SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 1 Integrated Project Co-operative Systems for Road Safety “Smart Vehicles on Smart Roads” SP1 – SAFESPOT In-Vehicle Sensing and Platform Elena Bianco Centro Ricerche FIAT (Italy), SP1 SAFEPROBE Co-leader SAFESPOTSAFESPOT

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 2 SAFESPOT – SP1 WP1.5 Test and Validation WP Leader: CRF

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 3 SAFESPOT – SP1 – WP 1.5

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 4 SAFESPOT – SP1 – WP 1.5 WP MAIN GOALS To define a validation plan To test the functionality of the overall system To do a performance analysis In order to achieve these results the following working steps will be planned: Task Validation Plan (Leader ICCS) Task In-lab test (Leader BOSCH) Task In-vehicle platform validation (Leader CRF) Task Performance Analysis (Leader VOLVO)

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 5 SAFESPOT – SP1 – WP 1.5 WORK PLAN

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 6 SAFESPOT – SP1 – WP 1.5 WORK PLAN Work-package No Workpackage titleLeader Person- months Start month End month WP1.5Test and ValidationCRF55M 25M 36 PartnersCRFREGIENOVVOLVOBOSCHPIAGGIOIBEOSVDOICCSMMSE Person- months

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 7 SAFESPOT – SP1 – WP 1.5 WP DELIVERABLES LIST Deliverables No Deliverable title Nature Due Date Type Partner responsible Brief Description D1.5.1Test plan design R M27 REICCS, CRF Test plan design for testing and validation of the SAFESPOT in- vehicle platform D1.5.2 In – vehicle platform test results R M34 PU CRF, BOSCH Public results of the in- vehicle platform test D1.5.3Performance analysis RM36REVOLVOPerformance analysis in the situations defined in the test plan design

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 8 SAFESPOT – SP1 – WP 1.5 TASK Validation Plan Leaded by ICCS – Other Partners involved: CRF, REGIENOV Start month: 25 - End month: 27 Main Activities 1. Analysis of the methodologies to be used for the a. In-lab test; b. In -vehicle platform validation; c. Performance analysis phase. 2. Definition of the kind of measurement required 3. Definition of the possible test tracks where testing the demonstrator vehicles Final result D1.5.1 Test plan design for testing and validation of the SAFESPOT in- vehicle platform

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 9 SAFESPOT – SP1 – WP 1.5 TASK In-lab test Leaded by BOSCH – Other Partners involved: CRF, SVDO, ICCS Start month: 27 - End month: 30 Main activity 1. To evaluate through in-lab tests the correct functionality of the SAFESPOT in-vehicle platform based on the what stated: a.in the HW (Task 1.3.5); b.in the SW specifications tasks (Task 1.3.4); c.in the validation plan (D1.5.1) Final result Technical and functional tests of the hardware and software modules integrated in the SAFEPROBE test bed will be done.

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 10 SAFESPOT – SP1 – WP 1.5 TASK In-vehicle platform validation Leaded by CRF – Other Partners involved: REGIENOV, VOLVO, PIAGGIO, IBEO, MMSE Start month: 29 - End month: 34 Main activities 1.Performance of on-board vehicle functionality test 2.Performance of in-depth system optimisation work 3.Integration of the SAFESPOT in-vehicle platform on the demonstrator vehicles provided by CRF, VOLVO, PIAGGIO. 4.Tuning and optimisation of the main parameters defined for the system functionality directly on the selected test-sites. 5.Consolidation of the in-vehicle platform in order to be utilise for the development of the cooperative applications and functions. Final result D1.5.2 In – vehicle platform test results

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 11 SAFESPOT – SP1 – WP 1.5 TASK Performance Analysis Leaded by VOLVO – Other Partners involved: CRF, PIAGGIO, SVDO Start month: 32 - End month: 36 Main activities 1. System verification based on: a.the specifications set in WP1.3 b.the use cases and test scenarios defined in the D Collection, data and performance analysis of the SAFESPOT in-vehicle system from both theoretical and on-road tests analysis. 3. Test and verification of driving situation recognition (e.g. slippery road, etc) in real driving mode. Final result D1.5.3 Performance analysis in the situations defined in the test plan design

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 12 SAFESPOT – SP1 – WP 1.5 PARTNERS WORK DISTRIBUTION CRF WP 1.5 leader Task leader Definition of test methodologies with the other partners involved in the task. CRF In –lab and in – vehicle system validation and test On- road test trials and data analysis Co-responsibility with ICCS of the deliverable D1.5.1 Co-responsibility with BOSCH of the deliverable D1.5.2 REGIENOV Definition of test methodologies with the other partners to be used to test and validate the results of the SAFEPROBE subproject. In-Vehicle platform validation Specification of the In-Vehicle test scenarios and test plan to be deployed by REGIENOV to test and validate the elements of SAFEPROBE results to be incorporated into the west test site.

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 13 SAFESPOT – SP1 – WP 1.5 PARTNERS WORK DISTRIBUTION VOLVO Task leader Responsibility of the deliverable D1.5.3 On-road test and analysis of the SAFESPOT system. Performance analysis of the SAFESPOT system from both theoretical analysis and on-road tests analysis. BOSCH Task leader Participation to Functional and performance tests according to validation plan (test cases) of SAFEPROBE HW and SW modules, test reporting. Co-responsibility with CRF of the deliverable D1.5.2 PIAGGIO Collection and analysis of data from the on-road test trials related to the motorcycle. Performing validation tests using the test plan design.

SAFESPOT Project Kick off Meeting February 16 th and 17 th 2006 Rome 14 SAFESPOT – SP1 – WP 1.5 PARTNERS WORK DISTRIBUTION IBEO Support of the test and validation of the cooperative on-board sensors SVDO Test and verification of data acquisition algorithms in Lab-environment Test and verification of driving situation recognition (e.g. slippery road, etc) in real driving mode. ICCS Task leader Development of the validation plan Testing and evaluation of the cooperative data fusion system in the test bed Co-responsibility with CRF of the deliverable D1.5.1 MMSE Contribution to the in-vehicle functionality test of the whole sub-systems