结论理论和试验结果分析表明，在边缘精度、强弱边缘提取和噪声抑制方面，该算法是有效的。
Furthermore, we analyze the result of the experiment, which proves that the algorithm proposed in this paper is efficient on edge precision, detail edge detection and restraining noise.
采用两两相关的方法对电路内部节点的相关性进行建模，并且对相关性进行划分强弱分别进行处理，从而提高了计算的精度。
This paper takes the pair wise correlation model and deals with strong and weak correlation types differently to improve the accuracy of the computation.
建立了LBS - 1型立靶精度测量系统中的天幕靶，对天幕靶探测性能存在的各种影响因素，如：光电转换接收器件及其探测电路、天空背景亮度的强弱等进行了分析。
LBS-1 fire accuracy measurement system was set up. Influence factors including detection circuit of photo-electricity transforming and accepting, and brightness of sky background, were analyzed.
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