous information; Hospital environment; Integrating information; Surveillance platforms, Clinical information; Decision support system (DSSs); Health care information system; Intelligent multi agent systems; Monitoring system; Multiple data sources; Prevention systems; Progressive expansion, Clinical information; EHR; Electronic health record; EMRAM; Health information systems; Health-care system; HIMSS; Hospital information systems, Clinical information; Fault forecasting; Health care information system; Health information systems; Medical information; Monitoring system; Multi-agent platforms; Prevention systems, Clinical outcome; Dimensional structures; Evidence-based practices; Incomplete information; Medical decision making; Medical errors; Patient health; Real time business intelligence, Clinical practices; Cross platform development; Cross-platform; Health care professionals; Market share; Multiple platforms, Clinical practices; Degree of confidence; Diabetes management; Diabetes mellitus; Diagnosis support systems; Formal framework; Knowledge representation and reasoning; Quality of information, Clinical records; Core systems; Electronic health record; Electronic media; Information access; Lowest price; Stand -alone, Clinical research; Data mining; Drug interactions; Expert systems; Learning algorithms; Natural language processing systems, Clinical research; Decision support systems; Deep learning; mHealth; Patient treatment, Clinical research; Health care; Information systems; Medical computing; Records management; Semantics, Clinical situations; INTCare; Length of stay; Online learning; Patient condition; Real time; Real-time data mining; Resources planning, Cloud computing environments; Content creation; Data and information; Industrial environments; Industrial processs; Optimisation procedures; Software services; Work instructions, Cluster analysis; Clustering algorithms; Data mining; Vaccines, Clustering algorithms, Clustering algorithms; Patient treatment, Clustering methods; Clustering process; Clusterings; Condition; Jakarta; K-medoids; K-medoids algorithms; Pandemic; Social-economic; Vaccination, Clustering; Clustering evaluation; Clustering techniques; Cost effective treatments; Data mining models; Maternity care; Medical complications; Real data, Clustering; Clustering techniques; Critical care medicine; Electronic medical record; INTCare; Intervention; Predictive models; Surgical interventions, Coincidence matrixes; Decision trees (DTs); Environmental problems; FORECAST model; Input variables; Neuronal networks; Portugal; Reservoir water quality; Total suspended solids; Training sets; Water conductivity; Water management systems; Water quality modeling, Collaborative learning; Elderly people; Health informations; Nursing homes; Self-care; Telenursing, Collaborative platform; Diabetic foot; Diabetic foot ulcer; Diabetic foot wound follow-up; Diabetics patients; Follow up; Health information systems; Healthcare standards; Microservice; Multi agent, Combined control; Control program; Correlation coefficient; Data mining models; Nuclear power unit; Regression model; Simulink software; VVER-1000, Commerce, Commerce; Competition; Pediatrics; Smartphones, Commerce; Data mining; Decision making; Electronic document exchange; Finance; Financial markets; Forecasting; Information systems, Commerce; Electronic commerce; Intelligent agents; Intelligent virtual agents; Societies and institutions; Virtual corporation; Electronic commerce; Virtual corporation, Commerce; Health care; Information management; Interoperability; Regulatory compliance, Communication; Costs; Health care; Information systems; Modal analysis; Software engineering; User interfaces; Web services; Websites, Communication; Decision support systems; Health care; Intelligent agents; Intelligent systems; Intensive care units; Multi agent systems; Patient monitoring; Radio frequency identification (RFID), Communication; Decision support systems; Intelligent systems; Intensive care units; Interoperability; Multi agent systems; Patient monitoring; Radio frequency identification (RFID), Comparative studies; Digital format; Health information systems; Health professionals; Python; Wrapper, Competition; Competitive intelligence; Data mining; Data warehouses; Decision making; Modal analysis; Tools, Competition; Economic and social effects; Installation; Maintenance; Predictive analytics; Sales; Telecommunication industry, Competitive intelligence; Data visualization; Data