ASAM OSI Proposal Workshop

ASAM OSI Proposal Workshop 

Project: P_2022_01 ASAM 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI

on:        Tuesday, Jun 21, 2022  |  8:00 am - 12:00 pm CEST

via:        Online Meeting

ASAM is launching a new project to further develop ASAM 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI. To discuss the scope of the project, ASAM hosted this proposal workshop. The project is planned to start this July and to end in Dec 2023. Two releases are planned: ASAM 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI V3.6.0 (late Q1 2023) and V4.0.0 (end of 2023). Enrollment has started. Please enroll by Jul 29, 2022      Enroll

Report

Together with over 50 participants we reviewed the current status of ASAM 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI and in addition to continuing to improve the A public specification, which has been developed by experts in a defined consensus-driven development process and was released by officials that represent a significant share of the industry for which it is targeted, giving the specification the necessary legitimacy to be called a 'Standard'.Standard for the existing use cases we discussed additional use cases it should cover. This project will continue to improve ASAM 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI for usage with sensor models and will also have a strong focus on extending & aligning the A public specification, which has been developed by experts in a defined consensus-driven development process and was released by officials that represent a significant share of the industry for which it is targeted, giving the specification the necessary legitimacy to be called a 'Standard'.Standard with other standards such as the OpenX portfolio, International Organization for StandardizationISO 23150 and Automotive Open System ArchitectureAUTOSAR ADI. Various improvements are planned with respect to ASAM OSI’s performance as well as many other extensions to support different models in Is the process of imitation of the behavior of a modeled real-world system over time.Simulation. An investigation into the use of 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI for other, non-automotive applications such as spaceflight is also planned.

Review

The group discussion took place in Miro. The results can be seen on this board: https://miro.com/app/board/uXjVOsswZ5E=/?share_link_id=285024697449

Reminder - Don't forget to send us your feedback: 

Performance is seen as a limiting factor for many applications of ASAM 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI. Prior to extending the current ASAM 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI A public specification, which has been developed by experts in a defined consensus-driven development process and was released by officials that represent a significant share of the industry for which it is targeted, giving the specification the necessary legitimacy to be called a 'Standard'.Standard further it is recommended that its relatively high performance overhead is improved. ASAM has  commissioned a service provider to investigate in application and performance of flatbuffers for the use in ASAM 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI:
 

FLATBUFFERS APPLICATION                   FLATBUFFERS PERFORMANCE
 

We need your support

We ask all ASAM 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI users to implement on the basis of the reports below and give feedback if the switch to flatbuffers is an improvement in your implementation of ASAM 1) Open Simulation Interface (ASAM Standard); 2) Open Systems InterconnectionOSI.

Please provide your feedback on our discussion forum:  Discussion Forum

Please also check the following links to the different branches and repos with FMUs which have been created druing theis project and can be used for further flattbuffer testing: 

• OSI Performance Evaluation scripts:
  https://gitlab.com/persival-open-source/open-simulation-interface/osi-performance-evaluation
• DummySource/DummySensor as Flatbuffers:
  • Branch for OSMP DummySource and DummySensor as Flatbuffers (with _flat):
    https://github.com/OpenSimulationInterface/osi-sensor-model-packaging/tree/feature/flatbuffers_examples/examples
  • Branch for OSMP DummySource and DummySensor as Flatbuffers version with the Object API (with _flat):
    https://github.com/OpenSimulationInterface/osi-sensor-model-packaging/tree/flatbuffers_object_api/examples
• Reflection-based lidar model (Reflections->Detections) as Flatbuffers version:
  https://gitlab.com/tuda-fzd/perception-sensor-modeling/reflection-based-lidar-object-model/-/tree/flatbuffers
• OSI Trace File Player to feed e.g. the reflection based lidar model:
  • Hints on .osi Trace Files:
    https://opensimulationinterface.github.io/osi-documentation/#_osi_trace_files
  • OSI Trace File Player:
    https://gitlab.com/persival-open-source/open-simulation-interface/osi-trace-file-player
  • OSI Trace File Player as Flatbuffers version:
    https://gitlab.com/persival-open-source/open-simulation-interface/osi-trace-file-player-flat

NOTE: We use OpenMCx as a co-Is the process of imitation of the behavior of a modeled real-world system over time.Simulation tool to connect source/player and sensor model respectively: https://gitlab.com/persival-open-source/open-simulation-interface/osi-performance-evaluation#set-up-a-co-simulation  

For questions, please contact support(at)asam.net