下位机平台的设计主要包括硬件电路的设计和单片机的固件编程。
The design of Lower Computer includes the hardware circuit and microcontroller firmware programming.
提出一种基于usb的雷达接口电路设计方案，给出硬件电路设计、固件编程、应用软件设计等关键技术的解决方法。
A design scheme of radar interface based on USB technology is presented. Techniques of hardware circuit design, firmware programming and application software design are illustrated.
文中介绍了基于PDIU S - BD 12芯片的USB接口的硬件电路设计，并介绍了USB固件编程的实现。
In this paper, the hardware circuit design of USB interface based on PDIUSBD12 chip is introduced, meanwhile implement of USB firmware program...
介绍了AT 89s51和PDIUSBD12固件的特点，以及采用AT 89s51单片机结合PD IUSBD12和TLC2543芯片实现USB数据传输的硬件设计，对固件编程的具体实现给出了详细说明。
The hardware design using AT89S51 micro-controller and PDIUSBD12 and TLC2543 chips to achieve USB data transfer is carried out. And the firmware program design is introduced in detail too.
高级固件工程师根据编程系统的要求将带领5-10人的工程师小组。
The Firmware Principal Engineer will lead a team of 5-10 engineers in programming the require system.
在硬件上包含多路开关、模数转换、FIFO模块、CPLD模块、USB模块； 在软件上包含CPLD编程、USB固件、USB驱动以及应用程序。
There were analog multiplexers, A/D conversion(analog digital conversion), FIFO module, CPLD module in the hardware design and CPLD program, USB firmware, USB driver in the software design.
设计了基于ARM 7微处理器和USB技术的可编程线控设备的硬件及固件。
Hardware and firmware of programmable x-by-wire device based on ARM7 and USB technology is designed.
最常见的PXE是从固件、即只读式存储器或可编程ROM芯片，而不是从磁介质引导计算机。
PXE most commonly involves booting a computer from firmware i. e., a read-only memory or programmable ROM chip rather than from magnetic media.
高速编程—快速编程能实现针对快速调试和在线重新编程的快速固件重载。
High Speed programming - fast programming allows both quick firmware reload for fast debugging and for in-circuit re-programming.
高速编程—快速编程能实现针对快速调试和在线重新编程的快速固件重载。
High Speed programming - fast programming allows both quick firmware reload for fast debugging and for in-circuit re-programming.
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