warehouses; Information analysis; Internet of things; Patient treatment; Records management; Regulatory compliance, Competitive intelligence; Data warehouses; Decision making; Health care; Indicators (instruments); Information analysis; Information systems; Information use; Internet of things; Medical computing; Obstetrics; Public health; Warehouses, Competitive intelligence; Data warehouses; Decision making; Health care; Information analysis; Information systems; Management science; Project management, Competitive intelligence; Data warehouses; Diagnosis; mHealth, Competitive intelligence; Decision making; Decision support systems; Information analysis; Information systems; Quality assurance, Competitive intelligence; Decision making; Hospitals; Information analysis; mHealth; Nursing, Competitive intelligence; Information analysis, Competitive intelligence; Information analysis; Personnel; Telemedicine, Competitive intelligence; Surgery, Complex networks; Complex networks, Complex networks; Computation theory; Diagnosis; Health risks; Knowledge representation; Logic programming; Neural networks; Program diagnostics; Reconfigurable hardware, Computation theory; Computer circuits; Knowledge representation; Logic programming; Neural networks; Reconfigurable hardware, Computation theory; Decision support systems; Knowledge representation; Logic programming; Neural networks; Problem solving, Computation theory; Health care; Information science; Knowledge representation; Logic programming; Neural networks; Neurons; Program diagnostics, Computational complexity; Convergence of numerical methods; Evolutionary algorithms; Logic programming; Problem solving, Computational creativity; Conceptual blending theory; Quality of information, Computational linguistics; Computer architecture; Decision support systems; Inference engines; Information retrieval; Laws and legislation; Logic programming; Neural networks, Computational technology; Elderly populations; Face to face; Inter-organization; Novel methodology; Number of services; Virtual organization, Computational tools; Critical factors; Databases; Infectious agents; Mathematical formalisms; Registration processes; System integration; Web engineering; Web-based systems, Computer aided diagnosis; Eye protection; Logistic regression; Medical imaging, Computer architecture; Data Analytics; Data handling; Decision support systems; Health care; Large dataset; Learning algorithms; Learning systems; Machine learning; Real time systems, Computer circuits, Computer circuits, Computer circuits; e-government; Formal methods; Intelligent agents; Knowledge representation; Logic programming; Software design, Computer resources; Electronic health record; Health information systems; Healthcare delivery; Interactive visualizations; Management systems; Medical exams; Visualization platforms, Computer science; Computers, Computer science; Computers, Computer science; Data processing; Decision making; Information technology, Computer simulation, Computer software, Computer software selection and evaluation; Decision making; Decision support systems; Decision theory; Information science; Intelligent systems; Knowledge representation; Logic programming, Computer vision, Computer vision; Gesture recognition; Human computer interaction; Mammals, Computer-Assisted, Computer-Assisted; Expert Systems; Humans; Medical Informatics Computing; Software; Therapy, Computerized tomography; Data mining; Diagnosis; Information systems; Medicine; Natural language processing systems; X rays, Computerized tomography; Diagnosis; Information science; Natural language processing systems; X rays, Computing devices; Contact less; Desktop task simulator; Evolution of technology; Hand-gesture recognition; New forms; Real time videos; Simple++; Video classification; Video interpretation, Condensed matter physics; Engineering; Industrial engineering; Materials science, Confidential information; Database performance; Database workload; Disaster recovery; Fault tolerant systems; Forecasting models; Hospital information systems; Indispensable tools, Confidential information; Database performance; Disaster recovery; Fault tolerant systems; Forecasting modeling; Mathematical tools; Performance level; Preventive action, Confusion matrix; F1 scores; Labelings; Multi-dimensional sentiments; Multidimensional sentiment analyse; Sentiment analysis; Support vectors machine; Textblob; Transformer, Constant factors; Customer experience; Customer services; Negative