network application processor 中文意思是什麼

network application processor 解釋
網路應用處理器
  • network : n. 1. 網眼織物。2. （鐵路、河道等的）網狀系統，網狀組織，廣播網，電視網，廣播[電視]聯播公司。3. 【無線電】網路，電路。4. 【計算機】電腦網路，網。
  • application : n. 1. 適用，應用；運用。2. 申請，請求；申請表格。3. 勤勉，用功。4. 敷用；敷用藥。
  • processor : n. 1. 〈美國〉農產品加工者；進行初步分類的人。2. （數據等的）分理者；【自動化】信息處理機。
  1. The development of fieldbus technology made lonworks field bus outstanding in all kinds of fieldbus. this paper simply introduces some kinds of common using fieldbus and the important position and influence of lonworks fieldbus in all kinds of fieldbus, carefully describes the technology core of lonworks technology, puts great emphasis on the introduction of the development and design of public security node of intelligent district which adopts computer, communication and control technology, carefully designs the interfaces of hardware circuits. the public security node of intelligent adopts 8031 single chip as its main processor to complete the application program of user, which mainly collects, process and control all kinds of field signal, and neuron chip 3150 as its slave processor to communicate with other nodes on field network, which works under parrel slave a mode

    現場總線技術的發展使得lonworks技術脫穎而出，本文簡要介紹了常用的幾種現場總線的概況以及lonworks技術在現場總線技術中的地位和影響，對lonworks技術的技術核心：神經元晶元、 lontalk協議、 lonworks收發器、 lonbuilder及nodebuilder進行詳盡的描述；重點介紹了集先進的計算機技術、通信技術、控制技術為一體的智能小區安防節點的開發與研製，對節點硬體電路的各種介面進行了詳盡的設計。本文設計的智能小區安防節點採用單片機8031作為主處理器來完成用戶的應用程序，主要負責對各種現場信號進行採集、處理及控制，工作在并行從a方式下的神經元晶元mc3150作為從處理器，主要完成與現場網路上的各節點及中心控制室之間的通信工作。
  2. With the development of the network and the multi - processor system, the research, simulation and the impemeni of the system - level fault diagnosis which is the very important means to increase the reliability of the system, are becoming more and more important. on the system - leve1 fault diagnosis, based on the group theory of system - level fault diagnosis that has been put forward by pro f zhang, the paper constructs newly the theory bases, improves on the matrix method, reinforces and consummates group arithmetic of all kinds of test mode, for the first time, analyses and discusses the equation solution of all kinds of models, so al1 the consistent fault patterns ( cfp ) could be found, straightly and high efficiently, even if the sufficient and necessary condition of t - diagnosable is dissatisfied and the complexity of system - level fault diagnosis is greatly decreased, especialy in strong t - diagnosabl6 system. last the simulation system ' s function has been extended and the application hotspot and the development trend have been disscussed

    本人在張大方教授等人提出的基於集團的系統級故障診斷的理論基礎上，重新構建了系統級故障診斷的理論基礎，定義了系統級故障診斷測試模型的三值表示；改進了系統級故障診斷的矩陣方法，重新定義了測試矩陣、鄰接矩陣、結點對、結點對的相連運算、極大準集團和斜加矩陣，由此能直觀、簡便地生成集團和極大獨立點集；補充和完善了各類測試模型的系統級故障診斷的集團演算法，通過定義集團測試邊和絕對故障集，簡化了集團診斷圖，由此能較易地找到所有的相容故障模式，即使不滿足t -可診斷性，大大減少了系統級故障診斷的復雜度，尤其是對強t -可診斷系統；首次分析探討了各類測試模型的方程解決，由此從另一角度能系統地、高效率地求出所有的相容故障模式（ cfp ） ：擴充了系統級故障診斷模擬系統的功能，快速、直觀和隨機地模擬實驗運行環境，進行清晰和正確的診斷，同時提供大量的實驗數據用於理論研究，優化演算法和設計。
  3. Investigation and analyzing has been made by the science and the industry for architecture of the network processor and network applications to testify the high benefits that could be brought by good combination of the logic of network application and the parallel infrastructure of the network processor, which confirms that the logical parallelization in network applications and the paralleled hardware structure of network processor are the promising basics for potential excavating of network hardware and developing of high quality network applications

    學術界和工業界致力於對網路處理器架構和網路應用程序二者各自的特性進行研究和分析，用以說明網路應用程序本身的邏輯特性和網路處理器的并行架構相得益彰。通過研究可以看出，網路應用程序本身的多個特性使其具有天然的可并行邏輯，這為充分挖掘其并行性和開發基於網路處理器的高質量高性能的應用程序奠定了基礎。再者，網路處理器專有的硬體架構為應用程序的并行執行提供了硬體基礎。
  4. Embedded system is a computer system, which is focus on application, based on computer technology, and its software and hardware could be pruned, besides embedded system has particular requirement for its reliability, cost, volume and power consume. embedded system is relative to computer system structure, encode theory and work theory, and come down to all kinds of computer interface and memory technology, such as serial and network interface, flash and sdram memory technology. the processor and interface and memory device will be difference when referring to different applications, but, as far as the researching and developing method of embedded system, they are generally same

