This paper introduced the system's hardware schematics and the humiture data acquisition methods, and a more detailed analysis of wireless communication protocol and USB firmware design method. 对系统的硬件原理及温湿度采集方法进行了介绍,对无线通信协议及USB固件设计方法进行了较详细分析。
Chapter three discusses the hardware and firmware design of ENET-GPIB controller. 第三章阐述了ENET-GPIB控制器的硬件电路及底层固件的设计与实现;
The feasibility of application USB to MCA is analyzed, and design method of MCA based on USB is discussed, including hardware design, device firmware design, device driver design and application program design. 文章对USB技术应用于多道脉冲幅度分析器的可行性进行了分析,并重点介绍了它的设计方法,包括硬件设计、设备固件设计、设备驱动程序设计以及应用程序设计。
Program language C is used for microcontroller firmware design, which includes data received and sent on CAN bus net, USB host software system aiming at USB Mass Storage device and data storage. 这部分的设计主要采用C语言模块化编程,包括CAN网络的数据收/发操作、针对MassStorage类设备的USB主机软件实现和采集数据的存储等内容。
Firmware Design of Electronic Meeting Board System 电子会议桌牌系统固件程序的实现
Firmware program design mainly shows the step of development and flowchart with corresponding code segment. 固件程序设计主要说明开发的步骤和流程图,并辅以相应的代码段。
Firmware design, the universal firmware frame is provided by Cypress Company, in which the firmware frame is analysed in detail, and we know how to modify the firmware frame to our special ( control) functions; 固件设计,Cypress公司开发板提供了通用的固件架构,较为详细的分析了其固件架构,在此基础上进行修改完善以达到自己所需的(控制)功能便可完成其芯片的固件设计;
Studying firmware design method by USB2.0 CMOS chip working in collaboration with FPGA cooperation and per work model characteristic, Realizing reasonable firmware designing and working model. 介绍了USB2.0芯片配合FPGA共同工作的固件设计方法及各个工作模式的特性,实现了满足需要的固件设计和工作模式设置。
The software part mainly consists of three parts of firmware design, driver program design and application program design, and the emphasis is put on the designing of the USB driver program under Windows 2000. 软件部分主要由固件设计、驱动程序设计和应用程序设计3部分组成,重点阐述了在Windows2000下的USB设备驱动程序的设计。
The paper deals with the developing of an high speed and large capacity solid state storage system based on USB 2.0, focusing on the hardware design, the firmware design, the program coding and the way to debug USB interface. 介绍了基于USB2.0总线的高速大容量固态存储系统的设计与实现,系统地阐述了硬件设计、固件设计、设备驱动程序和应用程序设计以及USB接口的调试方法。
And in the firmware design part, the design of EEG data acquisition firmware, USB communication firmware and USB HDD firmware are carried out. 在固件设计部分完成了基于USB固件框架的脑电信号采集固件设计、USB传输固件设计及USB硬盘固件设计。
At first, the paper introduces the protocol of USB bus in brief, and then discusses the design of data acquisition system, which includes four segments, hardware design, firmware design, device driver and application program design. 论文首先简要介绍了USB总线的相关内容,然后介绍了数据采集系统的设计。数据采集系统的设计包括硬件设计、固件程序开发、驱动程序开发和应用程序开发四大部分。
Software contains firmware design ( pretreatment), driver and PC application program. 软件分固件设计(初始化)、驱动及主机应用程序。
This article is divided into five chapters: background description, specification introduction, firmware's design, firmware's implementation, summary and outlook. 本文共分为五章,分别为:背景描述、协议介绍、固件的设计、固件的实现、小结与展望。
On the basis of hardware design of interface, author presents the HID-USB firmware structure and the design of Windows application software, and then gives a set of specific design steps. 在确定接口硬件电路设计的基础上,给出了HID-USB固件架构和Windows应用程序的设计方案,并进行了具体的设计实现;
