隊列元 的英文怎麼說
中文拼音 [duìlièyuán]
隊列元
英文
queue element-
Our county now has aloe plant surface area more than 300mu. relying on aloe resource, it builds up the biggest alow drinking product company in china. the aloe drinking series " weizhiyuan " which produced b the advanced techniques of this company has passed haccp and becomes the special drinking of national diving team of china. company plans to invite investment $ 1. 5 million for introducing produce facilities
我縣現有蘆薈種植面積300多畝,依託蘆薈資源,建立起國內最大的蘆薈飲品生產企業,公司採用先進的生產工藝生產的「味之園」蘆薈系列飲品通過haccp食品安全管理體系認證,並被中國國家跳水隊指定為專用產品,公司擬引資150萬美元,主要用於引進生產設備,進一步擴大生產規模。Fsmail adopts and implements the asynchronous event driven mechanism, with all those network i / o operations in the server working under the non - blocking style ; accomplishes object - oriented heap with the dynamic array, adapted to any type of data ; adopts the multi - queue scheduling mechanism based on a fsm, easily to fulfill the extentions of delivery funtions ; fulfills the non - blocking domain name resolvement mechanism and the caching of the resolved results ; implements the non - blocking user database management and the caching of the user data recently accessed ; uses the unified memory pool management, avoiding the memory leakage and improving the performance of the fsmail server ; lastly, implements the log management server based on the c / s mode, eliminating the inconsistency of the logging metadata and being adapted to any kind of application logging
Fsmail採用並實現了異步事件驅動機制,所有網路i o的實現使用了非阻塞方式;以動態數組實現了基於面向對象的堆隊列,屏蔽了堆數據的非一致性;使用了基於有限狀態機的多隊列郵件調度機制,為后續版本的擴展性提供了良好的介面機制;服務器內部實現了非阻塞的域名解析機制,並實現域名地址緩存;實現了非阻塞的用戶數據庫管理模塊,並實現用戶數據緩存;使用了統一的內存池管理機制,既防止了內存泄漏,又提高了服務器的性能;最後,還實現了基於c s模式的日誌管理服務器,屏蔽了日誌數據元的非一致性。Debussy was the first composer to explore all these new resources, but looking through the century, many composers, among them messiaen, boulez and britten have been deeply affected by the magical sounds of the lndonesian gamelan
第一個探索這種新元素的作曲家是德彪西,不過若是縱觀整個20世紀,有許多作曲家都受到了來自印度尼西亞的佳美蘭樂隊魔術般的音響的影響,其中包括梅西安、布列茲和布里頓。The maximum size, in kilobytes, of the queue
隊列的最大大小,以千位元組為單位。This sort of configuration management can be done for all acquirable components in the application architecture, from ejb components to jms queues and topics to simple configuration strings or other objects, lowering maintenance costs as services change over time, and easing deployment and integration efforts
可以對應用程序架構中所得到的所有組件進行這類配置管理,從ejb組件到jms隊列和主題,再到簡單配置字元串或其他對象,這可以降低隨時間的推移服務變更所產生的維護成本,同時還可以簡化部署,減少集成工作。Because of block in head of line ( hol ), input buffer strategy make the whole switch system performances declining drastically at heavy oflbred load, and some improvements of input buffer strategy are put forward to overcoming tlle head of line block. virtual output queues ( voq ) is chosen as input buffer strategy. dpa and ilqf ce1l scheduling algorithms for voq are silllulated
由於輸入緩存的隊頭阻塞使得高負載條件下輸入緩存策略的交換系統各方面性能急劇下降,由此提出了克服輸入緩存隊頭阻塞的改進方法,最後本文決定選用虛擬輸出隊列( voq )的輸入緩存策略,並且研究了與虛擬輸出隊列相對應的ilqf (最長隊列優先)和dpa (對角線優先)信元調度演算法,為交換系統的asic設計提供依據。The maximum size, in kilobytes, of the journal queue
