TICE.MOBILITY


one.stop.transport – Advanced communication systems
for transportation

The project´s mission involves exploring new, more efficient and comprehensive solutions for urban transportation, through the use of communication and information technologies (CIT) to make it possible to integrate the various available solutions, in an ecological, energy-efficient way with better quality for users, in combination and cooperation with other domestic initiatives.

The mission shall be brought about along 4 lines of action, which shall group the various sub-projects, ad whose objectives, so-called Technical Objectives [TO´s], are listed below:

  • Increasing acceptance and adopting new solutions and technologies for urban transportation [TO1];
  • A more comprehensive urban transportation system providing better access for everyone [TO2];
  • Reducing CO2 emissions, pollution and noise emissions, at least in conformity with E.U. legislation [TO3];
  • Increasing energy efficiency in urban transportation [TO4];
  • Reducing the number of private vehicles in an urban setting [TO5];
  • Exploring synergies and means of cooperating with other CCT’s and their partners [TO6].

TICE.HEALTH


TICE.Healthy – Systems of Health and Quality of Life

The TICE.Healthy – Systems of Health and Quality of Life project seeks to develop, integrate and test innovative technological approaches that will serve as a basis for new products and services for markets linked to the aspect of “Health and Quality of Life.” TICE.Healthy’s mission is to being about the presence of Portuguese companies and organizations, and, in particular, those of the CCT TICEs, in global markets in the field of strategy of TICE.PT called “Health and Quality of Life”. The mission shall be brought about along 4 lines of action, which shall group the various sub-projects, ad whose objectives, so-called Technical Objectives [TO´s], are listed below:

  • Creating condition for safety, surveillance and self-control in a hospital environment [TO1];
  • Increasing patients’ autonomy and reducing their stay in a hospital environment [TO2];
  • Developing key technologies, such as biosensors and secure communications and their integration in systems to be worn or implanted, thereby providing both citizens and health-care professionals with an omnipresent management of their health status [TO3];
  • New reliable software tools providing support to health-care professionals so they can immediately make the best possible decision, for prevention, diagnostic and treatment purposes [TO4];
  • Interoperability of eHealth systems (integrated information in terms of both diagnosis and process) [TO5];
  • Developing technologies and products for personalized, continuous treatments, with patients actively participating in prevention and treatment [TO6];
  • Developing remote diagnosis and treatment solutions for specific conditions (cardiovascular diseases, diabetes, kidney and liver ailments, among others) [TO7];
  • Developing IT-based solutions for providing support to people with mental illness and stress [TO8].