TWM325559U - Computer system architecture thereof - Google Patents

Computer system architecture thereof Download PDF

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Publication number
TWM325559U
TWM325559U TW96202170U TW96202170U TWM325559U TW M325559 U TWM325559 U TW M325559U TW 96202170 U TW96202170 U TW 96202170U TW 96202170 U TW96202170 U TW 96202170U TW M325559 U TWM325559 U TW M325559U
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Taiwan
Prior art keywords
memory
interface
computer system
system architecture
volatile
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Application number
TW96202170U
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Chinese (zh)
Inventor
Sheng-Shun Yen
Wei Shen
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Power Quotient Int Co Ltd
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Application filed by Power Quotient Int Co Ltd filed Critical Power Quotient Int Co Ltd
Priority to TW96202170U priority Critical patent/TWM325559U/en
Publication of TWM325559U publication Critical patent/TWM325559U/en

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Abstract

To develop a mobile operating system for computer, it must be asked for being independent of the computer hardware driver firstly, therefore, this patent discloses a new computer system architecture which can load a transient resident operating system (TROS) from an external device provides a predefined hardware driver to this operating system, then we can store TROS into a portable memory storage device to be a mobile operating system (MOS). The TROS can also work beyond the intrinsic operating system (IOS) of host without mutual interference between the both side through the way we disclose in this patent, so this method creates a parasitic operating system (POS) for a computer system.

Description

M325559 八、新型說明: 【新型所屬之技術領域】 本專利技術為-麟算機的作業祕(C)pe「ating System)的 木構’此作鮮統將依據树算齡賴提供的裝置驅動訊息來 完成作業系統的安裝及工作,因此提出了一個的計算機系統架 - 構,在此架構下可以構成一個寄生作業系統(parasi_tic 0perating System ’ POS)的環境’此架構迥異於目前現行的計算機架構,主 • 要目的為達到作業系統可攜式的設計目標。 【先前技術】 目别的作業系統不論為分時系統、平行系統或是桌上型個人 電腦系統,均必須取得對各個計算機硬體裝置的詳細工作程序, 而這部份的軟體元件必須由各個裝置供應商針對不同的作業系统 戶巧發完成,也就是—般所稱的『驅動程式』_ve。。透過驅動 ,式的安裝,健祕才能正確地制邊裝置正作。也因此M325559 VIII. New description: [New technical field] The patented technology is the wood structure of the operating secret (C)pe "ating system" of the lining machine. The message is used to complete the installation and operation of the operating system. Therefore, a computer system architecture is proposed, in which the environment of a parasi_tic operating system (POS) can be formed. This architecture is different from the current computer architecture. The main purpose is to achieve the portable design of the operating system. [Prior Art] The operating system of the target, whether it is a time-sharing system, a parallel system or a desktop PC system, must be obtained for each computer hardware. The detailed working procedures of the device, and the software components of this part must be completed by the respective device suppliers for different operating systems, which is commonly referred to as the "driver" _ve. Through the driver, the installation, The secret can be correctly made by the edge device.

