A novel resolution of IRFPA non-uniformity correction by using a FPGA.
提出了一种基于FPGA的红外焦平面非均匀性校正的实现方案。
The main parts include density adjustment, exposure adjustment, pre-printing adjustment and uniformity correction.
其主要环节包括密度校正、曝光量校正、均匀性校正、印前预校色等。
Because of the limitation of non uniformity correction, former microbolometer needed to control substrate temperature accurately.
由于非均匀性校正的局限性，以前的微测辐射热计需要对基底温度进行精确控制。
It will have the corresponding error on the uniformity correction to the LED display monitor for the influence of quantized error and the visual function.
对LED显示屏进行一致性校正，由于量化误差及视觉函数修正的影响，会产生相应的误差。
In this paper, the two points correction method is discussed, and then the designs of non-uniformity correction for IRFPA using function table and CPLD separately are presented.
文中讨论了两点校正法，并分别提出了利用查找表法和用CPLD实现焦平面探测器非均匀性校正的方案。
Through serial communication port, PC machine can make the infrared imaging systems to achieve non-uniformity correction, bad point correction, switching field of view, focusing and other operations.
最后设计了红外成像系统与PC机的串口通信，通过串口，PC机可以远距离对红外成像系统进行非均匀性校正、坏点校正、视场切换、调焦等操作。
As an example, the paper then describes a newly developed light pulse irradiant uniformity measurement system and the correction method for its measurement result.
以闪光光强分布的均匀性测量为例，介绍了太阳电池电性能测量光照均匀性瞬态测量系统及其修正方法。
For non-uniformity noise, two correction methods based on non-uniformity calibration are developed.
针对非均匀性噪声，建立了两种基于非均匀性标定的校正方法。
Correction system for resistivity logging in cased hole has been established in paper, including on condition of non-uniformity casing, formation having shoulder, cement layer.
文中建立的套管井电阻率测井校正系统，包括套管非均匀性、地层上、下围岩和水泥环的校正。
Correction system for resistivity logging in cased hole has been established in paper, including on condition of non-uniformity casing, formation having shoulder, cement layer.
文中建立的套管井电阻率测井校正系统，包括套管非均匀性、地层上、下围岩和水泥环的校正。
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