Search - disparity

[GDI-Bitmap] Stereo-Edge-Matching

Description: 种新的针对山体图像边缘的立体匹配算法。为了保证匹配的准确性，首先引入极线方向上的视差梯度约束，然后在考察唯一性的基础上，通过搜索并考察边缘端点周围的角点信息来引导边缘的匹配，并且限定边缘端点的角点搜索范围，最终匹配结果保证了两幅图像中的匹配对是一对一的唯一对应。-A newfast stereo edge-matching algorithm based on mountain images is presented．In order to ensure the accuracy of the match．Firstly the disparity gradient restriction across the direction of epipolar lines is used，and then on the basis of exclusionism searched the corner information close to edge point to guide the matching with restricted corners-searched range．
Platform: | Size: 482304 | Author: aaron | Hits:

[Other] COLAS

Description: A system can either be described as a MIMO system, having multiple inputs and outputs, therefore requiring more than one controller or a SISO system, consisting of a single input and single output, hence having only a single controller. Depending on the set-up of the physical (or non-physical) system, adjusting the system s input variable (assuming it is SISO) will affect the operating parameter, otherwise known as the controlled output variable. Upon receiving the error signal that marks the disparity between the desired value (setpoint) and the actual output value, the controller will then attempt to regulate controlled output behaviour. The controller achieves this by either attenuating or amplifying the input signal to the plant so that the output is returned to the setpoint. For example, a simple feedback control system, such as the one shown on the right, will generate an error signal that s mathematically depicted as the difference between the setpoint value and the output value, r-y.-A system can either be described as a MIMO system, having multiple inputs and outputs, therefore requiring more than one controller or a SISO system, consisting of a single input and single output, hence having only a single controller. Depending on the set-up of the physical (or non-physical) system, adjusting the system s input variable (assuming it is SISO) will affect the operating parameter, otherwise known as the controlled output variable. Upon receiving the error signal that marks the disparity between the desired value (setpoint) and the actual output value, the controller will then attempt to regulate controlled output behaviour. The controller achieves this by either attenuating or amplifying the input signal to the plant so that the output is returned to the setpoint. For example, a simple feedback control system, such as the one shown on the right, will generate an error signal that s mathematically depicted as the difference between the setpoint value and the output value, r-y.
Platform: | Size: 5120 | Author: reza | Hits:

[Program doc] 10B-encode-by-CPLD

Description: 光纤通道的8B10B编码在CPLD上的实现与验证，编码器由数据字符编码、控制字符编码核Disparity运算三个模块组成。-Fibre Channel 8B10B coding on the CPLD Implementation and verification, data characters encoded by the encoder, the control character encoding nuclear Disparity computing three modules.
Platform: | Size: 1768448 | Author: kevin | Hits:

[Other] getDisMap

Description: 数字图像处理的作业，通过matlab获取视差图-Digital image processing operations, disparity map obtained through matlab
Platform: | Size: 1024 | Author: Li Pan | Hits:

[Other] StereoVision

Description: StereoVision in OpenCV: Calibration and Disparity Map Generation
Platform: | Size: 4096 | Author: pharoah | Hits:

[matlab] GCS

Description: Fast matching for binocular stereo via growing in disparity space
Platform: | Size: 6405120 | Author: Athos | Hits:

[Other] libelas

Description: Libelas(大规模高效立体匹配库)是cross-platfrom c++ 图书馆与MATLAB计算包装差异大的地图图像。输入是一双纠正灰度立体图像的大小相同。输出相应的差距的地图。-Libelas (LIBrary for Efficient LArge-scale Stereo matching) is a cross-platfrom C++ library with MATLAB wrappers for computing disparity maps of large images. Input is a rectified greyscale stereo image pair of same size. Output are the corresponding disparity maps.
Platform: | Size: 8548352 | Author: 东风 | Hits: