kernel space 中文意思是什麼
kernel space
解釋
大量數據給內核模塊-
Secondly, a new adaptive osculatory rational interpolation kernel function is constructed from the point of approximating the ideal interpolating function, the function ' s characteristics, i. e., the space properties, the spectral properties, and the efficiency are analyzed, and the comparision it with other interpolation methods is made
然後，在圖像采樣和圖像重建理論的基礎上，基於逼近理想插值核函數的思想，構造了一種自適應切觸有理插值函數，對其空域和頻域的性能進行了分析，並與傳統的圖像插值核函數進行了比較。 -
Patent categorization based on kernel vector space model
基於核向量空間模型的專利分類 -
Time - based profiling, performance counter - based profiling, annotated call graph of kernel space only
基於時間的概要分析、基於性能計數器概要分析、僅關于內核空間的帶注釋的調用圖（ annotated call graph ， acg ） -
The kernel, however, maps the attachment address for shared libraries to an address somewhere in the middle of the address space, limiting the contiguous area
但是，內核會將共享庫的連接地址映射到地址空間靠中間的某個地址，從而限制了連續地址的獲得。 -
By using kernel functions, the data in the original space was mapped into a high - dimensional feature space, in which more features of the data were exposed so that clustering could be performed efficiently
核函數的非線性映射使得原始數據的特徵更完整地顯現出來，從而能夠更客觀準確地聚類。 -
And by far, most theories of wavelet analysis are established in, but this method is rare to be known and exists defects in the reproducing kernel space with good properties. then in the reproducing kernel space, isometric isomorphism of relation is founded between and by differential operator. and starting from the haar basis, multi - resolution analysis inis gived by folding method ; then multi - resolution analysis and orthonormal wavelet in are obtained through integral transform from to. then the reproducing kernel space can be expressed by wavelet spaces
於是，在再生核空間中，利用積分運算元建立了空間與hilbert空間的等距同構關系；並且從haar小波出發，由折疊法實現的空間中多尺度分析通過積分變換得到中多尺度分析和正交小波，使得再生核空間可以由小波空間來刻劃；從而對空間中的函數，給出了小波逼近具體表達式和相應的采樣公式，形式簡單易於數值分析。 -
Precision seeder, grain drill seeder, hill - drop planter, seeding monomer, and seed sowing device for the first time are realize to be tested on one comprehensive test - bed, and at the same time, hard problem of evaluating seeding accuracy from seed kernel space interval is solved
該系統首次實現了對精密播種機、穀物條播機、穴播機，及排種器等多類型播種機具播種精度的檢測，解決了通過直接獲得種子粒間距而檢測播種精度這一難點問題。 -
Dsf can also speed test case development, since you aren t forced to learn the ioctl interface for user kernel space communication
Dsf還可以加快測試用例的開發，因為您不必去學習用於用戶/內核空間通信的輸入輸出控制介面。 -
In the space, wavelet approximation formula and sampling formula are gived and these are simple and easy for calculation. it is a new attempt to establish mra in the reproducing kernel space. this not only makes up existing researchful defects but also gives a better method to resolve numerical approximation problems and it further enriches the reproducing kernel theory and wavelet method. this provides more applied method for resolving numerical approximation problems in the space which is often used in the engineering
在再生核空間中建立的多尺度分析方法是利用再生核工具探討小波理論的又一次大膽的嘗試，它不但彌補了現有研究的缺憾，而且給出了解決數值逼近問題的一個新思路，進一步豐富了再生核理論，充實了小波方法，這為在工程中常用的空間中解決數值逼近問題又提供了一種較為實用的方法。 -
Firstly, in the reproducing kernel space, the spline function is discussed and its equivalent relations are gived ; we prove that the 2 - th differential operator interpolation spline function in the space can be expressed not only by the reproducing kernels but also by polygonal functions. so it is easy to prove its best approximation properties in theory and is convenient for numerical calculation in applications, too
首先，在再生核空間中討論樣條函數，給出其等價性條件；證明了空間中的一個二階微分運算元插值樣條既可由再生核函數表示又可由折線函數表示，這不僅在理論上便於獲得此種插值樣條函數的最佳逼近性質，而且在應用上也便於數值計算。 -
Many critical services are run in kernel space
許多關鍵服務在內核空間中運行。 -
All the work is transparently done in the kernel space
所有工作都在內核空間透明地完成。 -
Best approaching of bounded linear operator in reproducing kernel space
再生核空間的有界線性運算元的最佳逼近 -
It essentially runs in user space, but part of its implementation may run in kernel space
它基本上運行在用戶空間中，而它的部分實現可能運行在內核空間中。 -
5. anew feature extraction algorithm in kernel space is proposed, which uses the bhattacharyya distance as its criterion function
T根據高維核空間的性質，提出了基於bhattach叩a距離準則的核空間特徵提取演算法（ bgye ） 。 -
The data is nonlinearly mapped into high dimensional kernel space at first. then a set of feature vectors can be found such that the bhattacharyya distance of the classes mapped into lower dimensional feature space by feature vectors is maximized. thus the upper
該演算法採用核函數把樣本非線性映射到高維核空間，在核空間中尋找一組最優的特徵向量，把樣本線性映射到低維特徵空間，使類別之間的bhattach刪a距離最大，從而使特徵空間中樣本的baycs分類誤差上界最小。 -
The colinux kernel driver that operates in the host kernel space
在宿主內核空間運行的colinux內核驅動程序。 -
Note in section 1. 5, i ' ll detail how to modify data residing in user space while in kernel space
注意，在章節1 . 5 ，我們將詳細介紹在內核中如何修改位於用戶空間的數據。 -
This causes what is known as a context switch from " user space " to " kernel space, " although that s just for you information
這就引起所謂的從「用戶空間」到「內核空間」的上下文切換，不過這僅供了解之用。 -
In the fifth chapter, we use the the methods of function theory establised a class of analytic reproducing kernel space, we call it a generalized arveson space. we study the relationship of these space, and obtain some intersting results, we also defined toeplitz c * - algebra on the generalized areveson space, obtain some results of toeplitz c * - algebra on the generalized areveson space
在第五章中，我們利用函數論的方法建立了更廣泛的一類解析的再生核空間，稱之為廣義arveson空間，討論了它的一些關系，並得到了一些有趣的結果。還定義了廣義arveson空間上的toeplitzc * -代數，建立了廣義arveson空間上的toeplitzc * -代數的一些性質。
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