The main aim of this study was to provide key research policy recommendations for the application of robotics in healthcare in the research programmes of the EC. The study also aimed at raising awareness about important new developments in this field among a wider audience. To this extent, a roadmap of promising applications of robotics in healthcare and associated R&D was developed, taking into account the state of the art as well as short and long-term future possibilities with a time horizon ending in 2025.
Posts Tagged ‘robotics’
Although the term ‘Singularity’ or ‘Technological singularity’ has already infatuated both the scientific and the science fiction com-munity alike throughout the 20th century, there is reason enough to report about the ongoing activities in this area. So far it is possible to distinguish between Artificial Intelligence (AI) and related issues and the prospective fusion of emerging technologies such as nano-, bio-, information and cognitive technologies (NBIC) – also referred to as converging technologies. It is assumed that there will be an immense technological and consequently economic shift once those technologies surpass the boundaries of human intelligence in the 21st century.
The field of biomimetics (biomimicry, bionics) has in recent years gained scientific acceptance and standing, and has become an innovative research area at academic institutions and in industry worldwide. Many promising solutions for challenging complexity and future-oriented technologies with a wide range of applications have been inspired by nature. This study aimed to investigate the cur-rent status and level of activities in the field of biomimetics in Austria and to identify its potential for the future nationwide.
A Collaborative Working Group (CWG) under the Standing Committee for Agricultural Research (SCAR) has been formed to raise awareness on the research and development within the area of ICT and Robotics and to advise the European Commission. The CWG will assist in putting this field of research on the agenda in a European context as well as creating consensus among the most important stakeholders. This is done through dialogue and increased member state collaboration achieving synergy and creating optimal conditions for further development.
The overall goal of this foresight study is the identification of global technological trends, which will influence the competitiveness and future development of South African industries over the next 15 years. The study specifically focuses on innovation areas that hold the potential to reduce industrial dependency on foreign technology. Broad-based recommendations are formulated, intending to support the formulation of policies, strategies and programmes aimed at growing South Africa’s technology and innovation base.
Europe has set itself the goal of becoming the most competitive economy in the world by the year 2010. Manufacturing is one of its strongest economic sectors. It provides a total of 27 million jobs and creates more than €1,300B in added value each year. In order to develop strategies for maintaining and improving the competitive strength of manufacturing industries in Europe, both industry and politics need convincing visions of the future of manufacturing in Europe. This is the background for the ManVis or ‘Manufacturing Visions’ project. The goal was to develop innovative and creative visions of European manufacturing for the coming decades.
The objective of this Platform Foresight project is the analysis of emerging science and technology priorities in public research policies of the European countries, the US and Japan. The aim is to provide the European Commission and the member states with policy recommendations as to become leaders in these emerging technologies.
The purpose of the project was to analyse the scientific strengths of the EU compared to the USA and Japan in the field of ‘converging technologies’ with the aim of informing and influencing the European research agenda.