Objective SOCRATES (System Of Cellular RAdio for Traffic Efficiency and Safety) was a successful DRIVE 1 project (V1007) which culminated in a small test site in Gothenburg. During the project significant progress was made towards the goal of a pan-European traffic information and communication system, but there remained a need for further development. SOCRATES-based pilot projects are taking place in Hessen (RHAPIT, V2055), Gothenburg (TANGO - part of CITIES, V2054) and London (TIGER and APPLE, part of LLAMD, V2033). Several other possibilites for SOCRATES implementation throughout Europe are under review. The overall objective of the SOCRATES projects including the Kernel is to maintain the progress towards a pan-European system. The ultimate goal is to achieve the pan-European commercially successful implementation of ATT services based on SOCRATES. The Kernel is providing the bridge between existing R & D, the pilot projects and that goal. The specific objectives of the Kernel are: to coordinate the developments in each of the SOCRATES pilot projects, in order to ensure that developments are convergent rather than divergent; to provide a centralised structure for contact with standardisation bodies, etc, in keeping with the objective of a pan-European system; and to act as a centre of competence for SOCRATES coordination and as a "think tank" for the generation of new ideas and solutions.Progress is being maintained towards the development of a pan European traffic information and communication system. The system of cellular radio for traffic efficiency and safety (SOCRATES) project was further developed to include the kernel. The kernel provides the bridge between existing research and development, the pilot projects and the final goal.The kernel responds to specific requests from SOCRATES pilots, and will issue recommendations to pilots in order to achieve convergence. It is organized into 5 main work areas: liaison and coordination; implementation and operational aspects; standardization; development aspects; and DRIVE normalized transmission (DNT) coordination.The concept of the kernel as a centre of excellence has been successfully demonstrated in a number of technical developments.These include the following:the development of a common approach to system design in the pilot projects;the implementation of common communication protocols;SOCRATES application centre development;floating cardata handling techniques;communications modelling;development of application protocols;innovative work on dynamic route planning;man machine interface activities;progress on the coordination of DNT implementation.The role of the kernel in providing a level of coordination between the 3 SOCRATES pilot projects has been demonstrated to be essential and provides the path to full commercial implementation.Technical approach The common areas of activity in the kernel are: continuing, but low-level, development of traffic management strategies and software for general use in SOCRATES control centres; establishment of general SOCRATES system architecture; establishment of SOCRATES communications protocols; establishment of in-vehicle standards for SOCRATES equipment; coordination of data collection techniques; development of a coordinated approach to a common man-machine interface (MMI) for SOCRATES (when sufficient resources are available); coordination of the further development and implementation of the DNT (DRIVE Normalised Transmission) concept for ATT communications; liaison with pilot projects; overall coordination of SOCRATES developments; liaison with PTTs and network operators over the commercial establishment of SOCRATES services; and representation of SOCRATES in Brussels and elsewhere. The Kernel responds to specific requests from SOCRATES pilots, and will issue recommendations to pilots in order to achieve convergence. The Kernel is organised into five main work areas: liaison and coordination; implementation and operational aspects; standardisation; development aspects; and DNT coordination. Development aspects in turn is divided into the following areas: system design; SOCRATES application centre development; data collection; communications; in-vehicle equipment; Man-Machine Interface; and evaluation. Key Issues the communications technology for the Integrated Road Transport Environment (IRTE); development and implementation of a pan-European traffic information and communication system; development and implementation of compatible interactive route guidance systems; development and implementation of SOCRATES-based traffic control and information centres; standardisation of communication requirements for the