音频编解码器

基于DSP的纯软件音频编解码器的实现

The realization of different audio codec by software based on DSP

DSP与24bit音频编解码器接口设计一种语音编解码器与微处理器的接口方法

Design of the Interface between DSP and 24 bit Audio Codec A Method of Interfacing CODEC with Microprocessor

音频编解码器TLV320AIC23与CPLD接口设计

The Interface Design of TLV 320 AIC 23 and CPLD

论文基于DirectShow的框架实现了一个基本的视频传输系统，采用MPEG-4的视、音频编解码器和TCP等传输协议栈实现了流式媒体的直播及点播服务。

Implemented a basic video transmission system on the basis of DirectShow framework . The system used MPEG-1 codec and TCP stack .

电子防震系统音频编解码器及编解码方法研究基于AVS的嵌入式音视频同步编码器

Electronic shock protection system audio encode / decode technology A Synchronous Encoder of Video Embedded by Audio in AVS

您可以设置视频帧速率，音频编解码器，音频，渠道输出的AVI文件。

You can set the video frame rate , audio codec , audio frequency , channels for the output AVI file .

723的音频编解码器和RTP/RTCP传输协议实现流媒体的直播服务。

723 codec and RTP / RTCP protocol .

无论是纯硬件方案还是纯软件方案，它们所采用的视频和音频编解码器都遵循H。

The codecs used in the hardware solution and software solution follow the H.323 standard .

一种基于小波的实时音频编解码器

A Wavelet-Based Real-Time Audio Codec

文件格式通常包括一个视频和一个音频编解码器，以及一个操作指南，向计算机说明如何进行。

A file format generally contains a video and an audio codec and has instructions for the computer on how to synchronize them .

高质量、低复杂度的纯软件实时MPEG音频编、解码器

A Real-Time Full Software MPEG Audio Codec with High Quality and Low Complexity

论文最后给出了AVS-M音频定点编解码器的主客观质量评价。本课题的研究工作对AVS-M音频标准的推广及应用实现具有重要的意义。

Finally , the objective and subjective tests of the fixed-point Codec of AVS-M is given . This thesis is have significant impact on the spread and application of AVS-M audio .

它改变帧尺寸、帧纵横比、视频压缩编解码器和音频压缩编解码器。

It changes the frame size , frame aspect ratio , video compression codec and audio compression codec .

支持主流的音频、视频编解码器是JavaFX获取成功的另一个重要特性。

Another very critical feature for JavaFX to succeed is the support for mainstream audio and video codecs .

这两个子节点提供关于该设备所支持的音频和视频编解码器的详细信息。

These two nodes provide detailed information about the audio and video codecs supported on this device .

在音频应用中，音频编解码器和MCU是许多音频信号处理和控制的重要部件。

For audio application , Audio codec and MCU are competents for most of the audio signal processing and controlling .

关于音频感知编码模型的研究主要集中在两个方面：一是各种音频压缩编码算法的研究；二是音频编解码器实现技术的研究。

On the audio perceptual coding technology , research mainly concentrates in two aspects : first , optimization of audio compression algorithms ; second , hardware design and implementation of the algorithms .