日記隊列的最大大小,以千位元組為單位。Based on the timely summarization on a tm switch, in the thesis, we have detailed most of the scheduling strategy and improved switch structure relevant to input - queued switches, and by the overall analysis of the cell sending procedure, we presented a system model named time priority scheduling input - line group output with muti - channel model
在人們對atm交換網路系統模型綜述的基礎上,本論文綜述了輸入隊列atm交換的調度策略和各種改進的交換結構,並將時間優先級控制方式應用於線群結構輸出的交換機中,通過對信元傳送機理的分析,提出了優先級調度輸入一線群多通道輸出的系統模型。One thread produces elements and stores them in a generic queue that is not thread - safe
一個線程生成元素並將它們存儲在非線程安全的泛型隊列中。Property to the capacity, in kilobytes, that you want to use for your journal queue
屬性設置為要用於日記隊列的容量(以千位元組為單位) 。Abstract : constant components and output opened ports in the result of high - level synthesis lead to explicit redundancy in gate - level technology mapping. explicit redundancy can not improve the performance, but increases power consumption, enlarges circuit area and decreases its testability, so it should be removed. this paper proposes a queue loop optimization algorithm to remove explicit redundancy completely which decreases the circuit area and improves the testability
文摘:高級綜合結果中常量元件和輸出懸空埠導致門級工藝映射結果中存在顯式冗餘.顯式冗餘無助於提高電路性能,反而增加功耗,降低電路的可測試性,使電路面積增大,應予消除.文中提出了顯式冗餘的隊列循環優化演算法,完全消除了此類冗餘,從而有效地減少了生成電路的基片面積,提高了電路的可測試性In this mode, the packet descriptor queue occupied few chip resource, and made the hiberarchy scheduling module with thousands of queues possible
在這種結構中,採用數據包描述符隊列佔用的晶元資源很少,使上千個隊列的層次化調度設計成為可能。A priority queue is unbounded, but has an internal capacity governing the size of an array used to store the elements on the queue
一個優先隊列是極大的,但是擁有一個內部的容量調節數組的大小用來存儲在隊列中的元素。Suggests criteria for choosing identifying elements for queues, or linking your
提供有關選擇隊列的標識元素或將Although the simplicity of binary flow control is very attractive, the queue length and allowed cell rate ( acr ) controlled by the standard efci algorithm oscillate with great amplitude, which must have negative impact on the performance, so its applicability was doubted
盡管二進制abr流量控制的簡潔性具有相當的吸引力,但標準的efci演算法控制的隊列長度和允許信元速率( acr )卻易出現大幅振蕩的現象,這勢必會降低鏈路的利用率,嚴重影響交換機的性能。The classical congestion control algorithms for binary abr service mainly based on heuristics and do not have a formal theory to support them, thus they have two drawbacks. one is that the queue length and allowed cell rate ( acr ) oscillate with great amplitude, the other is that the control performance is not as good as we had expected in networks with a long bandwidth delay
但是,傳統的二進制abr業務擁塞控制機制大多基於啟發式法則而沒有正式的理論支持,所以這些方法存在兩個不足,一是隊列長度和源端允許信元速率呈現振蕩性;二是在具有大的帶寬時延乘積的網路中,控制效果不佳。This specifies the maximum number of bytes in a single message queue
該文件指定在一個消息隊列中最大的位元組數。Byte array property editor is used to edit the content of a message queue or event log entry
「位元組數組屬性編輯器」用於編輯消息隊列或事件日誌項的內容。In the server thread would cause the client to exit without processing any remaining elements on its queue
System . exit也會導致client未處理其隊列上的任何剩餘元素就退出。Users submit jobs to the meta - scheduler, which coordinates with all resource mangers to understand current load, backlog, and priority of queued jobs
用戶向元調度器來提交作業,而元調度器可以協調所有的資源管理器來正確理解當前負載、暫存負載( backlog )和隊列中作業的優先級。分享友人