Titlebook: Validation and Verification of Automated Systems; Results of the ENABL Andrea Leitner,Daniel Watzenig,Javier Ibanez-Guzma Book 2020 Springe

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Reliable Decision-Making in Autonomous Vehicleswever, we will certainly need to assure the reliable behaviour of an ., especially when some unexpected scenarios (e.g. harsh environments, obstacles, emergencies) are taken into account. In this article we use an . approach to capture the high-level decision-making process within an . and then use

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Seamless Tool Chain for the Verification, Validation and Homologation of Automated Drivingnd robustness of automated driving technology in all conceivable situations, e.g. in all possible situations under all potential environmental conditions is not possible in real world tests. Additional virtual testing is required. At the end, a mixture of virtual and real-world tests, the validation

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Validation Framework Applied to the Decision-Making Process for an Autonomous Vehicle Crossing Road of accessibility to land transportation for people unable to drive, improving driver productivity by reducing or eliminating altogether the driving load and improving safety by minimising driver errors [1].

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Validation of Automated Valet Parkingving functions at SAE level 4. In our use case, the AVP functionality, which guides the vehicle autonomously in a parking area, is shared between automated vehicles and an infrastructure. We explore methods and tools for the validation, development, and safety evidence of AVP with long term focus on

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Book 2020ction and selection of test scenarios, test executions envionments incl. respective models, assessment of test results), evaluation of technology bricks in selected use cases and standardization and related initiatives. ENABLE-S3 is an industry-driven EU-project and aspires to substitute todays‘ cos