space n. 1.空間;太空。 2.空隙,空地;場地;(火車輪船飛機(jī)中的)座位;余地;篇幅。 3.空白;間隔;距離。 4.(一段)時間;片刻;一會兒。 5.【音樂】(譜表的)線間空白,線間;區(qū)間。 6.【印刷】隔條,襯條,空鉛;空鉛間隔;印刷物(或書寫)的行間空白,打字稿一格或一行的寬度。 7.【電學(xué)】開鍵。 8.電臺(電視)為廣告節(jié)目留出的時間。 9.〔美國〕一年徒刑。 celestial space 天空。 outer space 外層空間;星際[宇宙]空間,外太空。 leave a space 留空白。 blank space 空白。 an open space 空地。 a dangerous space 危險區(qū)域。 a delivery space 擴(kuò)散器。 a compression space 高壓室。 S- forbids. 限于篇幅。 a long [short] space 長[短]時間。 Let us rest a space. 休息一會兒吧。 Your luggage occupies too much space. 你的行李占地太多了。 The reading room affords an ample space for 500 people. 閱覽室面積可能容五百人。 Please leave a wider space between the lines. 行間的空請留得大一些。 vanish into space 在空中消失。 the space of (多少年)之間。 for a space 暫時。 for the space of a mile [two years] 一英里的距離[兩年]間。 in space 片刻就,一會兒就。 vt.,vi. 留間隔;【印刷】行間[字間]襯空鉛。 In designing the houses, space out them from 10 to 12 yards apart. 在設(shè)計房子時,家與家之間留間隔十至十二碼。 spaced crop 寬行栽培。 spaced emphasis 加寬字母間間隔所表示的強(qiáng)調(diào)。 space out 【印刷】加寬行間[詞間]間隔排勻。
The problems of solution space and unique solution of system are defined and discussed 定義并分析了系統(tǒng)的解空間。
Possible solution space 可能合適的用地
The method to construct bvl is designed through judging the angle of sample and solution space 通過分析樣本矢量和解空間的夾角,推導(dǎo)了基矢量的判斷準(zhǔn)則。
We refer to the elements in the problem space and their representations in the solution space as “ objects 問題空間中的元素和它們在解空間中的繼承被稱作"對象"
Developing a software is actually a transformation from the " problem space " to the " solution space " 摘要軟件開發(fā)過程實(shí)際上是“問題空間”向“方案空間”的轉(zhuǎn)換過程。
The physical model of the solution space are established and that grounds the foundation for the optimum design 建立了機(jī)構(gòu)的空間模型,為今后的優(yōu)化設(shè)計奠定了基礎(chǔ)。
The srs allows very few techniques for adjusting the solution space to manage change in the system Srs允許幾乎不需任何技術(shù)就可以調(diào)整解決方案空間以管理系統(tǒng)中的更改。
At last , the algorithm is proved to have a good search ability on the global solution space and a fast convergence speed by a sample 算例結(jié)果表明,該方法具有全局搜索能力強(qiáng),收斂速度快的特點(diǎn)。
Firstly , optimization variables are expressed by chaotic variables through solution space transformation , and the chaotic variables are coded into an antibody 首先利用解空間變換將優(yōu)化變量表示為混沌變量,并將混沌變量編碼為抗體。
In contrast to the solution space approach espoused by the traditional srs , use cases describe the sequences of actions that users perform as they interact with a system 與傳統(tǒng)srs支持的解決方案空間方法相比,用例描述了用戶與系統(tǒng)交互時執(zhí)行的動作序列。