kernel call 中文意思是什麼
kernel call
解釋
核心呼叫-
Sequence and large sample quality are posed. in our country or allien there are many experts who discusses some quanlity of na variable in great. for example, in documentation 6, there is a discussion about the consistency of density kernel estimation and many results have been g ained, but the density estimation f ( x ) is limited to the arrange of x [ a, 6 ] which limits the arrange of application. thus in this passage we call off this limitation and further discuss the density kernel estimation under na sample. consequently the counterpart results have been gained and the condition of result has been weaked. in the same time we discuss the density kernel estimation under pa sample and the counterpart result has been gained
序列密度函數估計及其大樣本性質的研究課題。國內外許多專家對na變量的各種性質進行了大量的討論，其中文獻[ 6 ]曾對na樣本下密度核估計的相合性進行了討論，並取得了一些結果，但該文將密度估計f （ x ）限制在x [ a ， b ]中進行討論，這局限了應用范圍。因此本文在取消這種限制條件下對na樣本的密度核估計進行了進一步的討論，得出了相應的結果，並使結論的條件得到弱化；同時對pa樣本下的密度估計也進行了相應的討論，取得了相應的結果。 -
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 ） -
Integrating the audit system to collect the data of system call and privilege command in the kernel, the raas could analyze datas and compare to the user normal behavior from the normal library
結合原審計系統，在內核層收集系統調用和特權命令的數據，分析過后與用戶正常庫比較，達到監控的目的。 -
In addition to bypassing the complexity of building a kernel to emulate and a file system image to boot into, and configuring a virtual network device for io, this shortcut also speeds up emulation, as the reams of kernel instructions that would have run to handle the system call - from the exception handler through the vfs and the device driver - are bypassed
除了繞開構建一個用於模擬的內核和一個用於啟動到其中的文件系統鏡像，以及為io配置虛擬網路設備的復雜性之外，這條捷徑還加快了模擬的速度，因為繞開了從異常處理程序到vfs再到設備驅動程序的很多內核指令，而這些內核指令本來就是用來處理系統調用的。 -
These algorithms can call the three databases, and this is the kernel of the system
演算法通過調用數據庫、函數庫和知識庫，構成了微型汽車驅動橋智能化設計系統的核心。 -
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。 -
This thesis invesigates the kernel of uclinux, which is different from the mainstream linux. according to the mmu - less embedded micro - processors, uclinux removes the parts correspond to the virtual memory management, changes some of the system call interfaces and adopts the binary flat format to allow the program to be executed in place. the thesis also describes how to port uclinux to m68k platform and run it smoothly
本文詳細闡述了uclinux針對嵌入式應用、基於無內存管理單元的特性對標準linux進行的改良。主要包括沒有虛擬內存機制的內存管理，系統介面的改變，獨特的運行方式xip和可執行文件格式bflt 。本文同時介紹了uclinux的板級移植過程以及如何運行一個完整的uclinux操作系統。 -
Within the linux 2. 6 kernel, the window size for the send buffer is taken as defined by the user in the call, but the receive buffer is doubled automatically
在linux 2 . 6內核中，發送緩沖區的大小是由調用用戶來定義的，但是接收緩沖區會自動加倍。 -
The hardware design is expounded in chapter 3, which include four parts. then we focus on how to merge them together in chapter 4, that is, porting linux to mc9328mx1, this includes several parts, the first part is flashloader which can be used to download programs ; and then, give out develop model of start - up guide code ( bootloader ) which runs before linux kernel and linux kernel ' s start - up analysis, also porting them to arm9 mx1 ; thirdly, we realizes the porting of lcd framebuffer driver based on deeply grasped linux device driver model ; fourthly, the rootfs ( file system ) ? ? cramfs is designed. then we give an example that based on the embedded linux in chapter 5, what we call automobile navigation, and discuss how to develop with our arm linux to meet the need of application, too
第一章回顧gps導航系統的發展狀況，指出課題研究背景及主要工作;第二章闡述嵌入式系統的概念、組成、開發流程及調試方法，構建車載導航系統開發平臺;第三章介紹導航系統的硬體設計，包括主控模塊、組合導航模塊、防盜通訊模塊和人機交互模塊四大部分;第四章詳細描述移植linux到mx1開發板的過程，包括:交叉編譯環境的建立、下載程序（ flashloader ）的實現、啟動引導加載代碼bootloader設計與移植、 linux內核的啟動分析及移植到硬體平臺的整個過程、 linux驅動模型的深入的分析及lcd幀緩沖顯示設備驅動的移植、根文件系統的構建等;第五章以嵌入式linux操作系統在車載導航中的應用為實例，介紹嵌入式系統軟體的設計與實現，通過論述gps車載導航系統中定位模塊的開發過程，探討了基於arm & linux平臺的應用開發。
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