HORIZON-CL5-2024-D5-01-05: Herramientas de desarrollo digital avanzado para acelerar el desarrollo de vehículos definidos por software que permitan movilidad con 0 emisiones
Referencia : RDRTR20240111010
Caduca : 2024-04-18 00:00:00
The company proposes a “Software Defined Vehicle Application Development Platform (MobiLib Platform)” which simplify in-vehicle signals by pre-processing and bring them to vehicle-independent development platform which provide a virtual interface/workspace with useful toolboxes and open-source libraries specifically designed for mobility applications.
Today’s automotive industry is shifting towards software based transformation and the ”rise of digital” is shaping the future of automotive. Softwarization is the new key enabler of rapid deployment and testing of high-level automotive applications in the era of software-defined everything. In order to address difficulties arose during the software-centric transformation of the industry, we propose a “Software Defined Vehicle Application Development Platform” which simplify in-vehicle signals by pre-processing and bring them to vehicle-independent development platform which provide a virtual interface/workspace with useful toolboxes and open-source libraries specifically designed for mobility applications. Major purposes of the proposed study/solution can be consolidated in three (3) main characteristics: ● Thanks to its pre-processing and filtering feature, our study will enable access to vehicle data (upon obtain of dbc mapping from local OEMs) without vendor specific tools. Moreover, it will provide data acquisition and analysis flexibility signal data through add-on sensors as well. ● Our study enables vehicular function development without any embedded automotive software knowledge and provides a virtual interface/workspace with preferred programming language. Thus, our study will reduce complexity and simplify the deployment process through easy-to-use attributes like drag and drop feature. ● Our product will have an open-source library where contributors from all disciplines will be able to share their own vehicular applications which will establish a basis for collaboration and contribution of creative ideas. Advantages and innovation Thanks to its pre-processing and filtering feature, our proposed solution will provide data acquisition and analysis flexibility through vehicle buses and add-on sensors. Furthermore, it enables vehicular function development without any embedded automotive software knowledge and provides a virtual interface/workspace. Thus, it will reduce complexity and simplify the deployment process through easy-to-use attributes like drag and drop features. Additionally, our product will have an open-source library where contributors from all disciplines will be able to share their own vehicular applications which will establish a basis for collaboration and contribution of creative ideas. The capabilities of the proposed solution will include following benefits, ● It will provide ease of integration among the sub-systems/units supplied from different manufacturers and enable to control capabilities and functions from top-down and customize them (related use-case indicated in Appendix 2). ● Our study will facilitate the deployment of vehicle functions thanks to its signal simplifying process and attributes like read & write and drag & drop which significantly speed up deployment, integration and testing, so consequently decrease engineering efforts and time to market. ● As a handy tool which accelerates development and iteration, our study will enable the implementation of the agile approach to reach the goals such as product development in accordance with consumer needs and quick response to market demands. ● Thanks to data access features through vehicle and add-on sensors, it eliminates the need for high-cost specific tooling/toolboxes and embedded system expertise for SMEs and startups which directly contribute to the creation of new ideas in the automotive industry. Furthermore, our study will incorporate creative developers having insufficient automotive knowledge into the mobility value creation chain due to its open-source architecture and libraries and boost the pace of Technical Specification or Expertise Sought The team has more than 12 years of experience in communication/network protocols and automotive domain expertise. Especially, we have deep expertise on electronic system design and automotive specific development processes and have academic level knowledge of communication/network protocols which are the key domains to ensure the success of proposed solution and to be part of a similar project call. Our capabilities and technology solutions for mobility needs in the scope of subject call are as follows: ● System and Control Engineering for mobility applications ● Vehicle Dynamics Modelling and Controls ● Driving Algorithms ● Automotive Product Development ● Test case generation and Automotive Test Design ● Vehicular Network Communication and Network protocols ● Virtual Simulation Framework program Horizon Europe Call title and identifier HORIZON-CL5-2024-D5-01-05 Submission and evaluation scheme Anticipated project budget Coordinator required Yes Deadline for EoI 18/04/2024 Deadline of the call 18/04/2024
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