A segmented address also consists of two components - a 分段地址還包括兩個組件
In linux , all the segment registers point to the same range of segment addresses - in other words , each uses same set of linear addresses 在linux中,所有的段寄存器都指向相同的段地址范圍換言之,每個段寄存器都使用相同的線性地址。
Intel architectures use a segmented address space in which memory is broken up into 64kb segments , and a segment register always points to the base of the segment that is currently being addressed Intel架構(gòu)使用了分段的地址空間,其中內(nèi)存被劃分成64kb的段,有一個段寄存器總是指向當(dāng)前正在尋址的段的基址。
Abstract : a technical solution for the multi - channel random data stream by tsr receiving programming is presented . details about resident interrupt receiving , data buffer setup , data segment address keeping , buffer read / write operation and program resident / unresident are described , and information process programming with advanced language is discussed . the application of this technique in the control system for the automatic burdening of a cement production line is given . the debugging method and procedure is introduced . source program written in advanced language , include data buffer access and calling are listed 文摘:給出了一種“多通道隨機數(shù)據(jù)流的中斷駐留接收技術(shù)方案” ,詳細描述了內(nèi)存駐留中斷接收、開設(shè)數(shù)據(jù)緩沖區(qū)、數(shù)據(jù)段地址保存、駐留/解除和數(shù)據(jù)緩沖區(qū)讀取,討論了高級語言程序信息處理,舉出了該技術(shù)方案在“水泥生產(chǎn)線微機全自動配料測控系統(tǒng)”中應(yīng)用的實例,介紹了調(diào)試方法和步驟,給出了高級語言讀取數(shù)據(jù)緩沖區(qū)數(shù)據(jù)及調(diào)用源程序。
Then the thesis presents a probabilistic viterbi algorithm to segment address block and gets the character . finally , after independent chinese characters are recognized and fitted with address database , we get the address . in this way , automatic recognition of envelope ' s address is realized 對得到的地址塊提出了一種利用概率型viterbi算法進行字符切分的方法,最后將切分好的單個字符進行識別,并與地址數(shù)據(jù)庫進行匹配,從而得到地址,進而實現(xiàn)了信封地址的自動識別。