微型计算机的硬件系统包括B。
参与软件和硬件系统的联调工作。
Take part in software and hardware system testing and debugging.
计算机硬件系统和软件系统总称为c。
最后总结了硬件系统可能的研究方向。
Finally, the possible way to develop the hardware system was given.
对硬件系统和软件系统进行协同调试。
Coordinating the debugging of the hardware and software system.
论文首先进行了系统的硬件系统设计。
The paper first introduced the system hardware system design.
硬件系统采用低功耗设计。
本文根据实际情况，组成了测试硬件系统。
According to practical problem, test hardware system is composed.
提出了系统硬件系统设计的一般思想和方法。
And, proposes the general thought and method of the hardware system design.
其次，设计了敏感皮肤的信号处理硬件系统。
Secondly, it discusses the signal processing hardware system of sensitive skin.
不过，这款操作系统目前也支持其他的硬件系统。
论文构建了收获机器人双目视觉实验硬件系统。
In this paper, the binocular vision hardware system of the harvest robot was built up.
并结合硬件系统，进行了相应软件系统的设计。
And the software system designed combined with its hardware system.
本文设计了某型飞机捷联航姿计算机的硬件系统。
In this paper, the hardware of a strap-down heading and attitude computer is designed.
硬件系统设计。
硬件系统设计。
文章对其硬件系统及其软件结构进行了详细的论述。
This paper discusses the hardware system and software construction in detail.
并讨论了其硬件系统和软件系统的设计方法及功能。
The design and function of both hardware and software are discussed.
FIX软件为硬件系统提供上位监控和数据采集功能。
FIX software provides the hardware system with upper supervision and data collection functions.
该系统从硬件系统到软件系统都具有良好的可配置性。
The system from the hardware system to software one features good configuration possibility.
详细介绍了TDC的硬件系统、软件系统和通信系统。
The TDC hardware system, software system and communication system were introduced in this paper.
该软件配合硬件系统，可组成飞控系统综合测试设备。
The integrated flight control system test equipment constituted by the test software and hardware system.
硬件系统主要包括HIL硬件、高速数据采集系统等。
The hardware consists of HIL hardware (hardware in the loop) and the High-Speed-Acquisition Card.
在控制硬件系统方面主要研究了伺服系统的整体控制方案。
In the hardware system aspects, the whole control scheme of the servo system is studied.
通过对开发的硬件系统进行实测，验证了该方案的有效性。
The development of the hardware system measurement verified the effectiveness of the program.
硬件系统设计采用了冗余设计，为以后系统的升级提供了空间。
The hardware system design is a redundancy design, which provides room for the future upgrading.
介绍了一种用ram代替CPU中控制存储器的软件和硬件系统。
A software and hardware system to replace control storage in CPU with RAM is recommended.
通过测试平台对系统进行全面测试，表明所设计的硬件系统能稳定运行。
The hardware system designed could operate stably after total test through test bench.
本文最后介绍了所设计的硬件系统的机构构成以及对应软件的实现及功能。
In the end, the main contribution of the paper is the hardware and software platform of the system.
本文最后介绍了所设计的硬件系统的机构构成以及对应软件的实现及功能。
In the end, the main contribution of the paper is the hardware and software platform of the system.
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