模擬中繼模塊 的英文怎麼說

中文拼音 [zhōngkuāi]
模擬中繼模塊 英文
analog trunk module
  • : 模名詞1. (模子) mould; pattern; matrix 2. (姓氏) a surname
  • : 動詞1. (設計; 起草) draw up; draft 2. (打算; 想要) intend; plan 3. (模仿) imitate
  • : Ⅰ動詞(繼續; 接續; 接著) continue; succeed; follow Ⅱ副詞(繼而) then; afterwards
  • : 名詞(古時佩帶的玉器) penannular jade ring (worn as an ornament in ancient china)
  • 模擬 : imitate; simulate; analog; analogy; imitation; simulation模擬艙 boilerplate; 模擬電路 [電學] circ...
  • 模塊 : camac module,camac
  1. First, the structure of the second generation ctdrs isl was discussed in this paper, the characteristic of coverage in the second generation ctdrs by the characteristic of orbit and the simulation model of isl was analyzed then the effect of the isl establishing process analyzed. second, the discussing and analyzing focus on the characteristic of signal during the establishing isl process, establishing the orbit model, the technology of doppler frequency shift capturing and tracking sequence and the effect of background noise, then the theory analyzing the parameters we have just mentioned, and this will support the reference for the implement of project. the simulation and test of the isl of ctdrs and analyzing from theoretical basis to implement of simulation were mainly focused in this paper

    討論了二代星捕獲跟蹤系統星間鏈路的方案的組成結構,利用軌道特性對二代衛星系統的覆蓋特性進行分析,搭建了星間鏈路的型,其包括衛星和用戶衛星在內的軌道型、星間鏈路型、用戶星信號調制型等,並對星間鏈路建立過程的影響進行分析;重點針對星間鏈路建立過程的信號特性,軌道的建立、多普勒頻移技術、背景噪聲影響、載波的捕獲與跟蹤技術等進行了實際參數的設計與理論分析。
  2. Later several key methods are emphatically pointed out : the object - oriented method and the inheritance thinking of object are employed to gain visibility and build - up repeatedly of model component in model library ; the technology of double - buffer and multi - thread assure the capability to manage in real time of multi - task system ; the algorithmic design of data - flow solves the problem of simulation calculation, and lay a basis of system expanding for the future. then the paper verifies the system with examples and provides the performance

    隨后重點討論了實現該虛型系統的幾項關鍵技術;運用了面向對象技術和類的承思想實現了型構件的可見性和重構性,雙緩沖存儲和多線程技術保證多任務系統的實時處理能力,數據流向的演算法設計解決了型的演算法問題,同時為今後的系統擴展提供了基礎。
分享友人