Project Proposals

These projects have been proposed to ASAM. Members have now the opportunity to sign up for participation or make comments.

Project Proposals

The following project proposals have been submitted to ASAM and are published on this web page for review. ASAM members are invited to:

  • Provide comments about the content of the proposal.
  • Enroll for participation in the project.
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P_2024_06_C ASAM ODD-based testing

Project Number
P_2024_06_C
Project Type
Concept Project
Domain
Simulation, Automation
Ideation workshop
Proposal Workshop
Jan 2025
Enrollment
Jan - Mar 2025
Project start
Mar 2025
Project End
tbd
Release
tbd
ASAM and IAMTS are joining forces to promote the development of a standardized workflow for cyber-physical testing on testbeds. The goal is to enable the mapping of test requirements from customers to the available features of proving grounds and the services of test service providers. As part of this joint initiative, ASAM is initiating a project to develop a Proof-of-Concept (PoC) demonstrating how ASAM standards can be leveraged to enable ODD-based testing on cyber-physical testbeds.




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P_2024_05 ASAM TestSpecification

Project number
P_2024_05
Project Type
Minor Version Dev.
Domain
Test Automation
Proposal Workshop
Enrollment
Will start in Jan / Feb 2025
Project Start
Apr 2025
Project End
Mar 2027
Release
Apr 2027
After the release of the ASAM OpenTestSpecification concept paper, ASAM is now ready to initiate a follow-up project. This project aims to extend three major ASAM standards, ASAM ODS, ASAM OTX Extensions, and ASAM XIL, with the goal to align their development with the requirements outlined in the concept paper. Additionally, a new overarching Standard "ASAM TestSpecification" may be developed, depending on the further development of some of the concepts.




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P_2024_04_C_ASAM OpenDRIVE Transportation Area Concept

Project Number
P_2024_04
Project Tpye
Concept Project
Domain
Simulation
Ideation Workshop
Proposal Workshop
Enroll by
Jan 10, 2025
Project Start
Jan 2025
Public Review
Sep 2025
Concept Release
Nov 2025
Combining the reference-line-based ASAM OpenDRIVE with OGC's CityGML represents a transformative approach to road space modeling for advanced driver assistance systems and automated driving. While ASAM OpenDRIVE is effective for road descriptions, it encounters challenges when dealing with complexity and detailed environmental data. Conversely, CityGML excels in 3D city modeling, offering rich semantic and geometric data, but it lacks detailed road logic.




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