experiences; Precision and recall; Predictive modeling; Predictive models; Threshold model, Consumer price index; Economic indicators; Empirical analysis; Government spending; Harmonized consumer price index; Health spending; Inflation rates; Policy makers; Resource access; Suicide rate, Contextual reasoning; Extended logic programming; Grice's maxims; Multi agent systems, Continuous monitoring; Critical events; Decision supports; Intcare; Mining classification; Patient condition; Real time; Real time decisions, Coolants; Data mining; Information systems; Nuclear energy; Nuclear fuels; Nuclear power plants; Project management; Regression analysis, Core part; Electronic health record; Hospital information systems; SWOT analysis; Usability evaluation, Costs; eHealth; Hospitals; Information technology; mHealth; Mobile computing; Smartphones, Costs; Financial markets; Investments, Coupling distribution; Development industry; Intelligent healthcare; Local state; Loose couplings; Microservice; Programming language researches; Proposed architectures; Reactivity state; Research and development, COVID-19, COVID-19, COVID-19, Craniofacial; Craniofacial morphological growth; Deep cavity; Dental extraction; Machine learning approaches; Machine learning techniques; Machine-learning; Morphological patterns; Orthodontic treatments; Tooth extraction, CRISP-DM; Cross industry; Evaluation metrics; Mental illness, CRISP-DM; Decision support system (dss); Gestational age; Health condition; Knowledge discovery in database; Low birth weights; Physical characteristics; Quality of life, Critical analysis; Dashboards; Data mart; Health-care system; Pervasive healthcare; Resource management; Single structure; Waiting lists, Critical environment; Delphi; Integrated informations; Intelligent decision support systems; Intensive care; Intensive care medicines; Pervasive information systems; Technology acceptance model, Critical events; Data collection; Decision-making process; Intelligent decision support systems; Intensive-care patients; Nursing records; Technology acceptance model; Tracking system, Critical events; Decision modules; Decision-based; Empirical knowledge; Intelligent decision support; Number of datum; Pervasive systems; System architectures, Critical events; INTCare; Intensive care; Real time; Streaming data; Ventilated Patients, Critical factors; Decision process; Financial costs; Intelligent decisions; Moral agents; Moral reasoning; Reasoning; Reasoning process, Critical Health Care; Intelligent environment; Intensive care; Online; Pervasive environments; Real-Time; Remote Connection, Crowdsensing; Quality of life; Sensing devices; Smart notification; Systematic Review, Crowdsourcing, Current generation; Energy; Environmental economics; Life qualities; Monitoring system; Smart sustainable city; Social energy; Socio-economics; Sustainable cities; Systematic Review, Customer satisfaction; Data mining; Efficiency; Health care, Dashboards; Data mart; Economic crisis; Health-care system; Misericordia; Pervasive healthcare; Resource management; Single structure, Data acquisition; Decision making; Intelligent agents; Intensive care units; Interoperability; Pulmonary diseases; Ventilation, Data acquisition; eHealth; Hospital data processing; Information management; Medical applications; Medical computing; Pathology; User interfaces, Data collection; Data mining applications; Healthcare industry; Knowledge discovery in data basis; Knowledge discovery in database; Pattern discovery; Surgical waiting lists; Waiting lists, Data collection; Intelligent decision support systems; Intelligent multi agent systems; Medical informatics; Monitoring system; Patient management; Patient monitoring systems; Redundant data, Data communication systems, Data engineering; Data mining models; Decision making process; Intelligent decision support systems; Intensive care medicines; Predictive models; Real time; Real-time Intelligent Decision Support Systems, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining, Data mining algorithm; Healthcare environments; Intelligent tracking; RFID object tracking; Simulated environment; Simulation; SK-Means; Trajectory prediction, Data mining classification algorithms; Geographic market; Large amounts; Mining techniques; New York Stock Exchange; News articles; Stock predictions; Text mining, Data mining models; Decision making process; Ensemble approaches; Ensemble strategies; Intelligent decision support; Intelligent decision support