    嵌入式系統是以應用為中心、以計算機技術為基礎、軟硬體可剪裁併對功能、可靠性、成本、體積和功耗都有嚴格要求的專用計算機系統，涉及計算機系統的體系結構、編譯原理和工作原理，涉及到計算機的各種介面和存儲應用，如常用的串口、網路控制等介面和flash 、 sdram等存儲技術，此外，因嵌入式系統的應用不同，處理器和介面及存儲設備都會有所不同，但就嵌入式系統的研究與開發方法來說有許多相同之處，因而深入研究和設計某種嵌入式系統具有深遠的意義。
  5. Ncap standard for a smart transducer interface for sensors and actuators - network capable application processor information model

    傳感器和致動器智能傳感器介面標準.網路能力應用處理機
  6. The application of ixp1200 network processor includes much service exchange computer, routers, service provider / integration platform of communication company and corporation edge ; core system of much g bit router ; virtual private network, firewall and intrusion detection systems ; voip gateway and web exchange device

    Ixp1200網路處理器應用領域包括：多服務交換機、路由器、服務提供者通信公司及企業邊緣的集成平臺；包括多個g比特路由器的核心系統； vpn 、防火墻和入侵檢測系統； voip網關和web交換設置。
  7. Three duplication based task scheduling algorithms are presented. these algorithms have good performance, and its application on a real multi - core and multi - thread processor ( network processor ixp ) are demonstrated. it also show that how a uniform network programming environment could be built through address translation and iterative compilation techniques

    然後結合一種實際的多核多線程處理器（網路處理器ixp ）展開了對任務調度實例化研究，並且運用地址轉換和迭代編譯等技術構建了新型統一網路編程環境，又結合實際網路應用提出了吞吐量與延遲相結合的網路任務調度演算法。
  8. The issue focusing on policy engine ' s application within network processor unit is analysed thoroughly

    深入研究了協議引擎在網路處理器總體結構中的應用問題。
  9. For the future of the network development, this article describes the application of the net processor as the core of ngn in the distributed switcher

    針對網路的發展前景，本文提出了作為ngn核心的網路處理器在分散式以太網交換機中的應用。
  10. This thesis can be divided into ten chapters, the ieee1451 networked smart sensor module is introduced at length, the development of network capable application processor based on dsp platform and a series of smart transducer modules are discussed in detail, the application layer communication methods of networked smart sensor and correction, compensation methods and correction engine are deep researched, the key technologies of support software for networked smart sensor are presented, at last, multi - distributed measurement & control system modules are built, practices show that the standard networked smart sensor developed are available and the ieee1451 standard is preponderant

    論文在標準校正模型基礎上對傳感器校正補償方法進行了研究，包括數據插值、最小二乘以及神經網路方法。在方法研究的基礎上基於matlab和vc + +環境開發了傳感器模型建立軟體，能夠生成ieee1451標準的校正電子數據表格。在研製的網路化智能傳感器基礎上，構建了多個基於以太網的分散式測控系統模型，並且開發了系列支撐演示軟體。
  11. The text commenced from the technique background of the firewall, which introduced the ixa architecture of the network processor first, including the total architecture characteristics, internal technique, hardware etc. ; then described the whole hardware structure and the software structure of the firewall, and development environment ; after that introduced the conception of network security and firewall technique, and gave analysis of characteristics of ipv6 protocol in detail ; with the firewall design immediately after at every step thorough, put forward the requirement of the ipv6 firewall project first, including design target, technique innovation, application situation etc., described software and hardware architecture of the whole system, the internal connection and total flow later on, elaborated function and realization of six modules of control plane, including vpn, packet filter core, application proxy, configuration and management, url filter, log, and referred to the database that the

    正文開始從防火墻的技術背景入手，先介紹了網路處理器的ixa架構，包括總體的架構特點、內部技術、具體型號硬體等;接著描述了防火墻的整個硬體結構和軟體結構，以及開發環境;然後介紹了網路安全的概念和防火墻技術，並對ipv6協議特點作了較為詳細的分析;接著按著防火墻設計的步步深入，先提出了ipv6防火墻的需求，包括設計目標、技術創新點、應用場合等，隨后描述了系統整體的軟硬體結構、內部聯系及總體流程，而後著重詳細闡述上層vpn 、包過濾核心、應用代理、配置管理、 url過濾、日誌六個控制平面子模塊的功能和實現，並提及系統實現中使用的數據庫。
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