ARM embedded processor is a high performance, low - power RISC chips.
ARM嵌入式处理器是一种高性能、低功耗的RISC芯片。
Embedded processor environments are networked and highly interconnected.
嵌入式处理器环境开始被网络化以及高度互联。
The development of embedded processor tendency is summarize in this paper.
概括了嵌入式处理器的发展趋势。
Based on the embedded processor AT91M40800, the application design of LAN91C111 is given.
基于嵌入式处理器at91 M 40800，给出了它的应用设计方案。
This MAC processor is implemented with an embedded processor and verified with FPGA chip.
所设计的MAC控制器是基于嵌入式系统来实现的，并且基本功能通过了FPGA上的验证。
To solve the data hazard of embedded processor, a dynamic scheduling controller is designed.
针对嵌入式处理器数据相关问题，设计了一种动态调度控制器。
DSP (digital signal processor) is a kind of embedded processor for digital signal processing.
数字信号处理器(dsp)是一种用于数字信号处理的嵌入式专用处理器。
The system is designed with an embedded processor and a real-time operating system as the core.
该系统设计以高性能嵌入式处理器和嵌入式实时操作系统为核心。
As the core of the embedded system, the embedded processor often adopts 8 or 16 microprocessors at present.
作为嵌入式系统的核心，嵌入式处理器目前常采用8位或16位微处理器。
The circuit was realized in full-digital control with ARM embedded processor and advanced control strategy.
该电路采用ARM嵌入式处理器和先进的控制策略，实现了全数字控制。
This paper introduces the design of the interface between TFT-LCD and ARM embedded processor based on CPLD.
介绍了基于CPLD实现的TFT液晶显示屏与ARM嵌入式处理器接口设计方案。
The hardware core of embedded system is embedded processor; the software core is embedded operation system.
嵌入式系统的硬件核心是嵌入式处理器，软件核心是嵌入式操作系统。
All result data indicate that random test can play a very valid role in function verification of embedded processor.
所有的数据表明，随机测试在嵌入式处理器的功能验证中能够起到非常有效的作用。
To implement image acquisition in high speed, the CMOS sensor is directly controlled by ARM which is embedded processor with 32 bit.
系统采用32位嵌入式微处理器arm直接控制CMOS图像传感器，实现图像数据的高速采集。
Nowadays, ARM with 32-bit embedded processor becomes the most widely applied for its extraordinary performance and low power consumption.
而ARM以其高性能低功耗的特点成为目前应用最广泛的32位嵌入式处理器。
The features of the embedded processor, the constitution of the minimum system, and its applications in network audio system are presented.
介绍了嵌入式处理器特点，最小系统组成及其在网络音频传输中的应用。
With Godson-1 processor as the research prototype, a design scheme of on-chip debug features in embedded processor is presented in this paper.
以龙芯1号处理器为研究对象，探讨了嵌入式处理器中在片调试功能的设计实现方法。
Embedded processor with high ability is introduced into the AFIS, it not only reduces the price, but also improves the performance of the system.
性能卓越的嵌入式处理器构建的指纹识别系统不仅降低了系统成本，而且大大提高了系统性能。
A signal acquisition system for laser-based sonar detection system is constructed based on ARM embedded processor and real-time operating system.
文中还给出了采用ARM嵌入式处理器结合嵌入式实时操作系统构建的激光探测信号采集系统。
Aming at the local feature of friction, a new type and fast speed identification algorithm is proposed to guarantee its implementation on chip or embedded processor.
并且针对摩擦力的局部性特点，提出了一种新颖、快速的辨识算法，以保证在芯片或嵌入式处理器上实施。
This paper describes an embedded 3g wireless video monitoring system based on high-speed ARM9-based embedded processor and highly efficient H. 264 compression algorithms.
介绍了一种基于ARM9高速嵌入式处理器和H . 264高效压缩算法的嵌入式3g无线视频监控系统。
The paper presents a control system of an interior permanent magnet synchronous motor (IPM PM) for elevator driver without gear box. The system is based on DSP embedded processor.
针对无齿轮电梯对电机拖动的要求，实现了一种基于DSP嵌入式芯片的永磁同步电机调速系统。
The embedded processor S3C2410A based the ARM9 structure is the kernel of the hardware system. The minimum hardware system and the expandable function modules compose the hardware system.
系统的硬件是以基于ARM9架构的嵌入式处理器s3c 2410 A为中心，构建了最小硬件系统和扩展功能模块。
This paper recommends the hardware design and software realization for porting the decode of G723.1 to an embedded processor based on ARM720T core, and analyzes a method of over-sampling.
介绍了G723.1解码算法在一种基于ARM 720t核嵌入式微处理器上移植的硬件结构和软件实现，并分析了一种增采样的方法。
It focuses on the system architecture and hardware realization of the gigabit Ethernet switch we designed, which include the control module with MPC8241 embedded processor core and the switch module.
重点介绍了MPC8241嵌入式处理器为核心的管理模块以及交换模块的系统结构和硬件实现。
The mission computer suite consists of a computer processor with embedded map server and flight-deck tactical display functionality.
任务计算机组件由嵌入地图服务器的计算机处理器和飞行板战术显示组成。
When run on an embedded device with limited processor or memory resources.
在嵌入设备中运行，处理器和内存资源有限。
When run on an embedded device with limited processor or memory resources.
在嵌入设备中运行，处理器和内存资源有限。
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