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   线性汇编 的翻译结果: 查询用时:0.623秒
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线性汇编     
相关语句
  linear assembly
     Moreover, the thesis implements a software encoder which has basic encoding function in the environment of Visual C++ 6.0. Finally, the software system is been transplanted into TMS320C6416 DSP chip with the linear assembly codes instead of the C codes of the key algorithms, and the encoder is simulated in CCS.
     在Visual C++6.0环境下,实现了一个具有基本编码功能的软件编码器。 最后将程序移植到TMS320C6416 DSP芯片上,针对DSP硬件结构,编写线性汇编代码对部分算法做进一步优化,并在CCS集成开发环境下进行了仿真。
短句来源
     This module chooses TM320C6416-one of the fastest DSP on which all program codes are written by c and assembly language. Also, the software is optimized to use the features of DSP. Inline-functions, linear assembly language are used to realize real time.
     针对这种情况,本课题选择了用DSP来实现JPEG2000的基本算法,其中DSP选用的是TI公司的速度最快之一的芯片TMS320C6416,在其上采用了C语言以及汇编语言实现了JPEG2000第一部分的编码算法,结合DSP本身的特点,采用了内联函数,线性汇编技术优化了程序代码,提高了算法的实时性。
短句来源
     The last part, we introduce how to optimization program based on C language, linear assembly and memory allocation.
     第三部分,详细介绍了如何分别在C语言、线性汇编和存储器分配等三个层面优化程序。
短句来源
     This paper emphasizes on the linear assembly optimization of some time-consuming key modules such as half pixel interpolate, sum of absolute difference (SAD) and so on.
     这些方法提高了程序代码的并行性和存储器的访问效率,其中重点介绍了算法中比较耗时的半像素插值、绝对误差和(SAD)等关键模块的线性汇编优化。
短句来源
  linear assemble
     Optimized linear assemble language is used to improve real timing and precision.
     为了提高实时性和精确度,采用线性汇编优化实现.
短句来源
     Using optimized linear assemble language to improve real timing and precision.
     为了提高实时性和精确度 ,采用线性汇编优化实现。
短句来源
     First,optimization on system level,which is modification of data structure of algorithm for minishing require on memory is used,to achieve assignment of core memory on-chip effectively. Then,based on DSP′s self characteristic,we develop and debug EDMA,Cache and linear assemble language optimization and soft pipeline,as well as optimizing tools of CCS.
     首先系统级优化算法,修改适于DSP的数据结构以减小算法对存储器的要求,然后有效分配片上核心内存,针对DSP自身的特点,对EDMA、缓存Cache、线性汇编优化和软件流水及CCS优化工具等方面做专门优化。
短句来源
  linear assemble language
     Optimized linear assemble language is used to improve real timing and precision.
     为了提高实时性和精确度,采用线性汇编优化实现.
短句来源
     Using optimized linear assemble language to improve real timing and precision.
     为了提高实时性和精确度 ,采用线性汇编优化实现。
短句来源
     First,optimization on system level,which is modification of data structure of algorithm for minishing require on memory is used,to achieve assignment of core memory on-chip effectively. Then,based on DSP′s self characteristic,we develop and debug EDMA,Cache and linear assemble language optimization and soft pipeline,as well as optimizing tools of CCS.
     首先系统级优化算法,修改适于DSP的数据结构以减小算法对存储器的要求,然后有效分配片上核心内存,针对DSP自身的特点,对EDMA、缓存Cache、线性汇编优化和软件流水及CCS优化工具等方面做专门优化。
短句来源
  “线性汇编”译为未确定词的双语例句
     Thirdly, we transplant the MPEG-4 encoder into DM642, and optimize it based on DM642. The performance of encode is great improved by using software pipeline, and the encoding speed is further improved by using system function, EDMA, ping-pang memory structure, inline function and some compile options.
     通过用线性汇编改写关键函数,使其产生软件流水,编码器性能得到了极大提高; 另外,系统库函数使用、EDMA并行数据传送、ping-pang缓存设计、内存合理分配、内联函数使用及编译选项合理设置等这些手段也使得编码速度得到进一步提高。
短句来源
     The main task of this paper is to introduce how to develop and optimize the H.264 "baseline" encoder on the hardware platform based on TMS320DM642. The source program adopted is the encoder part of the "x264" which is one of the open H.264 codec software.
     我们在原x264编码器程序基础上主要做了以下几项工作:一是对程序进行裁减、修改并最终移植到DSP平台上运行; 二是充分利用DM642的EDMA控制器等对数据传输和存储空间进行优化:三是利用内联函数、线性汇编等对H.
短句来源
     finally,rewriting the code with Liner Assembly directly.
     最后 ,我们再针对一些特殊问题 ,采用线性汇编直接改写。
短句来源
     This paper presented the MPEG- 4 algorithm opti- mization of embedded surveillance system based on TMS320D- M642 chip, which makes full use of parallel processing charac- teristic of TI C64 series. Some methods of C code, linear assem- bly code optimization were applied in the software optimization of MPEG- 4 encoding, which implement efficient and real time video encoding based on TMS320DM642.
     结合TI公司C64系列DSP芯片指令并行处理的特点,在自主开发的以TMS320DM642为核心的嵌入式MPEG-4视频监控平台上,通过对编码软件进行C语言级、线性汇编级的优化,实现了高效运行的MPEG-4算法,完成了系统对视频编码的实时性要求。
短句来源
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  linear assembly
The mechanical properties of diffusion-welded joints of 2017 aluminium-copper alloys have been studied under dynamic loading with the help of a Hopkinson bar linear assembly.
      