j對各種狀_部各式各樣的硬件裝置,也就大大地增加了 作業糸統可攜式的目難度,就早崎對丨BM_pc關發 軟磁碟作業系、统{MS-DOS}而言,雖然具備了可攜式的特性,但其 =具備適當__絲工作,;^過當時的計算機ϋ 訧的=使用者大都可以、軸MS挪作業系統使 仁疋目如的作業糸統已具備分時多工的能力,同時且備卢^理 大量訊息的能力,例如:多媒體資訊等,依據使 協同多種不同周邊裝置來完成工作,因此已經喪失掌#= $ ’使用者必須於計算機中先絲完成作業純於硬二= (HDD)後’才能開始使用計算機。 碟機 5 M325559 【新型内容】 了-平台來發展可攜式作㈣統,本案揭露 外祕體架構’利用這個架構就可以提供程式設 计師發展不心力能的可攜式作㈣統 , : Wind0wsj has a wide range of hardware devices for various types of _ parts, which greatly increases the difficulty of the portable system, as far as the BM_pc 关 soft disk operating system, system {MS-DOS} Although it has the characteristics of portability, it has the appropriate __ silk work, ^ ^ the computer at that time = = = users can mostly, the axis MS move the operating system to make the job Ability to provide time-division and multi-tasking, and at the same time, the ability to prepare a large number of messages, such as multimedia information, based on the ability to work with a variety of different peripheral devices, thus having lost the palm #= $ 'user must be in the computer First, the job is completed after the hard second = (HDD) to start using the computer. Disk player 5 M325559 [New content] - Platform to develop portable (four) system, this case reveals the external secret structure 'Using this architecture can provide programmers to develop portable (4) system, which is not capable: Wind0ws

Windows Vista 等。 【實施方式】 以Intel 975X計算機架構為例說明 一 晶片組為核心的計算機架構圖L要Ξ下歹 1; 單。4= ;t/^(HDD)> 106'Blos Q 電源開啟後,先由 BI〇S(Basic Input Output 二5 i二i輸入系統)(106)執行對中央控制單元(CPU)及各 二双二卫作並初始化記憶體、主機板晶片組、顯示卡 到主成後再將作業系統依序從硬式磁碟機(105)載入 的裁入及必系統,當作業系統完成所有硬體裝置驅動程式 推用去A6%、綠^軟體註冊程序後,便將控制權交給使用者,等待 者於第一 令。而前述過程巾所涉及的軸程式必須在使用 充額外硬鮮、統時便加以輸人安裝,或於使用者增添擴 驅動程式,^^,告訴作㈣統安裝,作鮮統無法自行安裝 安Ϊ 利用料預置的方式來執行驅動程式的自動 “、、去對所有的硬體裝置及未來新的硬體設備來完成安 M325559 的技#方式另外進行技術規範,否則基於目前 原本ΐϊίίίϋΐ硬式磁碟機(105)中的作業系統直接取得 動式作業系i的ί難度的所有裳置驅動程式,因此增加了發展移 巧決此-困境’計算機架構 ίΐΐ南出;^算=、構如圖二,其中與圖一明顯“=乙 t η二1 )上設計了 一個快閃記憶體模組(Flash . 17m〇dUe)(110),該模組連接-個快閃記憶體控制器(Flash ====)。她刪麵(1. 了^理 體的貧料存取外,還需負責與南橋晶片_作命令的溝 二,當然該控制器也可以集成化於南橋晶片 記憶體實現與快閃記憶體相同二ί例Windows Vista, etc. [Embodiment] Taking the Intel 975X computer architecture as an example, a computer architecture diagram with a chipset as the core is required. 4= ;t/^(HDD)> 106'Blos Q After the power is turned on, the central control unit (CPU) and each of the two are executed by BI〇S (Basic Input Output 2) system (106). Double and two-in-one and initialize the memory, the motherboard chipset, the display card to the main assembly, and then load the operating system sequentially from the hard disk drive (105) into the cutting and mandatory system, when the operating system completes all hardware devices After the driver pushes the A6% and green software registration procedures, the control is given to the user, and the waiter is in the first order. The shaft program involved in the process towel must be installed in the case of