以最后的发布的原始编码算法将返回位置。
With the final release, the original encoding algorithm will be back in place.
目前，语音编码算法g。
近年来。在低码率的音频编码算法中也开始应用它。
Recently, it began to be applied in low - bit rate audio coding.
有效的编码压缩算法是图像数据存储和传输的关键。
Efficient encoding algorithm is the key for image to store and transmission.
最后采用SPIHT算法对人脸区和背景区进行编码。
Finally, the SPIHT algorithm is implanted to encode human face region and background region.
实验还验证了该无损压缩算法在该管道泄漏检测定位系统中具有实时编码的优点。
And the algorithm also has the advantage of real-time encoding in the system.
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;
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;
应用推荐