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Continual Planning and Metareasoning for Controlling an Autonomous Vehicle

机译:控制自动驾驶汽车的连续计划和元推理

摘要

Systems and methods for autonomous vehicle control are disclosed herein. According to some implementations, a method includes a scenario-specific operation control evaluation module (SSOCEM) based on a route of the vehicle. The SSOCEM includes a preferred model and one or more fallback models that respectively determine candidate vehicle control actions. The method includes instantiating a SSOCEM instance based on the SSOCEM. The SSOCEM determines a candidate vehicle control action by determining an approximate amount of time needed to determine a solution to the preferred model and determining an approximate amount of time until the upcoming scenario is reached. When the approximate amount of time needed to determine the solution is less than the approximate amount of time to reach the upcoming scenario, the candidate vehicle control action is determined based on the preferred model; otherwise, the candidate vehicle control action is determined based on a fallback model.
机译:本文公开了用于自动车辆控制的系统和方法。根据一些实施方式,一种方法包括基于车辆的路线的特定情景的操作控制评估模块(SSOCEM)。 SSOCEM包括一个首选模型和一个或多个后备模型,分别确定候选车辆控制动作。该方法包括基于SSOCEM实例化SSOCEM实例。 SSOCEM通过确定确定首选模型的解所需的近似时间并确定直到即将发生的情况为止的近似时间来确定候选车辆控制动作。当确定解决方案所需的近似时间少于达到即将发生的情景的近似时间时,基于首选模型确定候选车辆控制动作;否则,基于后备模型确定候选车辆控制动作。

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