using extra hard and fresh, or add a driver to the user. ^^, telling (4) the installation, the system cannot be installed by itself. Ϊ Use the material preset method to execute the driver's automatic “, go to all the hardware devices and future new hardware devices to complete the technical method of the M325559. Otherwise, based on the current original ΐϊίίίϋΐ hard magnetic The operating system in the disc player (105) directly obtains all the driver drivers of the ί difficulty of the dynamic operating system i, thus increasing the development and shifting to this - the dilemma 'computer architecture ΐΐ ΐΐ South out; ^ calculation =, structure as shown Second, in which a flash memory module (Flash. 17m〇dUe) (110) is designed on the same as Figure 1 (= B t η 2), the module is connected to a flash memory controller (Flash) ====). She deletes the face (1. In addition to the poor material access of the body, it is also responsible for the gap with the south bridge chip _ command, of course, the controller can also be integrated in the south bridge chip memory to achieve the same as the flash memory Two cases

t^^BSe Chan9e Rand〇m memory J (110),而if而言,此處實為—非揮發性的記憶體模組 ()而為了避免几長的贅述及便於閱讀,於圖二及後文 僅舉快閃記憶體模組作為說明例。 而,閃記憶體模組(110)最主要的任務便是載入及儲 置ΐ驅動程式,這樣的架構便可以提供-個外; 暫馬作 m (Transient Resident Operating System,TR0S、 提取該計算機_有裝置的軸程式,也因此該暫駐作 ) 行計算機各種硬體周邊工作。而為了協助暫駐 巧系、洗(TR0?有效及正確地提取驅動程式,必須對快閃 杈組(110)内的資料作一個擋案系統來管理,以便於暫駐作業 能,速地依據使用條件安裝系統必要的資源,請參考圖三,、圖、、: 所不為-個檔案系統的範例,程式碼區(26〇)中載明了驅動 ^ 序號(262)(C〇de)、種類(263)(Attri_bute)、相對應的硬體裝置名稱 7 M325559 (264)(Device name)、程式大小(265)(File Size)、版本(266)(Ver.) 的紀錄、使用者模式(267)(User mode)、程式起始位置及程式碼 等,這些資料均分別儲存於事先規劃好的記憶體區域,這些區域 包括有檔案表頭(261)(File Allocation Table,FAT)、程式碼區等, 這些規格均可經由工業界共同制定統一的標準,如此,暫駐作業 系統就可以依據此檔案系統快速有效地安裝硬體裝置工作所需的 驅動程式。 、在圖二中的記憶體控制器(111)除了完成介面訊號的協定工作 外並透過介面完成對晶片組的工作回應,同時也負責·· 1·處理及規劃記憶體内部之記憶體區塊(Mem〇ry bbcks)的管理; 2_ 述的檔案系統來分配適當的記憶體區域位置來儲存及讀 前者可以維護記憶體單元(MemGry Gel_可靠度及記憶體模組 的使用年限;而後者可明進資料的驗用效率,此點與目前在 主機板上僅用於存放BIOS的PROM技術是有所不同的。 此外,針對未來不同暫駐作業系統(TR〇s)間對裝置驅動程式 的相容性考量,也必轉軸程式與暫轉獅關的介面制定 統一的軟體層介面,請參考圖四,圖四所示即為一軟體層(24 意圖,其中暫駐作業系統(TR〇s)(2〇〇)透過驅動規劃介曰面(DnVe「 Programmmg Interface,DP丨)(21〇)來完成對裝置驅動程式 =記及喪人動作’其中的驅動規劃介面可以視為軟體發展卫具 對發展的是一個與硬體 驅動知式而不d構於作獅統上的高階應軸式,如 ίί而言’便不需理會未來市場上各式各樣針 對特疋任務所開發出來的暫駐作業系統(TR〇s)其細部而口Τ 務末開U置切可,可錄速撰寫完絲置的驅動 M325559 ^於暫駐作業系統(TR0S)開發工程師而言, 程式 也無需 =ίΐ即可,而簡化了暫駐作業系統(TROS)的開發3 性Γ ° 保了暫駐作業系統(TR0S)與驅動程式間的相容 式搜,=以解決暫駐作業系統(TR0S)對驅動程 =円)所發展的驅動程式不必_同於 以仏 _ns丨c0perat丨ngsystem,丨os)中的驅動程式。h作業糸統 機結=利以:,;:===,設計的計算 言ίίίΐ圖:式ίί?,?。比較目前既有的計算機結構而言, 口 >考圖,口為吞亥計鼻機缺乏一個非揮發性兰p檢禮知.. 該裝置驅動程式只能儲存於同樣具有 1 ϋ性二^ «(105), - inc、^入原本已安裝於硬式磁碟機(105)内的原始作ΐ李、絲 佳的2ft而形成資訊安全管理上的後門及漏洞、,因此ϋ最 ΪΞΪίΐ案’時利用本案所提出的計算機架構,可以充分t 備$ ·_'性'己憶體模組的特性來發展各種應用程S,其特性丄 1·電路系統獨立於硬式磁碟機(1〇5)的作業環境; 2·斷電後資料依然存在於記憶體内部; 3_不佔用主記憶體(104)的資源; 4·經由記憶體控制器儲存資料,並管理記憶區塊。 2作儲動程式並非該非揮發性記憶體模組(11〇)的唯 韭ii,拉機作業系統開發者與應用程式撰寫者均可以利用該 揮t性記憶體模組(11〇)來完成特定工作的軟體設計。 