memory constraints造句
例句與造句
- This generally occurs because of memory constraints
通常因為內(nèi)存約束會發(fā)生這種情況。 - Unlike the full . net framework , the . net compact framework does not prebuffer data to accommodate memory constraint considerations
Net framework全功能版不同， . net compact framework不預(yù)緩沖數(shù)據(jù)以適應(yīng)內(nèi)存限制。 - This subsection could include requirements for the software to operate inside various hardware constraints , such as timing constraints , memory constraints etc
本節(jié)包括軟件在不同的硬件平臺運行的需求，如時間相關(guān)的約束，內(nèi)存方面的約束等。 - There are design considerations , such as the form factor of the device , power usage , memory constraints , and other details , that are not factors for desktop development
設(shè)備開發(fā)存在一些桌面開發(fā)不需要考慮的設(shè)計注意事項，例如設(shè)備的格式參數(shù)、電源使用、內(nèi)存限制及其他細(xì)節(jié)。 - Since most if not all of the implementations that marshal parameters in rpc messaging perform this operation in - memory , memory constraints may make rpc messaging unfeasible
由于采用rpc樣式的消息傳遞來編組參數(shù)的大部分（如果不是全部的話）實現(xiàn)都是在內(nèi)存中執(zhí)行這項操作，所以內(nèi)存約束可能會使得rpc消息傳遞行不通。 - It's difficult to find memory constraints in a sentence. 用memory constraints造句挺難的
- For example , say that you cannot afford to have large buffer pools due to memory constraints on the test system and would like to configure the size the same without actually having them in reality
）例如，假設(shè)由于測試系統(tǒng)上的內(nèi)存約束，您無法獲得大型的緩沖池，并且希望將大小配置得相同，實際上卻不是真正有這么大。 - Since nano - x is designed for low - end devices with memory constraints , it does not have support for a large number of functions as x has , and so it can t really serve as a replacement for tiny x xfree86 4 . 1
由于nano - x是為有內(nèi)存限制的低端設(shè)備設(shè)計的，所以它不象x那樣支持很多函數(shù)，因此它實際上不能作為微型x （ xfree86 4 . 1 ）的替代品。 - In this paper we propose an iterative algorithm to find the optimal combination of pseudorandom and deterministic test sets of the whole system , consisting of multiple cores , under given memory constraints , so that the total test time is minimized
與此同時為了減少測試成本以及產(chǎn)品上市時間，測試時間必須被最小化。在混合的bist方法中，偽隨機向量的長度是決定整個測試過程的行為的一個重要參數(shù)。 - Again , this is a technique used when you don t have the same buffer pools due to memory constraints and sortheap in test as in production also , other configuration parameters along with environment variables discussed earlier in this article will also be updated
而且，這也是在測試中由于內(nèi)存約束而不具有與生產(chǎn)中相同的緩沖池以及排序堆時所使用的技術(shù)。同時，本文前面所討論的配置參數(shù)以及環(huán)境變量也將進行更新。