carry gate 中文意思是什麼

carry gate 解釋
進位閥
  • carry : vt ( ried; rying)1 搬運,裝運。2 攜帶;佩帶,懷有。3 支持;掮,肩挑,擔(重物);懸掛(旗、帆等...
  • gate : n 1 大門,扉,籬笆門,門扇。2 閘門;城門;洞門;隘口,峽道。3 【冶金】澆注道,澆口,切口;【無線...
  1. This be the quiz game of square piece in a super and strong space, you need to manipulate a square piece to find out an end red base to arrive in the route of the turns and twists one pass, the toll - gate of the game the design be very skillful, letting person ' s ignoramus sink deeply among them, the direction key top and bottom is or so to carry on an operation

    這是一款超強的太空方塊益智游戲,你需要操縱方塊在曲折的路線中找到最終的紅色基地到達下一關,游戲的關卡設計非常巧妙,讓人不知不覺深陷其中,方向鍵上下左右進行操作。
  2. Due to the importance of the interferometer in implementing the logic gate operations, the coherent time of the system used as quantum bit must be as long as that to carry out the logic gate operations at least. the trapped ions meet the above demands, so it is the best candidate

    由於離子阱中超冷離子是處在一個近乎與世隔絕的空間中,它與外界的相互作用極弱,所以由環境引起的消相干近似可以忽略,因此囚禁離子阱中超冷二能級離子成為實施量子邏輯門操作的首選。
  3. However, if a man does not want to marry his brother ' s wife, she shall go to the elders at the town gate and say, " my husband ' s brother refuses to carry on his brother ' s name in israel

    7那人若不願意娶他哥哥的妻、他哥哥的妻就要到城門長老那裡說、我丈夫的兄弟不肯在以色列中興起他哥哥的名字、不給我盡弟兄的本分。
  4. This is one kind project of hardware multiplexer based on the high - performance system on a programmable chip ( sopc ). in the project author integrate with the software and the hardware on a field programmable gate array ( fpga ), not only simplifying the overall system design, moreover realizing stably, high speed, low cost multiplexer ’ s design. the dissertation carry on three verification step that include function verification 、 time verification and prototype verification to guarantee each ip can work normally to satisfy the system performance requirement. then author introduce the realization of the multiplexer in detail, as well as the test and the debugging questions met in practice and solution of the questions

    本方案是一種基於可編程片上系統( sopc )的硬體復用器設計方案,其特點是將系統的軟體和硬體集成在一款現場可編程門陣列( fpga )上,使用該方案不但簡化了整個系統,而且實現了穩定、高速、低成本的復用器設計。對系統中各個功能模塊的整合和驗證採用功能模擬、時序模擬、原型驗證三個步驟進行,保證系統中各個功能模塊可以正常工作,並滿足系統的性能要求。然後詳細介紹了復用器的實現,以及測試和調試中遇到的問題及解決方法。
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