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TranslationMobile

非同步系統(tǒng)
異步系統(tǒng)
異步制

"asynchronous" in Chinese : adj. 1.時間不一致的，不同時的。 2.【電學】異步 ...
"system" in Chinese : n. 1.體系，系統(tǒng)；分類法；組織；設備，裝置。 2.方 ...
"asynchronous bus system" in Chinese : 異步總線系統(tǒng)
"asynchronous control system" in Chinese : 異步控制系統(tǒng)
"asynchronous logic system" in Chinese : 異步邏輯系統(tǒng)
"asynchronous memory system" in Chinese : 異步存儲器系統(tǒng); 異步存儲系統(tǒng)
"asynchronous system trap" in Chinese : 異步俘獲; 異步系統(tǒng)俘獲; 異步系統(tǒng)陷井
"asynchronous system trap level" in Chinese : 異步系統(tǒng)俘獲標準; 異步系統(tǒng)俘獲級; 異步系統(tǒng)自陷級
"asynchronous" in Chinese : adj. 1.時間不一致的，不同時的。 2.【電學】異步的。
"asynchronous action" in Chinese : 異步動作
"asynchronous activation" in Chinese : 非同步激動
"asynchronous algorithm" in Chinese : 異步算法
"asynchronous asynch" in Chinese : 異步
"asynchronous attack" in Chinese : 異步攻擊
"asynchronous bit" in Chinese : 位異步

Examples

E620037 “ open event failed . asynchronous system was stopped
“打開事件失敗，退出異步管理。 ”
E620050 “ asynchronous system error . cannot set information
“異步系統(tǒng)內(nèi)部處理錯誤，不能保存輸入的情報。 ”
The thesis introduces the author ' s research work systemically and discusses the xml integration in asynchronous system , the service reference based on soap , web services - based database access and other key technologies in details
本文系統(tǒng)介紹了作者的研究開發(fā)工作，詳細論述了異構(gòu)數(shù)據(jù)源的xml集成、基于soap的服務調(diào)用、基于webservices的數(shù)據(jù)庫訪問等系統(tǒng)開發(fā)關(guān)鍵技術(shù)。
In chapter 4 , the performance of asynchronous systems with multilevel spreading codes based on periodical repetition of quantized chaotic time series is presented , focusing on the ds - cdma systems . some computer simulations for four kinds of chaos - based sequences are given to examine the results that chaos - based sequences outperform the classical spreading sequences ( maximum - length and gold sequences ) and the chaos - based sequences from the chevbyshev maps ( k = 3 , 7 , 11 ) is the best among them . as the result of these optimization effort , two design means toward sequences optimization are obtained , in which one is based on the entropy theory , the other is on minimizing the average possible error
3 、本文的第四章分析了混沌序列的各種統(tǒng)計特性，著重研究混沌序列作為混沌擴頻序列在ds ? cdma系統(tǒng)中的抗擾性能，對不同的混沌擴頻序列和典型的擴頻序列進行了仿真，從仿真結(jié)果中可知，混沌擴頻序列的性能可以與典型的擴頻序列媲美，經(jīng)過優(yōu)化設計的混沌序列特性優(yōu)于典型的擴頻序列；在混沌序列中， chebyshev混沌序列( k等于3 . 7 . 11 … …時)是最佳序列之一。
But it is followed by another problem - because it is very difficult for us to find a correct failure detection in asynchronous system such as the internet , the mobile agent fails and recovers later , they all lead to a violation of the exactly - onc e property for the agent ' s execution
但隨之另一個問題又產(chǎn)生了? ?由于在異步的分布式的網(wǎng)絡環(huán)境中很難找到一種可靠的故障檢測機制以及陷入故障的移動agent在經(jīng)過一段時間后又隨時可能恢復正常，所以這都可能會導致對移動agent只執(zhí)行一次屬性的破壞。