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A system for transmitting image data for the generation of a high resolution - the stereo image with reduced transmission data

机译:一种用于传输图像数据以生成高分辨率的系统-传输数据减少的立体图像

摘要

In an image data transmission system which is for transmitting an image data signal from a craft flying over an object zone to an earth station and which comprises a first (photoelectric) transducer (34a) for producing a first partial (electric) signal representative of a partial zone when the craft is at a first position and a second transducer (34b) for producing a second partial signal representative of the partial zone when the craft is, a first duration later, at a second position spaced apart from the first position by a first distance, a delay circuit (36-1) produces a delayed signal having a delay equal to the first duration relative to the first partial signal. A time difference detecting circuit (36-2) detects a time difference between the delayed signal and the second partial signal and produces a time difference signal. A transmission processing circuit (36-3) processes the delayed signal by the use of the time difference signal and produces a processed signal. A level difference detecting circuit (36-4) detects a level difference between the processed signal and the second partial signal and produces a level difference signal. A transmitting unit (37) transmits the delayed signal, the time difference signal, and the level difference signal collectively as the image data signal to the earth station. It is possible to reduce data quantity of the time difference signal and the level difference signal to at least one-tenth relative to that of the second partial signal. IMAGE
机译:在图像数据传输系统中,该系统用于将图像数据信号从飞越目标区域的飞行器传输到地球站,并且包括第一(光电)换能器(34a),该换能器用于产生表示信号的第一局部(电)信号。当飞行器在第一位置时处于局部区域,第二传感器(34b)用于在飞行器处于第一持续时间之后在与第一位置间隔开第二位置的第二位置时产生代表局部区域的第二局部信号。在第一距离上,延迟电路(36-1)产生延迟信号,该延迟信号相对于第一部分信号具有等于第一持续时间的延迟。时间差检测电路(36-2)检测延迟信号与第二部分信号之间的时间差,并产生时间差信号。传输处理电路(36-3)通过使用时间差信号来处理延迟信号并产生处理后的信号。电平差检测电路(36-4)检测处理后的信号与第二部分信号之间的电平差并产生电平差信号。发送单元(37)将延迟信号,时间差信号和电平差信号作为图像数据信号一起发送到地球站。可以将时间差信号和电平差信号的数据量减少到相对于第二部分信号的数据量的至少十分之一。 <图像>

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