In this paper, the character and concrete implement of ti DSP application teaching is introduced.
文章介绍了TI公司DSP的应用教学的特点和具体实施。
The video encoding program structure. and the optimization of ti DSP instructions there is a certain studies.
对视频编码的程序结构和TI DSP指令的优化也有一定的研究。
It's the main purpose of this paper to search efficiency arithmetic for infrared-image compression; meanwhile, we aim to implement the arithmetic on TI DSP.
本文研究的主要目的是寻找一种适合于远程红外线监控设备的图像压缩算法并采用DSP实现图像压缩和解压缩。
In order to satisfy the quick operating speed, strong timeliness , the higher request precision , we have selected TI Corporation's DSP chip TMS320C5416 as the core carry on the system design.
为满足运算速度快、实时性强、精度要求高等要求，我们选用了TI工公司的DSP芯片TMS320C5416为核心进行系统设计。
We designed one system using high capability price ratio DSP chip of TMS320VC5402 of ti Corporation.
我利用TI公司性价比很高的数字信号处理芯片TMS320 VC 5402设计了一套声源定位系统。
TMS320VC5410A DSP of ti company is used as digital signal processor on the card to control the process of data acquisition and to process the acquired data.
该采集卡使用TI公司的TMS320 VC 5410A DSP做数字信号处理器，对数据采集过程进行控制，并进行数字信号处理。
The structure and features of TI CO. TMS320VC5410 are introduced, hardware design and debugging are accomplished and experiment data are gained, the distinction between DSP and PC is compared.
介绍了TI公司TMS320VC5410的结构和特点，完成了硬件电路的设计和调试，给出了实验数据，并与PC机软件系统进行了比较。
The first mission of the dissertation is to design NDSP25 processor, which is fully compatible with the TI TMS320C25 DSP processor in instruction set and cycle timing.
本论文研究的前期任务是，以德州仪器TMS320C25数字信号处理器为目标，研制指令与时序完全与之兼容的数字信号处理器芯片核NDSP25。
An experimental platform of motor control is designed using the new DSP chip TMS320LF2407A specific for motor control by TI, which including software and hardware.
采用TI公司最新的面向电机控制的DSP芯片TMS320 LF 2407a，设计了一个通用的电机控制实验平台。本平台包括软硬件两部分。
In the system, we select TI company 's TMS320C6711 DSP chip as our encoding chip.
在该系统中，选择了TI公司性价比较高的一款芯片TMS320C 6711作为编码器件。
NLMS algorithm is adopted and echo canceller is implemented by using DSP TMS320C5402 of TI Co. as disposal unit.
在设计中采用了NLMS算法，利用TI公司的DSP TMS320C 5402作为处理单元实现了回声抵消。
Then, DSP chip TMS320LF2407 of TI company is chosen as the CPU of control system, and the control system of the automatic sort device is designed.
然后，选择TI公司的DSP芯片TMS320LF2407作为控制系统的中央处理器，进行了自动分捡装置控制系统的设计。
Since there are few experiment equipments for digital controlling by DSP and the experimental effect is poor, an experiment equipment is developed with the core of TI C2000 series DSP.
针对目前DSP用于控制的实验装置较少、实验效果较差的情况，研制了基于C2000系列DSP为核心的实验装置。
The DSP system, using floating-point processor TMS320VC33 of ti as the kernel, is designed to sample and extract the fetal electrocardiogram from abdomen of pregnant woman.
课题中实验平台是以TI公司的浮点DSP芯片TMS320VC33为核心处理器的实时孕妇腹部信号采集和胎儿心电信号提取系统。
Through analyzing CDHMM training algorithm, this system is implemented successfully in using high performance float-point DSP TMS320C6711 of TI incorporated.
在分析了CDHMM训练算法运算特性的基础上，采用TI高性能浮点DSP芯片TMS320C 6711成功实现了口令式语音的CDHMM的训练。
The hardware design of the servo controller. We choose the TMS320LF2407 DSP made by TI to implement the AC Servo System.
给出了伺服控制器的硬件设计，选用美国TI公司专门为数字运动和电机控制推出的DSP控制器TMS320LF2407来实现交流伺服系统。
The DSP system, using TMS320VC5509A chip of TI as the kernel, is designed to compress ECG signals in real time with the presented method.
硬件设计完成了以TI公司TMS320VC5509A芯片为核心的心电信号实时采集压缩系统，以实现所提出的压缩算法。
The nuclear part of the control circuit is to use the TMS320F2812, a kind of DSP provided by ti. Its operating speed is quick enough, and has abundant software resource to use.
系统硬件控制电路的核心器件仍选用TI公司的TMS320F 2812，其运算速度可以保证自抗扰控制算法的实现，并有丰富的软件资源可以利用。
DSP6701 is the ti latest floating DSP, due to its strong computing capabilities, it has seen wide application in varied type of electronic system such as radar.
DSP6701作为TI推出的最新一款浮点DSP，由于其具有强大的计算能力，正被广泛地应用在对计算能力要求较高的各种电子系统如雷达中。
It's Time. TI has made a number of strategic moves over the past several years to shape our business - focused on DSP Analog.
这是时代的要求——过去几年里，我们作出了一系列战略性的调整，使我们的力量倾注于数字信号处理和模拟技术方面。
TMS320C5410 fixed DSP chip of TI company was adopted as core digital signal processing chip in this thesis, capacity of which is up to 100MIPS. The vocoder software was tested successfully on EVM.
本算法实现中的DSP核心处理芯片，采用了性价比较高的美国TI公司的TMS320C5410定点处理芯片，其运算处理能力为100MIPS。
Simply introduce the structure and theory of TI, s 2000 series DSP. Design the method of PWM waves in 3-phase Brushless DC Motor.
使用TI公司的2000系列DSP芯片，并简单介绍了芯片的结构和原理，设计了应用于三相无刷直流电机的PW M波形产生方法。
The system completes video gathering, processing and displaying on a image card based on a TI TMS320C6205 DSP.
本系统以一块基于TMS320C6205DSP芯片的图像跟踪卡为核心，完成了对视频图像的采集、处理、显示等功能。
This thesis use TMS320F240 DSP belonging to TI Company to control system output voltage waveform. Chip characteristics and control circuits are described.
采用TI公司生产的TMS320F240型DSP对光伏逆变器输出电压波形进行数字控制。
The features and pin description are presented in this paper by SST corporation and the high speed digital signal processor made in TI. The connection and procedure of 28SF040 and DSP are also given.
基于TI公司的高速数字信号处理器芯片，详细描述美国SST公司推出的2 8SF0 40闪存芯片的性能特点、引脚功能，同时给出用其扩展DSP芯片的程序存储器空间的硬件设计电路与软件编程方法。
The features and pin description are presented in this paper by SST corporation and the high speed digital signal processor made in TI. The connection and procedure of 28SF040 and DSP are also given.
基于TI公司的高速数字信号处理器芯片，详细描述美国SST公司推出的2 8SF0 40闪存芯片的性能特点、引脚功能，同时给出用其扩展DSP芯片的程序存储器空间的硬件设计电路与软件编程方法。
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