论文详细介绍了VOD炉的生产工艺流程、控制系统的总体结构设计、硬件选型、控制软件的编制、系统的调试等内容。
The thesis presents the manufacturing flow of VOD furnace, whole structure of the control system, hardware selection, programming of control software, debugging of the control system etc. concretely.
给出了PC B设计所要遵循的规则，最后说明了硬件系统的调试流程及方法。
The rules are given when get PCB process, and finally introduce the flow and method of debugging hardware system.
论文主要内容包括配料系统整体设计、工艺流程设计、硬件的设计选用、软件设计和系统调试。
The main content of this paper are as follows: the overall design, the hardware design selects, the technical process design, the software design and the system debugging design.
给出了系统的硬件结构框图和程序设计流程图，并讨论了DSP软件设计和调试中的一些问题。
The hardware architecture and the software flow chart are offered, and then some problems of the designing and debugging DSP programs are discussed.
阐述了系统的构成原理，硬件设计电路实现，调试关键技术，软件设计流程思想以及系统增强功能。
The paper expatiates the composing principle of the system, the hardware circuit realization, the debug key technology, the ideal of software compile flow and its advanced function.
论文介绍了整个硬件和软件的测试平台、驱动程序的调试方法、驱动程序的测试流程，并给出了测试结果及测试结论。
This dissertation briefly introduces the test platform for the hardware and software, the method of debugging the driver, as well as test course, and gives the result of the test.
介绍了硬件PCB板实现的一般流程及PCB板设计中应该遵循的原则，并对电路的调试过程进行了说明。
The process to implement PCB form and the principles to be abided in the design of PCB are provided. The debugging plan of hardware is concisely shown.
在硬件调试部分，先简要介绍了调试工具，之后详细分析了底层硬件驱动的调试原理和流程，最后，给出了该机顶盒的测试指标和测试结果。
In the chapter of debugging, first introduced the debugging tools generally, and then analyzed the theory and process of the hardware driver. At last, the test standard and result is presented.
在硬件调试部分，先简要介绍了调试工具，之后详细分析了底层硬件驱动的调试原理和流程，最后，给出了该机顶盒的测试指标和测试结果。
In the chapter of debugging, first introduced the debugging tools generally, and then analyzed the theory and process of the hardware driver. At last, the test standard and result is presented.
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