ADSP

Realization of Wavelet Image Manipulation Enhanced Algorithm Based on ADSP

基于ADSP的小波图像增强算法实现

Design of the Target Auto-tracking System based on Double Digital Signal Processor ADSP

基于ADSP的坦克目标自动跟踪系统设计

Video SoC verification scheme based on ADSP and the design of its interface

基于ADSP的视频SoC验证方案及其接口的设计

Hardware Design of Dedicated Short-Range Communication Protocol Based on ADSP

基于ADSP的专用短程通信协议的硬件设计

This paper discusses the latest technical trend of DSP , especially the ADSP .

分析了DSP最新技术动向，特别是ADSP最新的32位浮点DSP芯片的最新技术。

A Dual Tone Multi frequency Receiver Using ADSP 2100 Family

采用ADSP－2100系列的双音多频信号接收器

Application of Altitude Measurement in VHF Radar Based on ADSP

基于ADSP的米波雷达测高算法实现

Realizing Raw Data Compression Algorithm of Multi-polarized SAR using ADSP

用ADSP实现多极化SAR原始数据压缩算法

ADSP Realization of Wavelet Image Fusion Algorithm

小波变换图像融合算法的ADSP实现

Application of Subsection Pulse Compression Based on ADSP

基于ADSP的分段脉冲压缩应用

An Adaptive Multi - dimensional Dynamic Compensating Device Based on ADSP for Wrist Force Sensor

基于ADSP的腕力传感器自适应多维动态补偿器

Hardware Realization of the Integer Wavelet Transformation in ADSP

整数小波变换在ADSP硬件中的实现

This paper describes the specification and the application of I2S bus basing on ADSP .

文章介绍了基于ADSP的I2S总线的特点及其应用。

Considering the control requirements of parallel experiment platform , develop the CNC system of 3-DOF parallel experiment platform based on ADSP .

考虑并联数控实验台的控制要求，开发基于ADSP三自由度并联实验台的数控系统。

In this paper , a new multi DSP parallel computing architecture including 5 ADSP 2106x chips is first presented .

首先提出了一种新型的、由5片ADSP-2106x构成的多DSP并行计算结构。

At last , according to the development circumstance of ADSP and FPGA , this paper introduces the commissioning of MU .

最后，本文根据ADSP和FPGA的集成开发环境，简述了对合并单元的调试。

In this paper , Real time torpedo homing system . which is based on ADSP ? 2106X to be discussed .

本课题提出了基于ADSP&2106X完成鱼雷自导算法。

Using ADSP 21160 to design DSP programs with assembly and C languages for the three algorithms mentioned above on VisualDSP + + 3.5 integrated development environment .

用ADI公司的SHARC系列芯片ADSP21160，在VisualDSP++3.5集成开发软件平台上，完成以上三种旁瓣压缩算法实现的汇编、C语言程序设计和调试工作。

This system includes 4 DSPs ( ADSP 2181 ), which can be arranged as a pipe line processing array . Many algorithms can be realized in this system .

系统包含4片DSP（ADSP2181）构成的流水线型的处理阵列，可用于实现各种算法；

The start and duration of the burst access is controlled by ADSC , ADSP and ADV and chip select pins .

开始和持续时间的突发存取控制脂肪干细胞，腺病毒和芯片的ADSP和选择引脚。

Lastly , this paper discussed the realization of the three sidelobe algorithms mentioned above using ADSP 21160 which is a product of ADI SHARC serial digital signal processor .

最后，采用ADI公司SHARC系列DSP芯片ADSP21160N探讨了伪随机FSK/PSK信号旁瓣抑制算法的DSP实现。

The system takes image from CCD camera , then samples the video signal , at last uses ADSP to do the image procession and pattern recognition and outputs the result from 486 comput - er .

该系统采用面阵CCD摄象，经Bt812数字化器进行视频信号采集，运用ADSP完成实时图象处理与识别，最后由工控486微机输出测量结果。

And the time-frequency analyzing methods are proposed to analyze the signal . The actual radar data is analyzed by short-time Fourier transform ( STFT ), Wigner distribution ( WD ) and adaptive spectrogram ( ADSP ) methods .

本文提出了用时－频分析的方法来分辨编队目标，并用短时付氏变换（STFT），Wigner分布（WD）以及我们提出的自适应谱图（ADSP）方法对实测的雷达数据进行了分析。

Acquisition control circuit adopts double CPU structure with ADSP as the main controller to realize the high speed data acquisition , signal processing and preliminary analysis , and with MCS 51 as auxiliary CPU to realize the functions i.e. communication and man-machine interface .

采集控制电路采用了双CPU结构，以ADSP为主控制器，实现数据的高速采集、信号处理和初步分析，以MCS51为辅助CPU，完成通信、人机接口等功能。

In order to solve the wrist force sensor 's dynamic characteristic changing with the loadings , this paper develops a real-time adaptive multi-dimensional dynamic compensating device with ADSP , designs the hardware circuit and edits the application software . A lot of experiments have been finished .

针对腕力传感器动态特性随负载变化这一问题，研制了以ADSP为处理核心的自适应多维实时动态补偿器，设计了硬件电路，编制了软件，进行了实验。