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rtl
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  芯片rtl
    On the basis of transplanting μC/OS-Ⅱ RTOS into the LPC2292 which belongs to ARM7 series,the Ethernet control chip RTL8019AS was selected. The paper introduced a preliminary achievement of IP protocol in detail and related testing.
    在ARM7系列芯片LPC2292移植μC/OS-Ⅱ实时操作系统的基础上,选用以太网控制芯片RTL8019AS,具体介绍嵌入式IP协议的初步实现并给出相应测试。
短句来源
    introduced the general performances of 10M Ethernet controller RTL8019AS, and how to control it to realize embedded Ethernet communication system and how to code it.
    介绍了10M以太网控制芯片RTL8019AS的主要性能和结构特性,以及在Cygnal公司的C8051F020单片机控制下,使用RTL8019AS实现嵌入式以太网通讯的硬件设计方案和编程方法。
    This article briefly introduced the characteristic of ISA Bus Ethernet Controller RTL8019AS; Introduced the hardware Design approach of using 80C196 to control RTL8019AS to convert the RS232 signals into the Ethernet-transmissible signals.
    简要介绍了ISA总线型以太网络控制芯片RTL8019AS的使用特性:说明了使用80C196单片机控制RTL8019AS将RS232总线信号转换成以太网可传输信号的硬件电路设计方案。
    The hardware platform mainly include AT89C55 with 20k bytes Flash, RTL8019AS and RTL8029AS, CPLD EPM7128S etc.
    硬件平台主要是由内带20k字节Flash的AT89C55,32k字节容量的RAM62256,网络接口芯片RTL8019AS和RTL8029AS,做PCI-ISA桥的CPLD EPM7128S等组成。
短句来源
    The part of practice is mastering developing means, designing the structure of embedded Web Server, fabricating hardware circuit, writing program which based on MCU and RTL8019AS,reducing TCP/IP protocols, loading TCP/IP protocols, using the developing tools to compile、 run and debug code, testing、 improving and maintaining the application system, finally ,bringing the Web Server model into a practical apply.
    实践部分主要是掌握开发工具,设计嵌入式Web Server模块的系统结构,搭建硬件电路,制作应用模块。 编写基于8051单片机和网卡控制专用芯片RTL8019AS的程序代码,精简TCP/IP协议,加载TCP/IP协议栈。
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  rtl描述
    The traditional design method to constructs executable model with RTL language at the first of design is not feasible now.
    在设计的初始阶段就使用RTL描述语言构建一个可执行模型的传统设计方法越来越困难。
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  “rtl 8019”译为未确定词的双语例句
    This paper considers IPX communication between 32 bits microcontroller ARM and DSPEC as the example,it is introduced detailedly,that the interface between RTL8019AS and ARM,and the design of RTL8019AS ethernet drive program,and data frame format and its meanings of IPX protocol,and packing program and unpacking program design of IPX communication based on ARM.
    以32位ARM微控制器与DSPEC之间的IPX通信为例,介绍了以太网控制器RTL8019AS与ARM的接口、RTL8019AS以太网驱动程序设计、IPX数据帧格式及含义,ARM实现IPX通信数据包的打包与解包过程。
短句来源
    In this paper, AT91FR40162 based on ARM core-ARM7TDMI is introduced. The design of hardware and software to meet the need of embedded intemet communication is given, which is designed with AT91FR40162 and RTL8019AS. The relative sehematie document and some software based on C program are also given.
    本文介绍了采用ARM7TDMI内核的AT91FR40162,给出了利用AT91FR40162控制RTL8019AS实现嵌入式以太网通讯的软硬件设计方案,还给出了相关硬件原理图和部分基于C语言的软件程序。
    The content include the initialization program of RTL8019AS and the protocols needed in Ethernet communication, such as UDP、IP、ARP etc, in C196 programming language. Then provide the debugging approach and conclusion of this system.
    设计中,利用C196语言对RTL8019AS芯片进行初始化编程,并编写了用以实现以太网通信所需的协议,如UDP、IP、ARP等,最后对该系统进行了调试和验证。
    And on this basis to give the simple realization of a embedded web server based on S3C44B0X+RTL8019AS, which compl-etes the interconnection between embedded equipment and networks.
    并在此基础上给出了一个基于S3C44B0X+RTL8019AS 的简单嵌入式Web服务器的实现方案,以此实现了嵌入式设备与网络的互联。
    Use RTL8139 PCI Adapter to Creat 10/100M Windows 95 Diskless Workstation
    用RTL8139 PCI网络适配器创建10/100M Windows 95无盘工作站
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Java is widely used in many fields because its advantages in many ways. In embedded systems, Java is required greatly too, but the conventional chips cannot meet the needs of running Java byte codes in embedded systems, so the special Java enhanced embedded chips are valuable. Although there are already several Java chips, the problems such as poor Java performance or complex hardware prevent them from being applied in embedded systems where Java is needed. This paper analyzes the disadvantages of nowadays...