μ M325559 然而為了將所開發之暫駐作業系統(丁R〇s)達到可 :戈253一:固以的移動儲存器件,除了使用傳統的光碟 片或磁碟料,右考慮㈣加_序及可能來自主 ϊΐί 擇具 ΪΠ,器(Memc>ry contr。丨1er)的儲存“ 裝置,其中即包括—記憶體控制器(Me J: r薄=卡求:以步 usb介面織接,與傳_ USB非揮發性 於其工作介面並非傳統計算機平台中 m 請繼續參考圖五,圖五所示為計算機暫駐作 M325559 經ΐ中=據暫駐作業系統_s)及原始作業系統(i〇s) 的主記憶·間成為自由載人記憶體區域 memGry ZGne),該區域中應保留—部份作為回復記 =£域^Memoryzoneforrec〇very)使用,而原先被儲存的記情 ==14及=央控制單元(CPU)内部的相應的快取^標資i 憶體模組〇1〇)内或主機之硬式磁碟機 域=),並且將-回復程序指令程序 復/己憶區域’其中的回復程序指令程序可由暫駐作業 糸、,先(TROS)提供也可以設計由原始作業系 ^ ;聖〒=ΐ==) LZiH 利用這部計算機來執行使用者自己 =業糸獻應雜式,啊由於暫駐作業系統(TR〇s)已經正 動f式甚因ί使用者也可以使用連接於該計算機的各 周邊裝置,如.顯不卡、音效卡、印表機、網路卡等,如此 作幫短小的儲存媒體來隨手攜帶 備i筆記型電腦相同甚至優^次數,同時也具 ’圖六所示為—計算機原始作業系統(咖)回復 的广転不忍圖。*移除暫駐作業系統(TR〇s)後(4〇1),中央控 ?(fPU)首先將從主記憶體之回復記憶區域中執行作業系回 程序丄並依該程序開始清除暫駐作業系統(TR〇s)留存ϋ記 =的貧料(402),然後將原本儲存於快閃記憶體模組咬^硬 中資料重新載人到主記憶體内_完 。作業糸、、先(i〇s)並恢復各暫存器(Reg丨ster)的狀態,同時重新啤叫 M325559 並進入待命狀態錢前的操作狀況 立在案所揭露者乃為—計算機架構及其工作方法, ;十瞀機、二:丨可以隨時接受-個外部的臨時作業系統,並 ϊί:機控制,時交予這—臨時作業系統,前者作業系統我們 稱為原始作業系統(丨0S),而後者的臨時作聿 以直接由暫駐作業系統(TR0S)完成開機 ifLf原始作業系統(丨0s)來啟動暫駐作業系統 I ===業系擎os)是針對特定功能而‘開i二 ί ΐ!ί統、郵電作業系統(Eman、MSN)、網路電話 暫駐作業純(TR0S)可以更有效地g ^ ♦田* #達扮原始作業系統(丨0s)更快的計算機運算及資料 的開機作業時間’因此由暫駐作業系統 -成的寄生作業系統(p〇s)工作概念,可以提供給 -率的ίί作m的產品上有更多樣化的選擇及滿足更高作業效 ,圖七所示即為此計算機系統開機流程圖,經由 i^ ’暫駐作業系統(tr〇s)執行系統開機的作 業。今_如後:當電源開啟後(501),BIOS於執行完必要 貞測計算機外部儲存11件内是否含有可^ =作業的暫駐作業糸統(TROS)(503),若沒有則再由計算機系统 =始=業糸彳(^s)執行開機作業(5()4),完統 (_,反之,若偵測計算機外部儲存器件内含有一暫駐作業系= 12 M325559 (T^OS)則由該暫駐作業系統(TR0S)直接啟動開機程序(505)並自 計^機的非揮發性記憶體(110)内取得並載入裝置的驅動程式,完 成系統開機任務(506)。此方式與早期儲存於軟式磁碟(Floppy Disk) 的MS-DOS作業系統開機作業類似,但與ms-DOS不同的是這 個暫駐作業系統(TROS)將會依據前述技術方法自計算機系統載 入周邊驅動程式完成開機作業。雖然隨著後來硬式磁碟(HDD)的發 明與普及,MS-DOS也已直接隨著驅動程式安裝於硬式磁碟(HDD) ,而進行開機作業,但一如前文所述,這同時也失去了一個作業 可攜式的特性,往後隨著作業系統不斷地發展,功能不斷地 提昇,人,也就脫離不了隨身攜帶筆記型電腦的宿命,究其根本 原口也就疋作業系統早已與計算機硬體欲入融合於一,使得使 用者必須同時攜帶計算機硬體與軟體才能完成工作。 因此,利用本案圖二的計算機硬體架構,配合圖五、圖六及 圖七的軟體操作程序及前述相關的軟體介面規範,便可以規劃出 一個寄生作業系統(P0S)的概念及其發展藍圖。藉由寄生作業系統 (P=S^的概念實現及暫駐作業系統(丁R〇s)的完成,使用者不必再 攜帶複雜的桌上型作業系統,如:Wind〇ws Vjsta,及筆記型電腦, =時也創造出開發各種特定用途、功能強大的微型作業系統的市 場及商機,完全跳脫了傳統計算機使用的經驗及法則,充分且備 了創新的思維與技術手段。 八 旧請再參考圖二,其中所示的硬式磁碟機(HDD)也可以進一步利 ΐίΐίί式磁碟機(Hyblid HDD) ’這是—種將快閃記憶體元件 、★式的硬式磁碟機而形成的所謂混合式硬碟機,將此^ :式硬f1磁碟機(Hybrid HDD)使用於本計算機架構中,可以: 石=tJ^(CPU)内部必要的資料,如旗標值、暫存器值等儲存於 /更碟中的'_記憶翻部,請參考圖五之(3()4)流程, 糸統切換工作的速度與效率。 0刀口邗菜 13 M325559 隨著半導體技術的不斷進步,當快閃記憶體的讀寫速度達 高速的要求’便可以將圖二所示的快閃記憶體模組(nash mem module)及記憶體控制器連接於北橋晶片(1〇2)上,以增進資料於 快閃記憶體模組(Flash memory module)與主記憶體(1θ〇4)之間傳 輸的速度與效率,當然此時的記憶體控制晶片也可以利用半導 集成技術,整合於北橋晶片(102)上。為了簡化記憶體控制晶 設計,也可以使用由丨ntel、Hynix、S〇ny等公司所共同制定的〇Nfr丨 介面規格來設計’其中ONFI為英文『〇pen nanD Flash 丨nterface』的縮寫。 由上述硬義構及軟體料觀之,寄生作業祕(P0S)中 駐作業系統(TROS)與原始作業系統(I0S)均為分時獨立 此並不會彼此互相干擾,若考劇雙方#_安全性,則必須 安全機制下it行制者綠的繼與必要的聽 施 此安全漏猶立也可峨㈣當的設計來加以完成 2規ίϊί利技術便是針對上述特徵要點進行技術改良盥 2 ’最後f路出—個全新的硬體架構及軟體程序的方法,而^ i =f系統的技術^展角度而言’寄生作業系統(啦)的概念 ,合而論,為了達到移動作業系統的成功發展,必 Γίΐϊ架障礙加以克服,再對軟體程序的控制做-個適 提出與相應的移動作業系統技術解決之道,均 = 倶不 源於藝 脫本案之專_齡。 