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<p>三菱电机（MIELY,MIELF,6503.T）宣布开发了一项突破性技术，旨在准确检测驾驶员的醉酒水平。该系统识别分心和困倦的迹象，并在必要时发出警报并启动车辆控制干预，以帮助防止与酒精相关的事故。</p>
<p>该技术结合了通过驾驶员监控系统（DMS）捕获的非接触式脉搏率测量与车辆控制数据，如转向和加速输入。通过整合这些信号，该系统能够高精度地评估醉酒情况。三菱电机计划最早在明年推出这一基于其专有 Maisart AI 技术的车载解决方案，以减少因酒后驾驶造成的交通事故和死亡。</p>
<p>该人工智能分析脉搏率变化和从 DMS 图像中提取的眼动数据，以及车辆控制信号，以确定醉酒情况。即使酒精引起的面部变化很微妙，脉搏率的波动也能提供饮酒的可靠指标。凭借这种高精度的检测方法，三菱电机希望显著降低与酒精相关的驾驶事故，并为更安全的社会做出贡献。</p>
<p>如有意见和反馈，请联系：editorial@rttnews.com</p>
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<p>三菱电机（Mitsubishi Electric Corp.）开发了一种人工智能系统，用于检测驾驶员的醉酒状态，旨在减少与酒精相关的事故。该技术利用非接触式脉搏率测量和车辆控制数据来评估醉酒水平。它集成了驾驶员监控系统和车辆输入的信号，采用 Maisart 人工智能技术，以提供高精度的检测。该系统预计将在明年推出，为更安全的驾驶条件做出贡献</p>

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</div><p>Mitsubishi Electric Corp. (MIELY,MIELF,6503.T) announced the development of a groundbreaking technology designed to accurately detect intoxication levels in drivers. The system identifies signs of distraction and drowsiness, issuing alerts and initiating vehicle-control interventions when necessary to help prevent alcohol-related accidents.</p>
<div class="lb-trans"><p>三菱电机（MIELY,MIELF,6503.T）宣布开发了一项突破性技术，旨在准确检测驾驶员的醉酒水平。该系统识别分心和困倦的迹象，并在必要时发出警报并启动车辆控制干预，以帮助防止与酒精相关的事故。</p>
</div><p>The technology combines non-contact pulse-rate measurements—captured through a driver monitoring system (DMS)—with vehicle control data such as steering and acceleration inputs. By integrating these signals, the system can assess intoxication with high precision. Mitsubishi Electric aims to introduce this in-vehicle solution, powered by its proprietary Maisart AI technology, as early as next year to reduce traffic accidents and fatalities caused by drunk driving.</p>
<div class="lb-trans"><p>该技术结合了通过驾驶员监控系统（DMS）捕获的非接触式脉搏率测量与车辆控制数据，如转向和加速输入。通过整合这些信号，该系统能够高精度地评估醉酒情况。三菱电机计划最早在明年推出这一基于其专有 Maisart AI 技术的车载解决方案，以减少因酒后驾驶造成的交通事故和死亡。</p>
</div><p>The AI analyzes pulse-rate variations and eye-movement data extracted from DMS images alongside vehicle-control signals to determine intoxication. Even when alcohol-induced facial changes are subtle, fluctuations in pulse rate provide reliable indicators of drinking. With this high-accuracy detection method, Mitsubishi Electric hopes to significantly lower alcohol-related driving accidents and contribute to a safer society.</p>
<div class="lb-trans"><p>该人工智能分析脉搏率变化和从 DMS 图像中提取的眼动数据，以及车辆控制信号，以确定醉酒情况。即使酒精引起的面部变化很微妙，脉搏率的波动也能提供饮酒的可靠指标。凭借这种高精度的检测方法，三菱电机希望显著降低与酒精相关的驾驶事故，并为更安全的社会做出贡献。</p>
</div><p>For comments and feedback contact: editorial@rttnews.com</p>
<div class="lb-trans"><p>如有意见和反馈，请联系：editorial@rttnews.com</p>
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三菱电机 (ADR) 推出 AI 系统用于检测驾驶员的醉酒状态