自动控制灯光关启，无需人工操作，全新的光敏技术把个体临界启动差异缩到了最小。
The automatic control light closes, do not need the artificial operation, the all new light technique was critical the individual start the difference arrived least.
智能大厦要求对楼宇内分散的电闸箱、风机组、电梯、水泵、灯光等进行集中的自动检测和控制。
Auto inspect and control system (AICS) in intelligent building can integrate electric switch, electric fan, water pump, elevator and lamplight etc.
通过使用配备的灯光系统，用来根据光线摄入量自动控制光线强度，对自然光进行利用，从而有助节约能源。
The exploitation of natural light contributes to energy saving through the use of a lighting system equipped to automatically control the light intensity depending on the intake of light.
在该系统的控制下，可实现对汽车的排放、车速、制动、侧滑及灯光等性能进行自动化检测。
With the system, automatic performance testing for exhaust emission, speed, braking, side slip and lighting will be possible.
控制当前灯光是否投射阴影。(在自动灯光的情况下同时控制的实时阴影)。
Controls whether shadows are casted from objects lit by this light (controls realtime shadows at the same time in case of Auto lights).
汽车检测线智能化控制系统能实现尾气、噪声、灯光、侧滑、轴荷、制动等工位数据的自动采集控制。
The control system can realize working sites data automatic gathering and control of exhaust gas, noise, headlight, side slip, axle load, brake, etc.
该系承担过多个工业自动化控制、计算机软件工程、单片机应用系统网络工程、大型灯光工程和音响工程方面的科研项目和实际工程项目。
Completing projects in industry automation, computer software, motor control, micro controller application systems, fuzzy control, neural networks and control, and other advanced control techniques.
为了满足展览馆、博物馆和有关单位对自动解说和灯光节能控制的需求 ，开发了一种自动解说和节能的灯光控制系统 。
The paper will give a brief view on a solution for the open communication system used in the LED lighting control.
为了满足展览馆、博物馆和有关单位对自动解说和灯光节能控制的需求 ，开发了一种自动解说和节能的灯光控制系统 。
The paper will give a brief view on a solution for the open communication system used in the LED lighting control.
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