Consider a linear assembly of springs with two sub-assemblies A and B.
      
DLM uses a linear approximation of the non-linear assembly functions.
      
Early stages are dominated by linear assembly and late stages by lateral assembly.
      
For that purpose we will introduce the usage of both intrinsics and linear assembly code.
      
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A method of prompt tracking four targets using TMS320C6203 is introduced. Optimized linear assemble language is used to improve real timing and precision. The average operation time of DSP is 2ms with one primary window size 230×200, 0.4ms with three secondary windows size 60×60 respectively. Under the tanglesome background, prompt tracking the targets of low contrast is achieved. It is proved by the results of experiments that the method is effective, and the problems of window size and tracking time are solved....

A method of prompt tracking four targets using TMS320C6203 is introduced. Optimized linear assemble language is used to improve real timing and precision. The average operation time of DSP is 2ms with one primary window size 230×200, 0.4ms with three secondary windows size 60×60 respectively. Under the tanglesome background, prompt tracking the targets of low contrast is achieved. It is proved by the results of experiments that the method is effective, and the problems of window size and tracking time are solved.

介绍了在TMS320C6203上实现四个目标的快速跟踪技术.为了提高实时性和精确度,采用线性汇编优化实现.一个320×160主窗口的DSP平均处理时间为2ms,三个60×60副窗口的DSP平均处理时间各为0.4ms,实现了复杂背景下低对比度目标的快速跟踪.实验结果证明跟踪效果良好,解决了以前窗口开不大、跟踪速度慢的问题.

With the increasing complexity of DSP task system,it becomes a key phase that how to use the resource sufficiently by a DSP task system.And optimization of DSP programs is an efficiently way to solve the problem.The course of optimization commonly includes three stages:firstly,optimizing the whole program with the C Compiler;secondly,adjusting the important loop structure;finally,rewriting the code with Liner Assembly directly.The paper will discuss the three stages for specific application in detail.

随着 DSP任务系统的复杂度增大 ,如何使 DSP任务系统充分利用资源成为了软件开发的关键环节之一 ,而程序优化是解决这一问题的有效途径。优化的过程大致分为三个阶段。首先 ,利用 C编译器对程序整体优化 ;其次 ,对重要循环体进行结构调整 ;最后 ,我们再针对一些特殊问题 ,采用线性汇编直接改写。本文基于 TMS32 0 C60 0 0系列 DSP,着重于具体应用 ,对这三个阶段进行详细论述。

A method of prompt tracking four targets using TMS320C6203 is introduced.Using optimized linear assemble language to improve real timing and precision. The average operation time of DSP is 2 ms with one primary window size 230×200, 0.4 ms with three secondary Windows size 60×60 respectively. Under the tanglesome background, prompt tracking the targets of low contrast is achieved. It is proved by the results of experiments that our method is effective, the problems of Windows size and tracking time are solved....

A method of prompt tracking four targets using TMS320C6203 is introduced.Using optimized linear assemble language to improve real timing and precision. The average operation time of DSP is 2 ms with one primary window size 230×200, 0.4 ms with three secondary Windows size 60×60 respectively. Under the tanglesome background, prompt tracking the targets of low contrast is achieved. It is proved by the results of experiments that our method is effective, the problems of Windows size and tracking time are solved.

介绍了在 TMS3 2 0 C62 0 3上实现 4个目标的快速跟踪技术。为了提高实时性和精确度 ,采用线性汇编优化实现。1个 3 2 0× 160主窗口的 DSP平均处理时间为 2 m s,3个 60× 60副窗口的 DSP平均处理时间各为 0 .4ms,实现了复杂背景下低对比度目标的快速跟踪。实验结果证明跟踪效果良好 ,解决了以前窗口开不大、跟踪速度慢的问题

 
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