系统采取软硬件协同设计的方法完成整个平台的构建。
We finished whole construction of platform system in the method of software and hardware co-design.
软硬件协同设计的目标结构包括一个CPU和多个ASIC，它们通过一条总线进行通信。
The target architecture of hardware-software combined design consists of a CPU and some ASIC communicating over a bus.
本分析仪的设计采用了软硬件协同设计的方法，最大限度地利用有效资源，缩短开发周期。
The hardware design is cooperated with the software during the system design. It USES maximum the effective resource, reduces the design time.
为了更好地利用DSP资源、提高性能、节约成本，文中提出了一种软硬件协同设计的方法。
In order to make better use of DSP resources, improve performance and reduce cost, this paper presents a kind of software and hardware co-design methodology.
随着硬件系统复杂性的提高，在更高的抽象层次——系统级进行软硬件协同设计成为一种趋势。
The system-level hardware description language SpecC was proposed to describe the design of hardware systems.
该模型比典型的软硬件协同设计方法更灵活，可以提高开发效率，降低开发成本，并能有效地保证系统开发的质量。
This scheme is more convenient than the traditional technology of software-hardware codesign. It also can improve efficiency , reduce the cost and guarantee the development quality of the system.
对设计方案的制订、模块化设计流程、模拟仿真、逻辑综合、软硬件协同设计等技术从应用的角度进行了分析研究和掌握。
The technology of constitute scheme, modularize design flow, simulate and emulate, logic synthesis, cooperate with software and hardware has been researched and mastered from the point of application.
介绍了SOC设计中的IP核可复用技术、软硬件协同设计技术、SOC验证技术、可测性设计技术以及低功耗设计技术。
The paper introduced the technology of IP Reuse, hardware and software co-design, SOC verification, measurement and low-power design on the SOC design.
通过对现有电容式触摸控制电路的分析，本着降低成本和提高可靠性的原则，进行软硬件协同设计，完成低成本电容式触摸控制设计。
To reduce the cost and improve the reliability, this paper analyzes the existing capacitive touch control circuit, designs both hardware and software for low cost capacitive touch control.
超薄(11.6毫米)、简洁但不失端庄的设计使得软硬件能够完美的协同在一起。
Thin (11.6 mm), sparse and elegant, designed so that the software and hardware work perfectly together.
针对高速网络数据分类系统遇到的性能瓶颈，本文提出了一种软硬件协同的设计思路。
As the packet classification system meet the performance bottleneck in the high speed network environment; this paper presents an idea of design based on the cooperation of software and hardware.
软硬件划分是软硬协同设计中的一个关键问题。
Hardware software partitioning is a key problem in Hardware software co design of embedded system.
系统实现结果表明，通过软硬件协同的设计与验证方法，眼状态识别准确，性能也有了较大的提升。
Results indicate that the eyes state detection is very accurate and performance has also been greatly improved.
系统实现结果表明，通过软硬件协同的设计与验证方法，眼状态识别准确，性能也有了较大的提升。
Results indicate that the eyes state detection is very accurate and performance has also been greatly improved.
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