systems; Organ failure; Real-time data processing, Data mining models; Decision making process; INTCare; Laboratory analysis; Real time; Real-time data mining; Vasopressors; Vital sign, Data mining models; Decision making process; Maternity care; Preterm birth; Preterm deliveries; Real data; Real environments; Sensitivity and specificity, Data mining models; Delivery techniques; High quality service; Maternity Care; Pregnant; Real data;Obstetrics Care; Sensitivity and specificity; Type of delivery, Data mining; Decision trees; Diagnosis; Learning algorithms; Magnetic resonance imaging; Neurodegenerative diseases; Support vector machines, Data mining; Decision trees; Forecasting; Hospital beds; Hospitals; Information systems; Patient monitoring; Support vector machines, Data mining; Dialysis; Iron; Patient treatment; Software testing; Statistical tests, Data mining; Digital storage; Information management; Information systems; Information use; Intensive care units; Machine learning; Trees (mathematics), Data mining; Forecasting; Industry 4.0; Learning systems; Machine learning; Metadata; Quality control; Quality management; Sales, Data mining; Forecasting; Information systems; Interoperability; Obstetrics; Project management, Data mining; Forecasting; Knowledge management, Data mining; Forecasting; Modal analysis; Radio frequency identification (RFID); Sensors, Data mining; Health care; Intensive care units; Medical computing; Medicine; Surgery, Data mining; Information systems, Data mining; Information systems; Intensive care units; Ventilation, Data privacy; Data Science; Information management; Internet of things; Smart city; Surveys, Data science interoperability; Development and applications; E health; Ehealth; Health information systems; Healthcare industry; Innovative systems; Openehr; Software and hardwares; Software solution, Data systems; Electronic device; INTCare; Intensive care medicines; Pervasive environments; Pervasive healths, Data visualization; Diagnosis; Health care; Hospitals; Information technology; Information use; Management information systems; Medical problems; Visualization, Data visualization; Digital storage; Health care; Hospitals; Internet of things; Nursing; User interfaces, Data warehouses, Data warehouses; Decision support systems, Data-source; Drug-drug interactions; Information extraction; Interaction extraction; Language processing; Machine-learning; Natural language processing; Natural languages; Text-mining; Unstructured data, Database performance; Early warning score; Fault tolerant systems; Forecasting modeling; Hospital information systems; Indispensable tools; Medical informatics; Prediction systems, Database systems, Database systems, Database systems, Databases, Decision making, Decision making, Decision making, Decision making, Decision making, Decision making, Decision making, Decision making, Decision making process; Decision support models; Fuzzy rule learning; Heuristics; Optimization techniques; Real environments; Research and development; Supervised classifiers, Decision making process; Deep vein thrombosis; Free software; Health professionals; Healthcare industry; Prophylactic measures; Weka, Decision making process; Elders; Health informations; Health professionals; Mobile Health (M-Health); Mobile health application; Nursing homes; Technological improvements, Decision making process; Extract transform loads; Health information systems; Improvement measure; International healths; Quality of health care; Reference values; Related works, Decision making process; Health checks; Health professionals; Medical information; Pervasive; Pervasive healthcare; Pervasive systems; Ubiquitous systems, Decision making; Decision support systems; Decision theory; Knowledge representation; Logic programming; Models; Problem solving; Query languages, Decision making; Decision support systems; Dialysis; Patient treatment, Decision making; Deep learning; Learning algorithms; Patient treatment; Real time systems, Decision making; Dentistry; Learning algorithms; Machine learning, Decision making; Diagnosis; Hospitals; Knowledge acquisition, Decision making; Diseases; E-learning; Health care; Intelligent agents; Medical computing; Multi agent systems; User interfaces, Decision making; Health care; Intelligent agents; Intelligent systems; Scalability, Decision making; Health; Health care; Information analysis, Decision making; Patient treatment, Decision modeling; Decision support system (dss); Decision supports; Input