Chapter 4 presents a joint source-channel coding approach based on layered coding and unequal error protected.
第四章提出了一种基于分层编码和不等差错保护思想的联合编码方案。
This thesis puts importance on designing joint source-channel coding scheme based on layered coding and unequal error protected.
重点研究了基于不等差错保护思想的信源与信道联合编码的设计。
In the field of video coding, layered coding can minimize the impact caused by cell losses and ensures normal communication under bad conditions.
在视频编码领域，可以通过分层编码减少信元丢失所造成的影响，保证在恶劣条件下实现正常的通信。
This paper mainly study how to realize wavelet coefficient layered coding and transmission and image data progressive transmission using the correlation of the transformed image.
本文主要研究如何利用图像小波变换后系数间的相关性实现小波系数的分级编码和传输，从而实现图像的渐近传输技术。
You will get nearly all the benefits of JDBC without the excessive coding, plus have a layered architecture and the ability to reuse your fine-tuned SQL queries.
您几乎能够获得JDBC的全部好处(而无需编写过多的代码)，并且还可以获得分层的体系结构以及重用已经调优的SQL查询的功能。
Aim To improve the performance of layered space-time coding (LSTC) for wideband downlink transmission.
目的提高无线宽带下行传输中分层空时编码的性能。
Space-time coding includes space-time trellis coding (STTC), layered space-time coding (LSTC) and space-time block coding (STBC).
空时编码包括三种：空时网格编码(STTC)、空时分层编码(LST)和空时分组编码(STBC)。
The method of Layered multiple description coding (MDC) for real-time video transmission is introduced by combining multiple description coding with Layered transmission technology in this paper.
介绍了将多重描述编码与分层传输技术相结合，适用于实时视频传输的分层多重描述编码方法。
This paper puts forward a modified layered video coding, which enhances the compression rate of the video coder and its ability to tolerate cell losses.
对一种通用的视频编码器进行了改进，提高了视频编码器的压缩比，并且改善了其抗信元丢失性能。
This paper puts forward a modified layered video coding, which enhances the compression rate of the video coder and its ability to tolerate cell losses.
对一种通用的视频编码器进行了改进，提高了视频编码器的压缩比，并且改善了其抗信元丢失性能。
应用推荐