capacity n. 1.包容力,吸收力,收容力。 2.容積,容量;【電學】電容,負載量。 3.能力,才干,本領;性能,機能。 4.地位,資格,身分。 5.【法律】法定資格,權力,權能。 6.生產額;(最大)產量[生產力]。 measures of capacity容積,容量。 a mind of great capacity度量大的人。 the crop capacity作物(最大)生產力〔單位面積產量〕。 capacity crowd 〔美國〕滿座的觀眾。 be filled to capacity客滿。 capacity for heat 熱容量。 capacity to action 【法律】訴訟能力。 be in capacity法 律上有資格。 capacity tonnage 載重量,噸位。 capacity house 〔美國〕客滿的戲院。 in a civil capacity以市民身分。 in my individual capacity以我個人身分。 in one's capacity as (a critic) 以(批評家)的立場[身分]。 to the utmost of one's capacity盡自己所能。
How much compute capacity is required for each request 每個請求需要多少計算能力?
Deep computing capacity on demand, computing centers designed to handle compute-intensive tasks for petroleum and other industries 的知識,這是為石油和其他業界處理計算敏感的任務而設計的計算中心。
One solution to alleviate this condition is to purchase more computing capacity for each of the business units that need to accelerate the analytical applications 減少這種問題的一種解決方案是,使每個需要加速分析應用程序的業務單元具備更強的計算能力。
With a wider range of clients and for the clients a wider range of grids, this increased flexibility means that grid users can increase their computing capacity 。網格有了更廣泛的客戶機,客戶機也有了更廣泛的網格,增強的靈活性意味網格用戶可以提高自己的計算能力。
Uncapped partitions are typically reserved for higher priority workloads that can benefit from the extra horsepower available from extra compute capacity when portions of the server are under-utilized uncapped分區通常被預留給更高優先級的工作負載,當服務器的某些部分未充分使用時,這些工作負載可以從額外計算能力獲益。
The system has the reconfigurable ability to implement different algorithms easily . compared with traditional calculation system, rc system has strong adaptive computing capacity and saves hardware resources as well 可重構系統作為數字電路系統設計的新方法,和傳統的計算系統相比,不僅節省硬件資源的開銷,且自適應能力強,可靠性高,具有很高的優越性。
The original idea was to increase computing capacity that could be shared by users in many locations and to find out what it would take for computer networks to survive a nuclear war or other disaster by providing multiple path between users 最初的想法是要增加計算機能力并可由許多地點的用戶共享,并且通過提供用戶間多條路徑來找到哪一種計算機網絡能夠在核戰或其他災難中幸存。
With the improvement of computing capacity of the computer hardware devices and the great increase in the scale and complexity of embedded system software, the development of embedded software is subject to new problems and challenges 隨著計算機硬件設備計算能力的迅速提高,嵌入式系統中軟件的規模和復雜度急劇增大,嵌入式軟件的開發遇到了新的困難和挑戰,軟件建模為此提供了有效的方法。
With the improvement of computing capacity of the computer hardware devices and the great increase in the scale and complexity of embedded system software, the development of embedded software is subject to new problems and challenges 摘要隨著計算機硬件設備計算能力的迅速提高,嵌入式系統中軟件的規模和復雜度急劇增大,嵌入式軟件的開發遇到了新的困難和挑戰,軟件建模為此提供了有效的方法。
No one particularly cares about all that computing capacity-except on the few days of the year around the super bowl, or tax day, or perhaps when your organization runs its quarterly massive simulations of the weather patterns over the north pacific 沒人特別關心所有那些硬件的計算能力除了在每年的超級杯(superbowl)或繳稅日期(taxday)的那幾天里,或者可能當您的組織每個季度對北太平洋的天氣形勢進行大規模模擬時才會去關心。