该公司的3D算法能够从多个传感器融合数据，实现高清快速3D制图和可靠的目标识别。
Technest\'s 3D sensing algorithm fuses data from multiple sensors to achieve high-resolution rapid 3D mapping and reliable object recognition.
该公司的3d算法能够从多个传感器融合数据，实现高清快速3d制图和可靠的目标识别。
Technest's 3d sensing algorithm fuses data from multiple sensors to achieve high-resolution rapid 3d mapping and reliable object recognition.
方法以统计学的正态分布与中心极限定理为理论基础，结合免疫进化的思想，提出免疫控制图原理及学习算法；
MethodsBased on the theory of normal distribution and central limit theorem of the statistics, the immune control chart is proposed, which combines the immune idea.
该算法对图像进行多结构多尺度自适应形态滤波处理，从而抑制图像的暗噪声和暗纹理细节。
The algorithm first executed the adaptive morphological filtering of fusion to restrain dark noise and texture details of the images.
提出了一种加权控制图的优化算法，这种算法能够反映较小偏差的变化，并以X - R控制图为例加以比较。
A kind of optimized arithmetic of weighted control chart was presented which could incarnate the variety of the smaller warp, an example was given to compare the X-R control chart.
通过遗传算法选择用以印制图像的油墨种类，采用数值优化算法解决定制油墨的图像分色问题。
Then a numerical optimization algorithm is used to compute the separations of color images with customization inks.
实验结果表明改进算法在增强有用信号的同时较大限度地抑制图像噪声。
The experiments results tell that the improved algorithm can enhance the image by suppress efficiently the noise.
提出了一种用模糊逻辑算法实时控制图像编码比特率的方法。
Study on control system of spot welding constant current based on fuzzy logic arithmetic;
实验表明：该算法能够在实现图像增强的同时，较好地抑制图像噪声，并可以有效凸显图像的细节。
The experiment show that: at the same time enhances the image, the algorithm can preferable suppress the image noise, and can effectively highlight the image detail.
理论分析和试验表明：树结构混合滤波器具有抑制图像噪声能力强，保持图像几何结构信息，算法结构化，易于计算机软件、硬件实现的特点。
The theoretical analysis and experiment show that this filter has good performance in noise removing and geometric information remaining. With its good module. it can be easily realized on computer.
利用VC编制图像匹配的程序，对LED芯片的定位标记进行匹配，结果表明该算法具有较好的定位精度。
Then the paper implemented the algorithm in VC and did a case study on the LED chip's location mark with the program, the result shows the algorithm has good location accuracy.
利用VC编制图像匹配的程序，对LED芯片的定位标记进行匹配，结果表明该算法具有较好的定位精度。
Then the paper implemented the algorithm in VC and did a case study on the LED chip's location mark with the program, the result shows the algorithm has good location accuracy.
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