Treatment 2.0 is a generic middleware services platform designed for application and intelligent management of chronic disease, with useful applications, both for health professionals (doctors and nurses) and for the patients and caregivers, facilitating the monitoring of the patient and his disease, which will result in improved quality of life of patients.

New technologies and the emergence of new communication and information tools have been the inspiration for this pilot project, which aims to provide quality healthcare information and to facilitate communication among health professionals and citizens through the use of what are known as Web 2.0 or social media tools.

This project integrates novel concepts of the Future Internet in an advanced collaborative platform that interacts in an interoperable way with the Smart Terminal (ECG) providing, as a result of the previous research and development, a terminal of ECG acquisition which integrates the latest electronic advances, with connectivity and mobility solutions. This project will study advanced automatic interpretation of electrocardiograms as well.

This project aims to improve the lives of patients in cardiac rehabilitation by means of a peripheral heart rate monitoring system.

The objective of the Fractalmed project is to develop a system for early diagnosis of neurological diseases using the Fractal Dimension Analysis of Magnetic Resonance Imaging.

The project consists in monitoring a group of chronic patients with multiple pathologies through the use of telemedicine devices in order to ascertain if hospital readmissions are reduced when prescribed treatments are continually monitored.

The main objective of this project is the design, development and validation of a common computer-supported solution to any programme of mass screening for early detection of diseases by allowing for the integration of demographic data, clinical data, information systems and diagnostic equipment associated with healthcare programmes and by carrying out quality controls, programme monitoring, second opinions, results and impact measurement, etc. This project aims to ensure the highest quality ...

OncoTheraper is a decision-making support system, based on techniques of intelligent planning and scheduling, which allows automatic generation of treatment plans for pediatric patients with cancer.

This project, whose piloting has already finished, has made possible the development of a tool so that the parents or guardians of the children admitted to the Pediatrics Unit of the Complejo Hospitalario de Jaén can watch and follow their progress through the Internet (PC or mobile via RTSP).

The project involves searching new ways to ease the inequality problems or any other social problem through the use of ICT. The products developed in this project are intended for making virtual visits to the homes and pact with the families services of the Information and Communication Technologies (ICT), which have proven quite effective in pioneer countries, where they are well accepted by people with social problems and have made possible the improvement of the situation of these disad...

In the project ATIC4Salud a broad study of wireless technologies and existing standards is being carried out to offer interoperable solutions for e-Health. This study will span from the conceptual definition of control models and process and assistential services management that will benefit from said wireless technologies, through the construction of specific prototypes and the definition of products and services, along with, finally, the definition of the required business models to bring t...

This project involves the development of an intelligent system for helping in the early diagnostic of Alzheimer's disease by means of the processing of medic images, using a sufficiently tested computer system. The system subject of this research project will help to identify Alzheimer's disease in an early stage, therefore there are, a priori, two great benefits: * The possibility of identifying a severe disease with a high degree of certainty and, above all, be able to start giving ...

This project is based on pattern analyses for early diagnostic of skin cancer. To that end, image digital processing techniques will be developed for the diagnostic of pigmented injuries in the skin, through pattern analysis in dermatoscopy images. More specifically, the project will involve the development of a tool which, using algorithms that recognize the diagnostic patterns in the pigmented injuries that appear in the skin, makes easier to automatically sieve patients that present a h...

This projects consists of the starting up of an automatic early detection system for diabetic retinopathy through the analysis of digital images of the retina. The project's purpose is to develop an automatic diagnostic system for diabetic retinopathy in its early stages, so after its deployment it will bring an outstanding streamlining to the early detection of the disease. The system, currently under development, will work as an expert system based on the analysis and interpretation o...

SARA (Advanced Remote Assistance System) is a pilot project aimed to introduce a telemedicine system for the care of cronic patients. It is part of one of the strategies with acknowledged strategic value for managing the growing prevalence of cronic patients, and because of that it is being promoted in all the countries of the European Union. This system is intended to be piloted with two types of patients. The first group of patients will be formed by patients with heart failure, who will...

The PREVENSALUD project pursues the creation of an intelligent system for health hazards prevention based on the federated electronic medic records. To achieve the final goal of the project would imply reaching a technological objective: to generate and update through time a rule system for the assessment of potential health hazards, based on behavioural patterns derived from anonymous personal medic records and using advanced computational intelligence techniques. This goal is structured ...

APOLLON (Advanced Pilots of Living Labs Operating in Networks) is an European project consisting in demonstrating the positive impact of the Living Labs networks in specific domains, through the starting up of an advanced pilot composed of 4 topic experiments: independent health and life; energy conservation; intelligent manufacture; and e-participation. In these experiments, the involved small and medium enterprises will have the chance of taking part in other cross-border experiments, in Li...