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首页> 外文会议>International conference on artificial intelligence >Verification of a Seat Occupancy/Vacancy Detection Method Using High-Resolution Infrared Sensors and the Application to the Intelligent Lighting System
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Verification of a Seat Occupancy/Vacancy Detection Method Using High-Resolution Infrared Sensors and the Application to the Intelligent Lighting System

机译：使用高分辨率红外传感器的座椅占用/空位检测方法的验证及其在智能照明系统中的应用

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摘要

We have conducted research on the Intelligent Lighting System that realizes illuminance demanded by a worker at minimum power. In real office the system realized to improve in office workers comfort and to reduce the power consumption. In the system, workers are necessary to change the occupancy/ vacancy status. However some workers didn 't change appropriately it. Thus there were lights that provided brightness more than required even though there were no workers. Consequently, we propose a method for automatically controlling changes in the occupied/ unoccupied status of a worker's seat. This study uses high-resolution infrared sensors that can detect temperature. The method detects the occupied/unoccupied status of a worker's seat by using temperature values output by high-resolution infrared sensors and their differences. We confirmed that the system incorporating the proposed method detects the occupied/ unoccupied status and realizes illuminance demanded by a worker and reduces the power consumption.
机译：我们已经对智能照明系统进行了研究，该系统可以以最小的功率实现工人所需的照度。在真实的办公室中，该系统实现了改善上班族的舒适度并降低功耗的目的。在该系统中，工人必须更改占用/空缺状态。但是一些工人没有适当地改变它。因此，即使没有工人，也有提供亮度超过所需亮度的灯。因此，我们提出了一种用于自动控制工人座椅的占用/未占用状态变化的方法。本研究使用可以检测温度的高分辨率红外传感器。该方法通过使用高分辨率红外传感器输出的温度值及其差值来检测工人座椅的占用/未占用状态。我们确认，结合了所提出方法的系统可以检测占用/未占用的状态，并实现工人所需的照度并降低功耗。

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