w於推知者’ 在在顯不 、、示上所陳,本案無論就目的、手段與功效, 14 M325559 【圖式簡單說明】 圖丨ntel 975X晶片級計算機系統架構圖 圖二:本案計算機架構方塊圖 圖三:記憶體檔案系統方塊圖 圖四:軟體層示意圖 圖五计减暫駐作業系統植入流程圖 圖〜"十异機原始作業系統回復流程圖 圖七:計算機開機流程圖 【主要元件符號說明】 101 :中央控制單元 102 ·斗捧曰ηt^^BSe Chan9e Rand〇m memory J (110), and if it is, here is a non-volatile memory module () and in order to avoid a few long descriptions and easy to read, in Figure 2 and later The flash memory module is only used as an illustrative example. However, the main task of the flash memory module (110) is to load and store the driver, such an architecture can provide - an external; Transient Resident Operating System (TR0S, extract the computer) _The axis program of the device, and therefore the temporary work of the computer, works around the hardware. In order to assist in the temporary system, wash (TR0? Effective and correct extraction of the driver, you must manage the data in the flash group (110) as a file system to facilitate temporary operation, based on For the necessary resources for installing the system, please refer to Figure 3, Figure, and: For an example of a file system, the driver code (262) (C〇de) is included in the code area (26〇). , type (263) (Attri_bute), corresponding hardware device name 7 M325559 (264) (Device name), program size (265) (File Size), version (266) (Ver.) record, user mode (267) (User mode), program start position and code, etc., these data are stored in the pre-planned memory area, including the file header (261) (File Allocation Table, FAT), program Code areas, etc., these specifications can be jointly developed by the industry to achieve a unified standard, so that the temporary operating system can quickly and efficiently install the drivers required for the hardware device work according to this file system. Memory in Figure 2 Body controller (111) in addition to the agreement to complete the interface signal Externally and through the interface to complete the work response to the chipset, but also responsible for the processing and planning of memory memory blocks (Mem〇ry bbcks) management; 2_ file system to allocate appropriate memory The location of the body area to store and read the former can maintain the memory unit (MemGry Gel_ reliability and the age of the memory module; while the latter can improve the efficiency of the data, which is only used on the motherboard currently The PROM technology for storing the BIOS is different. In addition, for the future compatibility of the device driver between different temporary operating systems (TR〇s), the axis program and the temporary switch to the Lions interface must be unified. For the software layer interface, please refer to Figure 4. Figure 4 shows a software layer (24 intent, where the temporary operation system (TR〇s) (2〇〇) is transmitted through the drive planning interface (DnVe "Programmmg Interface, DP").