IRTE. Expected achievements It is expected that the achievements of the SOCRATES Kernel will fall into two groups: the first group concerns the implementation of the SOCRATES pilot projects, for which the Kernel will provide overall coordination, so that compatibiilty between the three pilot projects is maintained as far as is practical; the second concerns the future implementation of commercial SOCRATES systems, for which the Kernel will provide a technical, operational and commercial framework on which to base viable commercial SOCRATES services. Expected Impact The basis of all the coordinated SOCRATES developments is that SOCRATES will provide the structure for a genuinely integrated road transport environment, in which all the main ATT applications can share the same communications infrastructure. SOCRATES is particularly concerned with the pan-European digital cellular radio system, GSM, which could offer the fastest path to genuinely compatible ATT implementations throughout Europe. Other potential communication bearer services are however under consideration and investigation in pilot projects, using a coordinated approach in order to maintain as much compatibility as possible. Coordinated development of SOCRATES concepts will have a significant impact on progress towards the implementation of the IRTE. Contribution to Standardisation During DRIVE 1 SOCRATES played an important part in liaison with the various GSM committees; this role will continue during DRIVE 2 in order to ensure that ATT requirements are fully taken into account during the next phases of GSM. The Kernel specifically includes the further development and implementation of the DNT concept; this was developed during DRIVE 1 and should form the basis of a coordinated approach to integrated communications protocols for all applications within the IRTE. The kernel is intended, when resources allow, to make a significant contribution to the development of standards for MMI. Fields of science natural sciencescomputer and information sciencessoftwaresocial sciencessocial geographytransport Programme(s) FP3-DRIVE 2 - Specific programme of research and technological development (EEC) in the field of telematic systems in areas of general interest - Transport services -, 1990-1994 Topic(s) Data not available Call for proposal Data not available Funding Scheme Data not available Coordinator Ian Catling Consultancy EU contribution No data Address Ash Meadow Bridge Way Chipstead CR5 3PX Croydon United Kingdom See on map Total cost No data Participants (15) Sort alphabetically Sort by EU Contribution Expand all Collapse all ADVANCED RESEARCH PARTNERS France EU contribution No data Address 9 -11 AVENUE DU 18 JUIN 1940 92500 RUEIL-MALMAISON See on map Total cost No data British Aerospace plc United Kingdom EU contribution No data Address Sowerby Research Centre BS12 7QW Filton See on map Total cost No data British Telecom plc (BT) United Kingdom EU contribution No data Address British Telecom Laboratories Martlesham Heath IP5 7RE Ipswich See on map Total cost No data DAIMLER-BENZ AG Germany EU contribution No data Address 7000 STUTTGART See on map Total cost No data Ford Motor Company Ltd United Kingdom EU contribution No data Address Room 14/260, Research and Engineering Laindon SS15 6EE Basildon See on map Total cost No data LABORATOIRE D'ELECTRONIQUE PHILIPS France EU contribution No data Address 22 AVENUE DESCARTES 94453 LIMEIL-BREVANNES See on map Total cost No data Marconi Defence Systems Ltd United Kingdom EU contribution No data Address Elstree Way WD6 1RX Borehamwood See on map Total cost No data NEDERLANDSE PHILIPS BEDRIJVEN BV Netherlands EU contribution No data Address 4,PROF. HOLSTLAAN 5656 AA EINDHOVEN See on map Total cost No data RENAULT-SERVICE 0070 France EU contribution No data Address 9-11 AVENUE DU 18 JUIN 1940 92500 RUEIL-MALMAISON See on map Total cost No data ROBERT BOSCH GMBH Germany EU contribution No data Address ROBERT-BOSCH-STRAßE 200 3200 HILDESHEIM See on map Total cost No data Rover Group plc United Kingdom EU contribution No data Address Fletchamstead Highway Canley CV4 9DB Coventry See on map Total cost No data SAAB MECEL AB Sweden EU contribution No data Address CHALMERS TEKNIKPARK 41288 GOTHENBURG See on map Total cost No data SWEDISH INSTITUTE OF COMPUTER SCIENCE Sweden EU contribution No data Address 16428 KISTA See on map Total cost No data SWEDISH NATIONAL ROAD ADMINISTRATION Sweden EU contribution No data Address CHALMERS TEKNIKPARK 41288 GOTHENBURG See on map Total cost No data UNIV. POLITECNICA DE CATALUNYA Spain EU contribution No data Address 5,PAU GARGALLO 08028 BARCELONA See on map Total cost No data