variables; Management decisions; Manchester; Misclassifications; Waiting time, Decision support systems, Decision support systems, Decision support systems, Decision support systems, Decision support systems, Decision support systems, Decision support systems, Decision support systems, Decision support systems, Decision support systems; Decision trees; Diagnosis; Diseases; Health care; Hospital data processing; Learning systems; Logistic regression; Multilayer neural networks; Predictive analytics; Random forests; Support vector machines; Support vector regression, Decision support systems; Decision trees; Forecasting; Health; Information management; Information systems; Intensive care units; Probability; Project management; Risks; Ventilation, Decision support systems; Health care; Intelligent agents; Intelligent systems; Multi agent systems; Patient treatment, Decision support systems; Intensive care units; Knowledge engineering; Knowledge management, Decision support systems; Learning algorithms; Learning systems; Machine learning; Patient rehabilitation; Patient treatment; Recommender systems, Decision supports; Dimensional structures; Electronic health; Evidence-based practices; Incomplete information; Medical decision making; Medical errors; Scientific community, Decision supports; Heuristics; Infections; Intcare; Therapies, Decision trees; Diseases; Forecasting; Mean square error; Nearest neighbor search, Decision trees; Health care; Information systems; Patient monitoring; Social aspects; Virtual reality, Deep learning, Deep learning, Deep learning; Diseases; Learning systems; Medical imaging; Transfer learning, Deep learning; Health care; Natural language processing systems; Population statistics; Speech recognition, Deep learning; Human computer interaction, Deep neural networks, Degree of confidence; Evolutionary intelligence; Extended logic programming; Knowledge representation and reasoning; Quality of information, Delivery of Health Care; Electronic Health Records; Health Information Systems; Humans; Medical Record Linkage; Portugal; Systems Integration, Delivery settings; Electronic health record; Electronic records; Heuristic Walkthrough; Laboratory datum; Radiology reports; Usability evaluation; Usability evaluation methods, Department of healths; Health professionals; Intelligent decision support systems; Maternity care; Real time; Simulation algorithms; Specific priority triage system; Uniform distribution, Dermatology; Health; Health care; Interoperability; Records management, Design science researches (DSR); Health professionals; Hospital environment; Information technology tools; On-line monitoring system; Opportunities and threat (SWOT); Reliability and availability; WEB application, Developed countries; Drug electronic prescription; Electronic health record; Electronic prescription system; Prescription drugs, Developing countries; Echocardiography; Hospitals; Medical computing; Pediatrics; Personnel training, Development strategies; Medical institutions; Mobile Development; Personal health record; Pregnant woman; Web App; Web apps; Web development, Diagnosis, Diagnosis, Diagnosis, Diagnosis decision; Healthcare facility; Knowledge representation and reasoning; Length of hospital stays; Length of stay; Neonatology; Overall accuracies; Preterm infants, Diagnosis; Health; Health care; Interoperability; Mobile telecommunication systems; Ubiquitous computing, Diagnosis; Learning systems; Nearest neighbor search, Differential; Female; Health Behavior; Humans; Kidney Diseases; Kidney Function Tests; Male; Middle Aged; Neural Networks (Computer); Reproducibility of Results; Risk Factors, Digital marketing; Divulgation and analysis; EGov; Good practices; Implementation process; Market leader, Digital marketing; Good practices; Innovative strategies; International practice; Local government; Portugal; Target audience, Digital storage; Health care; Information systems; Information use, Digital storage; Industrial engineering; Intelligent systems; Internet of things; Multi agent systems, Digital tools; Ethical issues; European levels; General data protection regulations; Healthcare Interoperability; Portugal; Proposed architectures; Set of rules, Disaster prevention, Disease prevention; Environmental factors; Global health; Healthy lifestyles; Lifestyle choices; Misinformation; Non-communicable disease; Online social listening; Prevention; Risk factors, Diseases, Diseases, Diseases, Diseases; Employment; Forecasting, Diseases; Forecasting; Large