丨)(21〇) to complete the device driver=remembering the funeral action'. The driver planning interface can be regarded as a software development aid. The development is a hardware-driven knowledge and not a d-shaped lion. High-order axis For example, ίί's need to pay attention to the various temporary operating systems (TR〇s) developed for the special tasks in the future market, and the U-cutting can be opened at the end. Written by the wire drive M325559 ^ For the temporary operation system (TR0S) development engineer, the program does not need to = ΐ ,, and simplify the development of the temporary operation system (TROS) 3 Γ ° temporary work The compatible search between the system (TR0S) and the driver, = to solve the driver developed by the temporary operating system (TR0S) for the driver = 円) does not have to be the same as 仏_ns丨c0perat丨ngsystem, 丨os The driver in ). h 糸 结 ================================================================ Compared with the current computer structure, the mouth is a non-volatile blue pistol. The device driver can only be stored in the same one. «(105), - inc, ^ The original ΐ 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Using the computer architecture proposed in this case, it is possible to fully develop the characteristics of the $·_'sity's memory module to develop various applications S, and its characteristics 丄1. The circuit system is independent of the hard disk drive (1〇5) The operating environment; 2. The data still exists in the memory after the power is off; 3_ does not occupy the resources of the main memory (104); 4. Stores data through the memory controller and manages the memory block. 2 The storage program is not the only ii of the non-volatile memory module (11〇), and both the developer and the application writer can use the twilight memory module (11〇) to complete Software design for a specific job. μ M325559 However, in order to achieve the development of the temporary operating system (Ding R〇s) can be: Ge 253: solid mobile storage device, in addition to the use of traditional optical disc or disk material, right consideration (4) plus _ sequence and It may come from the main device Me 择 器, Me Me (Memc> ry contr. 丨 1er) storage "device, which includes - memory controller (Me J: r thin = card seeking: step by usb interface woven, and pass _ USB non-volatile in its working interface is not in the traditional computer platform m Please continue to refer to Figure 5, Figure 5 shows the computer temporarily stationed as M325559 ΐ中= according to the temporary operating system _s) and the original operating system (i〇 The main memory of s) becomes the free manned memory area memGry ZGne), which should be retained in the area—partially used as a reply=£ domain^Memoryzoneforrec〇very), and the previously stored quotation == 14 and = The corresponding cache inside the central control unit (CPU) is the same as the hard disk drive domain of the host or the host, and the program is returned to the program. The