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Evolution of Emergency Braking Systems for Buses

机译:公共汽车应急制动系统的演变

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Since road safety is one of Daimler's core targets many safety technologies and systems have been introduced over the last decades. State of the art systems like the active brake assist significantly reduce the number of fatalities during road accidents. Initially systems evolved which could mitigate the severity of a road accident. Current systems are even able to avoid accidents, as soon as certain physical conditions are given. However the best accident avoidance is applied by the driver himself. Daimler invests lots of engineering capacity designing the best "coworking" balance between the safety system and the driver. Therefore autonomous accident avoidance is just the last mean in a valuable row of attempts to get the driver back into action. Even if the performance of autonomous acting systems continuously increase, there is a particular need to work on solutions and concepts which keep the driver in the loop or get him back as soon as necessary.
机译:由于道路安全是戴姆勒的核心目标之一,因此在过去的几十年中已经推出了许多安全技术和系统。 像主动制动辅助一样的技术系统的状态显着降低了道路事故过程中的死亡人数。 最初的系统演变,可以减轻道路事故的严重程度。 一旦给出某些物理条件,目前的系统甚至能够避免事故。 然而,司机本人申请了最佳事故避免。 戴姆勒投入了许多工程能力,设计了安全系统和司机之间的最佳“Coworking”平衡。 因此,自主事故避免只是一个有价值的尝试中的最后一个意思,让司机恢复行动。 即使自主行为系统的表现不断增加,也特别需要在解决驾驶员中保持驾驶员的解决方案和概念,或者在必要时立即回来。

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