dataset; Medical computing; Pulp, Distributed data mining; Distributed data sources; Experimental test; Grid computing environment; Intensive care medicines; Learning classifier system; Local prediction; Outcome prediction, Dna origamis; Quality-of-information; Research groups; Self-organised, E-learning, E-learning, E-learning systems; Educational aid; Heterogeneous sources; Knowledge base; On the flies; Teaching and researches; Web-based simulations, eHealth, eHealth, eHealth; Hospitals; Records management, Elders; Ethical issues; Health informations; Health professionals; Nursing homes, Electrocardiograms, Electronic commerce, Electronic commerce, Electronic commerce; Engines; Online systems; Recommender systems; User experience, Electronic commerce; Hospitals; Records management, Electronic commerce; Mobile telecommunication systems, Electronic commerce; Multi agent systems; World Wide Web; Decision making; Intelligent agents; Multi agent systems, Electronic commerce; Remote sensing; World Wide Web, Electronic contracting; Intelligent software agent; Virtual organization; Soft-bots, Electronic document exchange, Electronic document; Electronic health record; Electronic repositories; Exponential numbers; Medical information; Medical professionals; Semantic interoperability; Systems interoperability, Electronic health record; Emergency departments; Health-care system; High quality; Incomplete information; Portugal; Quality of care; Right information; Significant impacts, Electronic health record; Ethical principles; Health informations; Healthcare institutions; Logical representations; medical ethics; Morality; Research ethics, Electronic health record; Health records; Healthcare institutions; Healthcare organizations; Whole process, Electronic health; Electronic health record; Health care professionals; Health records; OpenEHR; Patient data; Physical medicine; Quality of life; Shoulder joints; Shoulder pathology, Elsevier; FHIR; Hospital information systems; Information technology systems; Open Access; Schedule management; WEB application; Web applications; Web development; Web-based solutions, Embedded systems; Interoperability; Modal analysis, Emergency departments; Emergency health department; Global impacts; Hospital administration; Language processing; Natural language processing; Natural languages; Operational management; Text-mining; Unstructured data, Emergency rooms; Health; Health care; Information science; Information systems; Records management, Employment; Insurance; Knowledge representation; Laws and legislation; Personnel; Search engines, Energy efficiency, Ensemble; INTCare; Intensive care; Organ failure; Patient Outcome; Pervasive healthcare; Real-time, Environment information; Health information systems; Healthcare environments; Information exchanges; Infrastructure monitoring; IT infrastructures; IT monitoring system; Microservice; Monitoring system; Pervasive monitoring, Error metrics; Evolutionary approach; Evolutionary intelligence; Multiple dimensions; Object trajectories; Prediction model; Space between; Trajectory prediction, Event history; Mobile app; Mobile applications; Notification systems; Portuguese population; Push notifications; Relationship management; Telecommunication companies, Extraction, Extraction, Extraction; Social networking (online); Support vector machines, factual database; health care delivery; health care personnel; human; injury; medical information; medical record; mobile application; nursing home; organization and management; point of care system; Portugal; professional standard; proof of concept, Factual; Delivery of Health Care; Health Communication; Health Personnel; Humans; Medical Records; Mobile Applications; Nursing Homes; Point-of-Care Systems; Portugal; Professional Role; Proof of Concept Study; Wounds and Injuries, Forecasting, Forecasting; Grid computing; Intensive care units; Medical applications; Statistical tests, Forecasting; Health care; Hospitals; Information science; Information systems; Medicine, Forecasting; Health care; Hospitals; Medical computing; Medicine, Forecasting; Manganese; Neural networks; Nitrates; pH; Potassium; Sodium; Topology; Water quality; Water supply, Forecasting; Medical computing; X rays, Gateways (computer networks), General Surveillance; Research papers; Sexual harassment; Surveillance systems; Vehicle electronics; Vehicle surveillances; Violence detections, Genetic programming, Genetic programming; Knowledge