View source for Zenseact AB (20240227857). ADS DEVELOPMENT simplified abstract

=ADS DEVELOPMENT=


==Organization Name==

[[:Category:Zenseact AB|Zenseact AB]]


[[Category:Zenseact AB]]

==Inventor(s)==

[[:Category:Magnus Gyllenhammar of Pixbo (SE)|Magnus Gyllenhammar of Pixbo (SE)]][[Category:Magnus Gyllenhammar of Pixbo (SE)]]

[[:Category:Fredrik Sandblom of Mölndal (SE)|Fredrik Sandblom of Mölndal (SE)]][[Category:Fredrik Sandblom of Mölndal (SE)]]

[[:Category:Gabriel Rodrigues De Campos of Göteborg (SE)|Gabriel Rodrigues De Campos of Göteborg (SE)]][[Category:Gabriel Rodrigues De Campos of Göteborg (SE)]]

==ADS DEVELOPMENT - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240227857 titled 'ADS DEVELOPMENT

The abstract describes a method used by an automated driving systems (ADS) development system to support proving fulfillment of safety requirements imposed on ADSs. The system derives parameter-specific ADS safe driving policies with uncertainties, identifies policies needing further observation, and associates geographical locations for observation.

* Automated Driving Systems (ADS) development system supports proving safety requirements.
* Derives parameter-specific ADS safe driving policies with uncertainties.
* Identifies policies needing further observation based on predetermined criteria.
* Associates geographical locations for observation of operational parameters.
* Generates a mapping linking geographical locations with parameters for further observance.

Potential Applications:
- Autonomous vehicle development
- Transportation safety systems
- Traffic management technologies

Problems Solved:
- Ensuring compliance with safety requirements
- Enhancing the reliability of ADSs
- Improving overall road safety

Benefits:
- Increased safety on the roads
- Enhanced performance of automated driving systems
- Streamlined development process for ADS technologies

Commercial Applications:
Title: "Enhancing Safety Compliance in Automated Driving Systems"
This technology can be applied in the automotive industry for developing advanced driver assistance systems, autonomous vehicles, and smart transportation solutions. It can also be utilized in research institutions and government agencies focusing on road safety and transportation management.

Questions about the technology:
1. How does this method improve the safety of automated driving systems?
- This method enhances safety by identifying and addressing uncertainties in ADS safe driving policies.
2. What impact does this technology have on the development of autonomous vehicles?
- This technology accelerates the development process by ensuring safety compliance and reliability in ADS technologies.


==Original Abstract Submitted==

a method performed by an automated driving systems (ads) development system for supporting proving fulfilment of safety requirements imposed on adss. the ads development system derives a corresponding set of parameter-specific ads safe driving policies, each safe driving policy exhibiting a respective uncertainty. the ads development system identifies at least a first parameter-specific ads safe driving policy inflicted with an uncertainty fulfilling predeterminable criteria, which criteria filters out uncertainties indicating, respectively, that the corresponding operational parameter needs to be further observed in order to relax the ads's currently allowed safety requirements-fulfilled ads safe driving policy. the ads development system identifies at least a first geographical location exhibiting conditions allowing the operational parameter(s) in need of further observance, to be observed. the ads development system generates a mapping associating the identified at least first geographical location with the operational parameter(s) in need of further observance.



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