The iHelp integrated solution aims at providing personalised health monitoring and decision support based on artificial intelligence using datasets coming from a variety of different and heterogeneous sources that will be integrated into a common data model: the holistic health records (HHR). As such, the software components that make up the integrated platform of iHelp can be categorized in three major layers: (1) those components that are involved with the business intelligence – using artificial intelligence algorithms that consume data from the data management layer, (2) the building blocks that make up the data management layer itself and provide the runtime environment for these analytics to be executed along with central data reposit...
Health care, in common with many other industries, is generating large amounts of routine data, data...
The objective of this deliverable is to report on the developments regarding the delivery mechanisms...
This deliverable summarizes the work that has been done in the scope of Task 2.1 (“State of the art ...
The iHelp integrated solution aims at providing personalised health monitoring and decision support ...
The purpose of this iHelp deliverable, D3.5 “Secondary data capture and interoperability I”, a publi...
iHelp aims to early detect and mitigate the risks associated with Pancreatic Cancer applying advance...
iHelp aims to early detect and mitigate the risks associated with Pancreatic Cancer applying advance...
This deliverable (titled “Standardisation and Quality Assurance of Heterogenous Data I”) describes t...
This document summarizes the actions performed under T4.1 “Personalized Health Modelling and Predict...
This deliverable (titled “Standardisation and Quality Assurance of Heterogenous Data II”) describes ...
This document represents the assessment of the iHelp approaches by showing the proposed data collect...
This report provides an overview of the data modelling approaches adopted in iHELP project. The main...
This deliverable summarizes the work that has been done in the core of T4.2 (“Model Library: Impleme...
This Deliverable defines and describes the overall Data Management Plan (DMP) of the iHelp project. ...
Health care, in common with many other industries, is generating large amounts of routine data, data...
Health care, in common with many other industries, is generating large amounts of routine data, data...
The objective of this deliverable is to report on the developments regarding the delivery mechanisms...
This deliverable summarizes the work that has been done in the scope of Task 2.1 (“State of the art ...
The iHelp integrated solution aims at providing personalised health monitoring and decision support ...
The purpose of this iHelp deliverable, D3.5 “Secondary data capture and interoperability I”, a publi...
iHelp aims to early detect and mitigate the risks associated with Pancreatic Cancer applying advance...
iHelp aims to early detect and mitigate the risks associated with Pancreatic Cancer applying advance...
This deliverable (titled “Standardisation and Quality Assurance of Heterogenous Data I”) describes t...
This document summarizes the actions performed under T4.1 “Personalized Health Modelling and Predict...
This deliverable (titled “Standardisation and Quality Assurance of Heterogenous Data II”) describes ...
This document represents the assessment of the iHelp approaches by showing the proposed data collect...
This report provides an overview of the data modelling approaches adopted in iHELP project. The main...
This deliverable summarizes the work that has been done in the core of T4.2 (“Model Library: Impleme...
This Deliverable defines and describes the overall Data Management Plan (DMP) of the iHelp project. ...
Health care, in common with many other industries, is generating large amounts of routine data, data...
Health care, in common with many other industries, is generating large amounts of routine data, data...
The objective of this deliverable is to report on the developments regarding the delivery mechanisms...
This deliverable summarizes the work that has been done in the scope of Task 2.1 (“State of the art ...