资源列表
JM
- JM包括JM encoder和JM decoder, JM encoder是H.264标准的一个具体实现， JM decoder是对应的解码器. x264和JM encoder一样，都是H.264标准的实现，只是实现的方式不同而已. （H.264是一个标准，可以近似理解为协议或协定或约定或合同）-JM include JM encoder and JM decoder, JM encoder is a concrete implementation of the H.264 standard,
zipfunc
- win32下的zlib压缩解压库，有演示demo-zlib win32 under compression decompression library, there are demo demo
test-images_512
- 常用的灰度标准测试图像，分辨率为512*512，一共50幅，应有尽有-Common gray standard test images with a resolution of 512* 512, a total of 50, everything
GPSR_v6.0_matlab
- 梯度投影法GPSR的matlab源代码，可用于压缩感知的matlab仿真，将其中的camera图像替换就可直接运行其他图像，很方便-GPSR gradient projection method matlab source code can be used to compress perceived matlab simulation, which will replace the camera image can be directly run other images, it is conv
MSTAR_SAR_1784
- MSTAR数据库中的部分SAR图像，大小限制只传12张，分辨率较大约为1476*1784，适合SAR图像的压缩恢复处理-MSTAR part of SAR image size limit only pass 12, higher resolution of about 1476* 1784, for compressed SAR image restoration processing
test-images_1024
- 1024*1024的大分辨率的常用灰度测试图像，比较难找，可用于大分辨率图像的压缩恢复测试-1024* 1024 resolution, large common gray scale test image, more difficult to find, can be used to compress large image resolution recovery testing
TVAL3-v2.4(matlab)
- Rice大学开发的可用于二维图像压缩感知的算法TVAL3，matlab代码，可在demo中替换二维图像后直接运行-Run directly after the two-dimensional image can be used for compressed sensing algorithm TVAL3 Rice University developed, matlab code, you can replace the two-dimensional image in demo
main
- This programm will insert the schema in wordpress site.
JPEGLS_codec
- Matlab code for jpegls
DP
- 1、根据道格拉斯一普克法，编写程序对经过兰勃特投影的中国版图数据进行压缩和过滤 2、屏幕绘图显示压缩前后的地图数据 3、数据压缩率为50 -1, according to a Douglas Puck law, programming for the Chinese territory after Lambert projection data compression and filtering 2, the screen graphics display map data bef
decompiler-V4
- 这是一款有名的短线交易EA，设计为多层结构，跟踪止损止赢！- This is a well-known short-term trading EA, designed for multi-layer structure, tracking stop-loss only win!
DAHAI
- 此EA是根据布林线上下轨结合形态量能而开仓的一款稳健性系统。-The EA is a robust system based on the Bollinger Bands upper and lower bounds combined with the morphometric quantities.