finite state machine fsm 中文意思是什麼

finite state machine fsm 解釋
有限狀態機
  • finite : adj. 有限的；【語法】限定的；【數學】有窮的，有盡的。n. 〈the finite〉 有限（性）； 〈集合詞〉有限物。adv. -ly ,-ness n.
  • state : n 1 〈常作 S 〉國，國家；〈通例作 S 〉（美國、澳洲的）州；〈the States〉 美國。2 國務，政權，政府...
  • machine : n 1 機（器），機械；機關，機構。2 印刷機器；縫紉機；打字機；汽車；自行車；三輪車；飛機；〈美俚〉...
  • fsm : 小汽車製造廠
  1. Most of vlsi circuits are sequential circuits. sequential circuits can be simulated by symbolic finite state machine ( fsm )

    Vlsi系統中大部分是時序電路，時序電路可以用符號化的有限狀態機（ finite - state - machine ，簡稱fsm ）來模擬。
  2. Fsm : finite state machine

    用有限狀態機
  3. Finite state machine fsm

    有限狀態機
  4. Stateflow can use charts to describe event - driven systems conveniently and quickly by combining finite state machine ( fsm ), state charts and flow charts together

    Stateflow將有限狀態機理論、狀態圖、流程圖符號等結合起來，能夠快速將事件驅動系統利用圖形的方式表達出來。
  5. The media enhancement extension to mips - i compatible isa is physically realized in the processor core, and improves media processing performance effectively ( 2 - 4x ) with negligible additional hardware cost ( 2. 7 % ). a finite state machine ( fsm ) based centralized control scheme is presented in this paper to supervise the cpu pipeline activity

    在系統晶元中媒體數字信號處理器核的設計中，在具體分析cpu流水線競爭和處理器異常的基礎上，本文提出並實現了一種基於有限狀態機的流水線運行控制方案，並從提高鐘頻和降低cpi值兩個方面優化處理器性能。
  6. The design and realization of ranap plays a very important role in the independent development of the third generation mobile communication system device of our china. the system utilizes finite state machine ( fsm ) as the basement of system design and realization.

    無線接入網路應用部分（ ranap ）協議軟體是第三代移動通信信令處理協議棧的重要組成部分，它的設計和實現為國家早日實現自主生產的第三代移動通信設備具有重要的意義。
  7. Secondly, structure of the robot control software was analysed, basic robot gaits was decided. the software was divided into a few modules, and communication protocol, motor servo module, sensor information gathering and processing module were designed. a kind of finite state machine ( fsm ) was employed to finish the robot basic gait decompose and plan

    其次，對機器人的控制軟體結構進行了分析，確定了基本步態的種類，採用模塊化方法對軟體進行劃分，設計了通信協議模塊、電機伺服控制模塊、傳感器信息採集與處理模塊等，並採用有限狀態機的方法完成了機器人基本步態的分解和規劃模塊。
  8. An application example is given to illustrate that the proposed approach can locate the faults for the most of fsm ( finite state machine ) models with a single realization fault

    實例驗證結果表明，所提方法能夠對絕大多數有單個實現錯誤的有限狀態機模型進行錯誤定位。
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