Java is widely used in many fields because its advantages in many ways. In embedded systems, Java is required greatly too, but the conventional chips cannot meet the needs of running Java byte codes in embedded systems, so the special Java enhanced embedded chips are valuable. Although there are already several Java chips, the problems such as poor Java performance or complex hardware prevent them from being applied in embedded systems where Java is needed. This paper analyzes the disadvantages of nowadays Java virtual machine's hardware implementations, brings forward the idea of using thin Just In Time compiler (JIT) in the embedded Java chip core——JC401, which is a Java chip developed by our team aiming at the embedded Java applications. This core supports Java virtual machine and JIT compiler in hardware to simplify the JIT compiler and reduce the JIT's total run time and memory cost, and support some performance critical instructions of Java virtual machine efficiently. The JC401 core also reduces the memory footprints greatly by the instruction compress technology. We have finished a RTL level VHDL model, which has passed the validation simulation. In order to compare the performance between JC401 and other products such as picoJava II, we selected a set of typical benchmarks and developed a series of simulation models of other products, and tested the performance of JC401's JIT compiler and the compiled native codes of Java byte code programs. According the results of tests, JC401 achieves better Java performance and native performance, and its memory cost is decreased significantly. So JC401 is more suitable for embedded applications, and can be used in many embedded systems, especially in the networked devices. At last, this paper gives some examples of JC401's application in embedded systems, such as set top boxs and mobile consumer electronic devices, and prospects the great market value of JC401 core.

首先分析了目前 Java的应用情况 ,指出嵌入式 Java芯片具有很大的市场需求 ,然后结合嵌入式系统的特点简单分析了当前几种 Java虚拟机实现技术的缺点 ,提出了在嵌入式 Java芯片内核 JC40 1中采用瘦型 JIT的设计思想 ,通过对 JIT的硬件支持和相关软件的配合 ,达到减少 JIT运行时间和内存开销 ,获得高效的 Java性能与较好的性能价格比的目标 ,然后具体介绍了 JC40 1内核的总体结构与主要技术特点 ,进行了性能分析与评估 ,证明了设计思想的正确性 ,最后举例说明 JC40 1具有很好的市场前景 .

Embedded system composed of Rabbit2000 microprocessor, SRAM/FLASH and RTL8019AS as well as embedded develop language Dynamic C are introduced in this paper. The system supports WEB server, FTP server, SMTP, POP3, etc, which can be operated by browsers through program interface CGI (Common Gateway Interface) . With the help of example of setting and getting the time from real time clock in Rabbit2000 microprocessor through browser, the paper introduces the principle of information exchange between embedded...

Embedded system composed of Rabbit2000 microprocessor, SRAM/FLASH and RTL8019AS as well as embedded develop language Dynamic C are introduced in this paper. The system supports WEB server, FTP server, SMTP, POP3, etc, which can be operated by browsers through program interface CGI (Common Gateway Interface) . With the help of example of setting and getting the time from real time clock in Rabbit2000 microprocessor through browser, the paper introduces the principle of information exchange between embedded system and browser, and the method of software realization.

介绍了由Rabbit2000微处理器、SRAM/FLASH、RTL8019AS组成的嵌入式系统和嵌入式开发语言Dynamic C ,该系统支持Web Server、FTP Server、SMTP及POP3等,能在浏览器上通过程序接口CCI对嵌入式设备进行操作 文中编写了通过浏览器设置、读取处理器内部时钟的程序,阐述了嵌入式系统与浏览器之间进行信息交换的原理和软件的实现方法

With the latest research and development in embeded-net technology, here discusses the architecture of embeded device net connection and protocol hierarchy. Also this paper, analyzes in detail the net interface technology of embeded device, and gives the hardware and software implementation of 80C196KC and RTL8019AS.

根据对嵌入式网络技术的最新研究与开发,探讨了嵌入式设备网络连接的结构体系和协议层次。对嵌入式设备的网络化的网络接口技术,做了详细分析,并以80C196KC和RTL8019AS为例给出了网络接口的硬件和软件实现。

 
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