representation; Logic programming, GLASGOW; Intensive Medicine Scores; Pervasive systems; Real time; SAPS; Scoring systems; SOFA, Government data processing, Hand held computers; Hospitals; mHealth; Nursing, Health, Health, Health, Health care, Health care, Health care, Health care, Health care, Health care, Health care, Health care information system; Health care professionals; Heterogeneous information; High availability; Medical information; Patient information; Quality of health care; Sharing information, Health care information system; Healthcare information systems (HIS); High availability; Medical information; Monitoring system; Prevention systems; Preventive action; System integrity, Health care professionals; Healthcare institutions; National health system; New approaches; Northern regions; Portugal, Health care; Health care, health care; health monitoring; information technology; technological development, Health care; Hospitals; Information management; Information systems; Information use; Scheduling; Websites, Health care; Hospitals; Information systems, Health care; Industrial engineering; Intelligent systems, Health care; Information management; Information systems; Information theory; Information use; Interoperability; Legacy systems; Medical computing, Health care; Information science; Information systems; Middleware; Multi agent systems, Health care; Information systems; Information use; Medical computing, Health care; Information systems; Information use; mHealth; Mobile computing; Web services, Health care; Information systems; Information use; Monitoring, Health care; Information systems; Integration; Medical computing; Modal analysis; Multi agent systems; Scaffolds, Health care; Information systems; Interoperability; Medical computing; Multi agent systems, Health care; Information systems; Knowledge engineering; Knowledge management, Health care; Information systems; Knowledge representation; Logic programming; Neurons, Health care; Information systems; Medical computing; Multimedia systems, Health care; Intelligent agents; Intelligent systems; Interoperability; Semantics; Software agents, Health care; Intelligent systems; Semantics, Health care; Medical computing; Medical problems; Records management, Health outcomes; Health policy; Intermediate cares; Knowledge representation and reasoning; Length of hospital stays; Organizational cultures; Quality of care; Universe of discourse, Health risks; Surgery, Health systems; Healthcare sectors; Integrated health information systems; Knowledge representation and reasoning; Quality of care, Health; Hospitals; Information science; Logic programming; Records management; Social networking (online); Virtual reality, Health; Hospitals; Information services; Information systems; Information technology; Information use; Medical computing; Monitoring; Online systems; Web services; Websites, Health; Hospitals; Information systems; Pathology, Healthcare institutions; Portugal; Technical efforts; Whole process, Hidden knowledge; Length of stay; Medical information; Performance analysis; Trees algorithm, High level languages; Optical character recognition, Home health care, Home health care, Home health care, Hospital information systems; Pathologic anatomy service; TAM; Technology acceptance; Technology assessments, Hospitals, Hospitals, Hospitals, Hospitals, Human being; Intelligent software agent; Legal personality; Social goals, Human computer interaction; Pattern recognition; Security systems, Human evolution; Mining engines; Online platforms; Personalisation; State of the art, Image resolution; Matrix algebra; Sentiment analysis, Industrial engineering; Medical problems; Records management, Industrial residues; Ladle treatment; Liquid steels; Low temperatures; Molten steel; Morphological modification; Oxide inclusion, Industrial wastes, Industry 4.0, Information analysis, Information analysis, Information analysis; Nutrition; Surgery, Information management, Information management, Information management, Information management, Information management, Information management, Information management; Social networking (online), Information models; INTCare; Intelligent decision support systems; Intensive care; Knowledge discovery in databases; Real-time data acquisition, Information science; Intelligent systems; Intensive care units; Patient treatment, Information systems, Information systems, Information systems, Information systems, Information systems; Information use, Information