在该嵌入式开发环境中如何优化JPEG解码算法，从而最大限度的利用已有的硬件资源。
We discussed that how to optimize the JPEG decoding algorithm in the embed system development environment and how to utilize the given hardware resources extremely.
本论文在介绍了几种当前较为流行的嵌入式开发环境之后，详细描述了如何自行构建嵌入式设备的开发平台。
In this paper, the author describes several embedded environments and how to build the developing platform of embedded devices. This platform is opening.
这个设备驱动程序是为一个嵌入式系统开发的，在这种系统上并没有很好的调试环境。
This particular device driver is meant for an embedded system where you may not have much sophisticated debugging environment.
一个很重要的近期开发是有了为近实时和嵌入式环境优化的数据库，该环境要求微秒级的响应时间以及非常高的可用性。
An important recent development has been databases that are optimized for near-real-time and embedded environments, where microsecond response times and very high availability are required.
在开发环境中运行时，这个工作台看起来就像Eclipse指定的嵌入式工作台一样。
When running in the development environment, this workbench displays just like the embedded workbench specified by Eclipse.
MTD驱动程序是在Linux下专门为嵌入式环境开发的新的一类驱动程序。
MTD drivers are a new class of drivers developed under Linux specifically for the embedded environment.
在本文中，我们讨论嵌入式环境的一些重要需求和帮助开发人员满足这些需求的informix特性。
In this article, we discuss some of the critical needs of an embedded environment and the Informix features that help developers meet those requirements.
在嵌入式系统虚拟开发环境中为软件与硬件分别设计了ESDL语言和EHDL语言。
The ESDL language and the EHDL language are defined for hardware and software in the virtual design environment for an embedded system.
嵌入式软件开发平台作为一类重要、复杂的系统软件，其技术含量高、价格昂贵，是现代嵌入式系统开发的必备工具环境。
As a kind of important and complicated system software, embedded software development environment is a high-tech, expensive and necessary tool of the modern embedded system.
在已经配置的嵌入式控制系统软件和硬件环境的基础上，建立了在嵌入式编程过程中需要使用的交叉开发环境。
Basing on the condition of hardware and software of embedded control system, the cross-development circulation that is necessary when the programs of embedded system are compiled is built up.
系统还实现了可视化调试，引入XML进行外部环境模拟，大大方便了用户进行嵌入式软件开发与调试。
Moreover, the system implements a visual debug tool and enables external environment simulation by importing XML, which facilitates the users' developing and debugging of the embedded software.
在综合前述软硬件环境的基础上，应用嵌入式程序的开发方法，正确理顺各层次之间调用关系，才能较好完成预期目的。
On the base of software and hardware environment, apply the way of embedded application developing, understand the relationship correctly, then the aim will be reached.
在嵌入式设备的软硬件开发环境方面，介绍了嵌入式设备的操作系统和处理器以及系统的开发平台、应用平台。
On the aspect of software and hardware environment, operation system and CPU of embedded device, develop and application platform of system were introduced.
嵌入式系统开发环境中，目标监控器对嵌入式软件的开发和调试有至关重要的意义。
The target monitor is vital in debugging an embedded application in the development environment of embedded system.
研究嵌入式系统的可视化开发环境是嵌入式开发技术的重要组成部分。
Research of visual development environment for embedded systems is an important component of embedded development technology.
目前大多数嵌入式集成开发环境都提供了图形化的配置工具来降低配置难度，提高开发效率。
Most popular IDE provides the graphical configuration tool to decrease the difficulty of the embedded software development and increase the development efficiency.
基于分布式虚拟环境的健身器材嵌入式系统的研究与开发是虚拟环境技术应用于健身器材领域的一个尝试。
The research and development of fitness equipment embedded system based on distributed virtual environment is a new try in the field of fitness equipment with virtual environment technology.
这些代码完成系统硬件和软件运行环境的初始化，是设计嵌入式系统开发的关键部分。
These codes finish the initializing of the hardware and software environment, it is the key part of designing the embedded system.
嵌入式应用系统的开发离不开调试环境的支持，为了能够充分利用开发板上的有限资源，一个完整高效的开发平台是必不可少的。
The development of the embedded application system must be based on an efficient platform, in order to use the resource of the hardware sufficiently.
该开发环境包括嵌入式与TZ 1000系列处理器TZ 1001mbg，即运行在其上的SDK软件开发工具，支持和文档的HDK。
The development environment includes an HDK embedded with the TZ1000 series TZ1001MBG processor, the SDK that operates on it, software development tool support and documentation.
首先介绍嵌入式集成开发环境的国内外研究现状，然后分析基于16/32位MCU的软件开发的特点，研究交叉编译等软件开发的相关技术，设计和实现基于16/32位MCU的嵌入式集成开发环境。
Second, gives an analysis about feature of software development based on 16/32 bits MCU, does a research about technology for software development based on 16/32 bits MCU just like cross compilation.
为解决这些问题，本书提出了一种低成本、可重复使用且可重构的嵌入式系统设计与实现集成开发环境。
To address these problems, this paper presents a low-cost, reusable, reconfigurable platform for integrated design and implementation of embedded control systems.
针对嵌入式系统开发平台构建中的硬件环境差异问题，给出了一种高移植性的硬件抽象层设计方案，并介绍了实现方法。
As a software layer between embedded operation system and hardware in embedded system, HAL (hardware Abstraction layer) is a key problem of embedded application.
针对嵌入式系统开发平台构建中的硬件环境差异问题，给出了一种高移植性的硬件抽象层设计方案，并介绍了实现方法。
As a software layer between embedded operation system and hardware in embedded system, HAL (hardware Abstraction layer) is a key problem of embedded application.
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