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infrared tv
    Conversion Methods for Temperature Signal in Infrared TV
    红外电视中测温信号的转换方法及其准确度的分析
    A HIGH-SENSIBILITY PEV INFRARED TV SYSTEM
    高灵敏度热释电摄象管红外电视系统
    A Study of Signal Transfer Function of Chopping Mode Infrared TV
    斩波模式红外电视信号传递函数研究
    Temperature Measurement by Image-Difference Sample in Infrared TV with Pyroelectric Vidicon (PEV)
    热电管红外电视的象差采样测温方法
    Multi-Field Averaging Techniqne for Sampled Temperature-Measuring Signals in Infrared TV
    红外电视采样测温信号多场平均技术
    Human-computer Interaction Technology though Eye-gaze Based on Infrared TV Method
    基于红外电视法的眼睛盯视人机交互技术
    Designing and Realization With A New Method For Eye Movement Measuring System Based On Infrared TV
    基于红外电视法眼动仪新方案的设计与实现
    Taking into consideration, the expression for the signal transfer function of chopping mode infrared TV is derived. The effect of readout time on the operating characteristic of chopping mode is discussed. In order to obtain the best signal transfer function, a range of 60 ℃~70 ℃ of the readout phase angle should be selected.
    推导出在计入相位滞后时,斩波模式红外电视信号传递函数的表达式.讨论读出时间对斩波模式运行特性的影响.为了获得最佳的信号传递函数,读出相角应选定在60°~70°范围内,这能提高高空间频率时的调制度.
    Several methods used to measure the object temperature with infrared TV are described.
    用多场平均技术提高信噪比等.介绍了使用红外电视测量目标温度的方法.
    A measuring system for the eye movement signal based on the infrared TV method and its IC design are discussed.
    讨论了一种基于红外电视法的眼动信号测量系统及其芯片设计.
    Secondly, through analysis of basic formats and characters of eye\|movement, and research on the rule of two eyes\|movement, the virtues and shortcomings of various methods are contrasted, with the emphasis on the infrared TV eye\|movement system.
    其次通过对眼动的基本形式、特点的分析 ,以及双眼运动的规律研究 ,对眼动测量方法的具体优缺点进行了对比 ,并重点对红外电视法眼动测量系统 ( Infrared TVEMMS)及其组成部分的基本原理进行了探讨 ;
 

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