systems; Information use; Intensive care units; Project management, Information systems; Information use; Learning systems, Information systems; Information use; mHealth; Ubiquitous computing, Information systems; Marketing; Optimization, Information systems; Multi agent systems, Information technology, Information technology, Information use; Intelligent agents; Interoperability; Medical computing, INTCARE; Intelligent decision support systems; Intensive care medicines; Real-time; Technology acceptance, INTCare; Intensive care medicines; Management process; MEWS; Patient condition; Real time execution; Scoring systems; TISS-28, INTCare; Intensive care; Multi-platform; Neonatology; Person-centered; SWOT analysis, Intelligent agents, Intelligent agents, Intelligent agents, Intelligent agents; Multi agent systems; Problem solving, Intelligent search systems; Job description; Knowledge-based systems; Knowledge-representation; Labor laws; Legal documents; Ontology's; Searching systems; Talent acquisition; Unemployment insurance, Intelligent systems, Intensive care units, Intensive care units, Intensive care units, Intensive care units, Intensive care units, Intensive care units, Intensive care units, Intensive care units, Intensive care units, Intensive care units, Intensive care units, Intensive care units, Interacting entities; ITS applications; Legal solutions; Non-repudiation; Quality of information; Trust and security; Virtual enterprise; Virtual worlds, Internet of things, Internet of things; Smart city, Internet protocols; Machine learning; Network architecture; Object detection; Object recognition, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability, Interoperability; Interoperability, Interoperability; Monitoring; Radio frequency identification (RFID), Knowledge based systems, Knowledge based systems; Modal analysis; Multi agent systems, Laboratories, Large cities; Particle swarm; Particle swarm optimization; Simulation of urban mobility; Swarm optimization; Traffic flow; Traffic light; Traffic light problem; Urban mobility; Waiting time, Learning algorithms, Logic programming, Logic programming, Logic programming; Mathematical models; PROLOG (programming language); Time series analysis, Machine learning, Machine learning, Marketing, Medical applications; Medical computing; Modal analysis, Medical computing, Medical computing, Medical computing, Medical computing, Medical computing, Medical computing, Medical imaging, Medical informatics, Medical information systems, Medical information systems, Medical information systems, Medical information systems, Medical information systems, mHealth, mHealth, Mobile apps; Personal health record; Pregnant woman; Web App, Mobile commerce, Modal analysis, Modal analysis, Modal analysis, Modal analysis; Ontology; Terminology, Monitoring, Multi agent systems, Multi agent systems, Multi agent systems, Multi agent systems, Multi agent systems, Multi agent systems, Neural networks, Newborn; Male; Middle Aged; Neural Networks (Computer); Schizophrenia; Young Adult, Nutrition, Object detection, Object detection, Obstetrics, Obstetrics, Ontology, Ontology, Ontology, Optimization, Particle swarm optimization (PSO); Population statistics; Street traffic control; Traffic congestion; Traffic signals; Urban growth, Particle swarm optimization (PSO); Travel time, Patient rehabilitation, Patient rehabilitation, Patient treatment, Patient treatment, Pediatrics, Philosophical aspects, Philosophical aspects, Preschool; Female; Genetic Predisposition to Disease; Humans; Infant; Infant, Problem solving, Problem solving, Python, Quality control, Quality control, Quality control, Quality of service, Quality of service, Real time systems, Recommender systems, Records management, Records management, Reinforcement learning, Remote sensing; Problem solving, Reservoirs (water), Risk assessment, Security systems, Sentiment analysis, Sentiment analysis, Smart city, Smart city, Software agents, Software agents, Software agents; Software agents, Sports, Support vector machines, Support vector machines, Surgery, Telemedicine, Textile industry, Time series forecasting system, Traffic congestion, Trajectories, Trajectories, Ubiquitous computing, Usability engineering, Usability engineering, User experience, User interfaces, Vehicles, Vehicles, Virtual corporation, Virtual corporation, Virtual corporation, Virtual corporation; Virtual corporation, Water quality, World Wide Web},
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