"The Customer Improvement Program gives us the opportunity to look at hardware trends, language distribution, and all kinds of data," said Upton.
Upton介绍说：“客户体验改善程序让我们可以搜集到全球硬件的发展趋势，用户所使用语言的分布状况以及其它有用的数据。”
This requires that the graphics interface language provide facilities for a program to determine the hardware characteristics of the device and make appropriate adjustments.
这要求图形界面语言为程序提供确定设备的硬件特征和做适当的矫正的方便性。
The program is compiled with VHDL(hardware description language).
试验程序由VHDL硬件描述语言编写。
This paper introduces hardware constitution and software design of digital clock controlled by 8031 single-chip microcomputer, and its assembly language program is given.
介绍了用8031单片机控制的电脑数字钟的硬件结构与软件设计，给出了汇编语言源程序。
The bottom hardware driver is written by Lingyang chip microcomputer AL and the USB protocol & client layer application program written by Lingyang chip microcomputer C language.
它的底层硬件驱动程序用凌阳单片机汇编语言编写，USB协议和应用层程序用凌阳单片机C语言编写。
A design method by usage of finite state machine and VHDL hardware description language to develop the program is adopted, then it is simulated and downloaded on the EDA software platform.
采用有限状态机设计方法，使用VHDL硬件描述语言编程，并在EDA工具软件平台上进行了仿真和下载。
With blocking means in CPLD design, the structure of HDL (hardware describe language) program is also given.
采用模块化设计方法对CPLD进行设计，并给出了硬件描述语言的具体结构。
Hardware circuit design includes a central processing unit circuit, clock circuit, assembly language software to achieve, including the main program, subroutine, such as set-up time software modules.
硬件电路设计主要包括中央处理单元电路、时钟电路、软件用汇编语言来实现，主要包括主程序、时光设置子程序等软件模块。
This paper introduces the design of hardware and software using the serial port of 8031 single-chip microcomputer to realize circular color lamp. The paper presents assembly language program.
介绍了用8031单片机串行口实现的循环彩灯的硬件结构与软件设计，给出了汇编语言源程序。
Facing new IEC61131-3 standard, it is of huge flexibility and expansibility that the program language of PLC USES XML irrespective with hardware.
面向新的IEC61131 - 3标准，采用XML作为与硬件无关的PLC的编程数据具有极大的灵活性和扩展性。
In this thesis, VHDL hardware description language was applied to program FPGA to realize high accurate pulse generator.
本文采用VHDL硬件描述语言对FPGA编程实现了高精度脉冲发生器。
In this thesis, VHDL hardware description language was applied to program FPGA to realize high accurate pulse generator.
本文采用VHDL硬件描述语言对FPGA编程实现了高精度脉冲发生器。
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