1.(2) Embedded network technology, the same as, Embedded Micro internetworking Technology (EMIT). EMIT adopts the desk-top computer or the high-performance embedded processor which is regarded as the gateway, called emGateway (the embedded network gateway).
(2) 嵌入式网络技术EMIT(Embedded Micro internet working Technology)。
2.A Comparison Between XRMI and EMIT
升级后的XRMI与EMIT的比较
3.Gateway-based and RTOS-based embedded systems that connect to Internet are presented in the paper, we compare the difference of the two schemes, analyze EMIT instance and VxWorks instance , and expound characteristic and requirement of networked embedded system application.
本文研究了基于网关和基于RTOS的两种嵌入式系统Internet互连方案，比较了两种方案的优劣，并分析了EMIT和VxWorks实例，提出了嵌入式系统网络化应用特点和要求。
4.Application of EMIT in Embedded Internet
EMIT技术在嵌入式Internet中的应用
5.The representative products of which are emWare’s EMIT technology, Microchip’s iPIC series singlechip,Scenix’s SX series singlechip, Seiko’s iChip S7600A and P&S’s Webchip PS2000.Based on the analyses of embedded system’s applications and the Embedded Internet’s recently progress actuality, a gateway-centered solution is brought forward, which aims at 8/16bit embedded system.
如emWare 公司的EMIT 技术、Microchip 公司的iPIC 系列单片机、Scenix 公司的SX 系列单片机、Seiko 公司的iChip S7600A 芯片以及P&S 公司的Webchip PS2000 芯片就是其中的代表产品。 本文在分析了嵌入式系统应用的特点和目前嵌入式Internet发展现状的基础上提出了面向8/16位MCU嵌入式系统,以嵌入式网关为中心的解决方案。
6.The application of ISP and EMIT technology in intelligent instruments system designing is discussed in this paper.
本文讨论了 ISP（In System Programmability）技术和 EMIT（Embedded Micro Intemetworking Tech－nology）技术在智能仪器仪表设计中的应用。
7.The EMIT technology and its application in the internet connecting of embedded system are discussed by this paper.
本文讨论了实现嵌入式系统 Internet互连的 EMIT技术及其应用。
8.In this paper, the basic modes of the Ethernet-based measurement and control system are described,and the linking methods of the current measurement and control system with Ethernet are discussed,and several representative network linking schemes are analyzed in detail,such as the 8/16-digit embedded LonWorks,Evolutionary Models of Information Transmission(EMIT),Scenix,and eZ80. The application of the above-mentioned schemes to the IP-based video supervising system is also introduced.
该文在介绍了基于 Ethernet网络的测控系统的基本模式后 ,针对目前的测控系统接入 Ethernet的方法进行了分析 ,并着重介绍了 8/16位的嵌入系统的 L on Works、EMIT、Scenix、e Z80等几种代表性的网络连接方案 ,还介绍了其在目前先进的基于IP数字监控系统上的应用
9.Quantum apparatus have lower emitted threshold, great emit current density, more stability etc excellent field emit performance so that it could use to facture high performance flat displayer.
量子器件具有发射阈值低、发射电流密度大、稳定性高等优异的场发射性能。
10.High-mass stars emit ultraviolet and blue light, whereas low-mass stars emit yellow and red light.
大质量恒星发出紫外光和蓝光，而小质量恒星则发出黄光与红光。
