解剖介標 的英文怎麼說
中文拼音 [jiěpōujièbiāo]
解剖介標
英文
anatomical boundary-
Then, it analyzed can and canopen application layer, including : real - time characteristics of can, the core of canopen - od, all kinds of communication objects, the allocation of cob - id and some device profiles. and xcanopen was brought forward for implementing of canopen in power line communication. then, on the reference design platform of freescale - agilent, xcanopen ’ s two standard software interfaces, bottom driver and function of communication and network management based on canopen were implemented
本文詳細分析了低壓電力線通信數據機的結構與工作原理;分析了can協議及其可以保證數據實時可靠傳輸的實質，剖析了應用層協議canopen ，著重解釋了canopen的核心?對象字典od 、各類通訊對象、標識符的分配，以及一些設備子協議（ deviceprofiles ） ，並提出了在電力線通信上實現canopen的解決方案? xcanopen框架;在基於freescale - agilent電力線通信的參考設計平臺上實現了xcanopen的兩個標準軟體介面，電力線通信底層驅動軟體的設計以及基於canopen協議棧的節點通信和網路管理功能，達到了使用canopen協議來實現電力線通信的標準化模塊的目的;最後，在canopen數據通信的實時調度上做了進一步的改進探索研究。Two cases are analyzedxonducting target with coat and dielectric target with coat. for the conducting target with coat, triangular patches are used to model the surfaces of the coat and the conducting object. now there have equivalent electric current and magnetic current on the surface of the coat, but only has equivalent electric current on the surface of the conducting object. the rwg vector base functions are used to denote equivalent electric currents and magnetic current. three integral equations should be built to obtain the unknown current coefficients ; for the dielectric object with coat, triangular patches are used to model the surfaces of the coat and the dielectric object. now there have equivalent electric current and magnetic current not only on the surface of the coat but also on the surface of the dielectric object. this time four integral equations should be built to obtain the unknown current coefficients
對于塗層導體目標，將塗層外表面和導體外表面進行三角形面元剖分，在塗層外表面有等效電磁流，導體外表面僅有等效電流（無等效磁流） 。將這些等效電磁流用rwg矢量基函數表示，需建立三個積分方程來求解未知的電磁流系數；對于塗層介質目標，將塗層外表面和內層介質外表面進行三角形面元剖分，在塗層外表面有等效電磁流，內層介質外表面也有等效電磁流，這時需建立四個積分方程來求解未知的電磁流系數。Based on the developing of ims narcotics detector, this article analyzes the kernel of real time operating system, introduces how to using real time multi - task operating system as object - develop environment, puts forward the analyzing and designing methodologies used in ims narcotics detector embedded software designing which is based on rtos, conceives a data - flow structure model for embedded software design, and provides an effective resolvent for middle or little real time system. it also deals with the arithmetic for peak - location ( mobile - time ) finding and temperature control, and at last summarizes the points for attention when applying rtos
本文主要以離子遷移譜毒品偵查儀的研製為工程背景，重點是剖析實時多任務操作系統內核，介紹如何以已有的實時多任務操作系統為目標系統實現環境，提出基於rtos開發離子遷移譜毒品偵查儀所採用的分析和設計方法，構思了一種基於數據流圖結構模型的嵌入式軟體設計方法，提供一種設計中、小型實時系統的有效解決方案，並就系統實現中波峰位置（遷移時間）的查找以及溫度控制等設計了演算法，總結了應用rtos開發應注意的問題。
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