INSAFES

INSAFES is developing new control functions to improve the functionality of applications developed in the IP PReVENT Phase 1.

INSAFES is monitoring the area around the vehicle, developing and/or improving a wide range of functions: from pre-crash and collision mitigation, all-around collision warning to safe speed and safe distance functions.

Through the modular integration of several functions, the INSAFES system aims to bring added-value to the end user, showing that high functionality can be achieved
at a lower price.

Objectives

The general goal of INSAFES is to improve the functionality and reliability of applications developed within IP PReVENT, and to advance from stand-alone safety applications targeting one specific function to an integrated system covering a vast range of applications. This priority of INSAFES focuses on the full coverage of the area around the vehicle, in order to warn the driver, intervene or mitigate the effects of an accident.

Key concepts

INSAFES aims to allow the extension of the operative scenarios of Advanced Driver Assistance Systems beyond their current limits to enable a considerable step forward in the actual development and implementation of data synthesis technics.

Application of Results

INSAFES will develop three demonstrator vehicles to show its concept:

Demonstrator 1: (function demonstrator) a passenger car showing the benefits of all-around scenario reconstruction and integrated longitudinal support
Demonstrator 2: (function demonstrator) a truck concentrating on improved lateral support and functions related to the truck driver’s limited field of view
Demonstrator 3: an HMI concept car used for assessment of different HMI solutions

The diagram below illustrates the functions to be integrated in the two function demonstrators.

Cooperation

APALACI: Integration of pre-crash and collision mitigation functions
LATERAL SAFE: Integration of lateral support functions
SASPENCE: Integration of safe speed and safe distance functions
SAFELANE: Integration of lane keeping support functions
WILLWARN: Integration of early danger warning though communication
MAPS&ADAS: Use of map data and ADAS interface
ProFusion2: Use of perception data fusion methods and concepts

PReVAL: Use of PReVAL guidelines/recommendations in the validation phase.

Feedback to PReVAL on applicability and ease of use.

AIDE guidelines are taken into account for the HMI needs

Contact

Agneta Sjögren

Project Leader
Volvo Technology AB

Tel : +46-31-322 6583
Agneta.sjogren@volvo.com

Angelos Amditis

Project Co-leader
Institute of Communications and Computer Systems

Tel : +30-210-7722398
a.amditis@iccs.gr

Consortium

Volvo Technology AB			Institute of Communication and Computer Systems
Robert Bosch GmbH			CNRS- Ile De France Est
Centro Ricerche Fiat			DaimlerChrysler AG
Hellenic Institute of Transport			Delphi Electronics & Safety
University of Trento			Volvo Car Corporation

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