This article puts forward a new solution on the firmware's design of flash memory disk. 本文就提出了一种闪存盘固件设计的解决方案。
The system is composed of hardware design of chip microprocessor, firmware design of chip microprocessor, device driver and application software design. 系统设计包括硬件设计、单片机固件设计以及设备驱动程序和用户应用程序设计。
The design of digital TV receiver based on USB is introduced in this paper, including the design of the whole system, hardware system and firmware design. 介绍基于USB2.0接口的DVB-C数字电视接收器的设计,包括系统总体设计、系统硬件和固件程序设计。
Software and hardware scheme of security initialization are designed and implemented in emphasis in the thesis, and the difficulty about firmware design is described in detail. 本文重点讲述了设计和实现安全初始化的软、硬件方案,对其固件程序设计中存在的难点作了详细的论述。
A typical process of developing embedded products is from selection of MCU, designation of circuits and peripherals, selection of embedded OS, application program design, firmware design to integration of the all. 开发嵌入式产品,会涉及到:硬件主芯片的选择、电路与外围设备设计、嵌入式操作系统的选择、应用程序设计、固件(firmware)设计以及它们之间的整合。
The hardware frame taking ST μ PSD3234A as the core and the firmware design based on USB interface are discussed. 重点是以μPSD3234A为核心器件的硬件设计,以及以USB通讯接口为核心的固件设计。
For the firmware design, it is the most important project and the paper introduces the design of GPIF in detail. In driver program segment, the paper shows how to choose the driver develop tools and introduce the USB device driver of this data acqusition card. 固件设计是USB设计的重点,论文详细地介绍CY7C68013的GPIF接口的设计:驱动程序开发部分先论述了驱动程序开发工具的选择,然后介绍了本数据采集卡的USB设备驱动程序的设计。
Thirdly, according to the requirements of the system, the software of the system is designed, including the design of the FPGA logic, the design of USB firmware, the design of USB drive and the design of the application program. 再次,根据需要,对系统进行了软件部分的设计,包括FPGA的逻辑设计、USB固件程序编写、USB驱动设计编写以及用户端应用程序设计。
The fourth was about system software design with C language, includes AD conversion, Liquid Crystal Display, GPRS communication and USB firmware design. 第四章介绍了系统软件设计,采用C语言进行编程,包括AD转换、液晶显示、GPRS通信和USB固件设计等部分。
In respect of USB interface, the design makes use of a firmware frame of the Cypress to write a firmware; the design modifys the universal driver of Cypress which drives the device successfully and provides fuction about communication. USB接口方面,利用Cypress的固件框架编写了固件程序;修改了Cypress的通用驱动程序,成功驱动了设备并提供了数据传输的函数接口。
In the software design process, study in depth the relevant USB protocol and the development of USB firmware, USB device firmware design methods and processes are given. 在软件的设计过程中需要深入研究USB相关协议和USB设备固件的开发,给出了USB设备的固件设计方法及流程。
Software part involves the interface functions design of wireless module, and MCU firmware design of transmitter and receiver. 软件部分主要包括无线模块软件接口设计以及发射器和接收器两部分单片机固件的设计。
The system is designed for USB device which transforms a mass of data with host computer. The difficult point that USB bus system designs lies in the USB firmware design. 该系统是为与计算机主机进行大量数据通信的USB设备而设计的,USB总线系统设计的难点在于USB固化的设计。
The design of software subsystem includes USB firmware design, USB driver design, and user control program design. 软件子系统的设计主要包括USB芯片的固件程序设计、USB设备驱动程序设计以及用户控制程序设计。
Hardware design includes schematic design, PCB design, hardware debug, firmware design and state machine design. Software design includes driver design and application design. 硬件设计包括原理图设计,PCB设计,硬件焊接及调试,外部逻辑状态机设计以及68013固件程序设计;软件设计包括驱动程序设计和应用程序设计。