reply program command program can be provided by the temporary operation, first (TROS) or From the original operating system ^; 〒 〒 = ΐ = =) LZiH use this computer to execute the user's own = industry 糸 应 , , 啊 ah, because the temporary operating system (TR 〇 s) has been moving f-type even ί The user can also use peripheral devices connected to the computer, such as a video card, a sound card, a printer, a network card, etc., so as to help a short storage medium to carry the same i-note computer. ^The number of times, also has the 'Figure 6 is the computer's original operating system (coffee) reply to the vast picture. * After removing the temporary operating system (TR〇s) (4〇1), central control? fPU) Firstly, the operation system is executed from the return memory area of the main memory, and according to the program, the temporary operation system (TR〇s) is saved to save the poor material (402), and then the original is stored in The flash memory module bites the hard data and reloads the person into the main memory. _ End. Jobs, first (i〇s) and restore the status of each register (Reg丨ster), while re-buying M325559 and the operation status before entering the standby state, the case revealed by the case is - computer architecture and its work Law, Ten Commander, Two: You can accept an external temporary operating system at any time, and ϊί: machine control, when handed over to this - temporary operating system, the former operating system we call the original operating system (丨0S), The latter's temporary work is done directly by the temporary operating system (TR0S) to start the ifLf original operating system (丨0s) to start the temporary operating system I === industry engine os) is for specific functions and 'open i two ί ΐ! 统, postal and telecommunications system (Eman, MSN), VoIP temporary work (TR0S) can be more effective g ^ ♦ Tian * #达dress original operating system (丨0s) faster computer computing and The data start-up time 'Therefore, the temporary operating system - the parasitic operating system (p〇s) work concept, can provide a more diverse choice of products for the rate - and higher jobs The effect is shown in Figure 7. This is the computer system startup flow chart, and the system startup operation is performed via the i^ 'temporary operation system (tr〇s). Now _ as follows: When the power is turned on (501), the BIOS checks whether there is a temporary operation system (TROS) (503) that can be used for operation outside the computer. If not, then Computer system = start = industry (^s) to perform boot operation (5 () 4), complete (_, conversely, if the detection computer external storage device contains a temporary operating system = 12 M325559 (T^OS Then, the temporary operating system (TR0S) directly starts the booting process (505) and retrieves and loads the driver of the device from the non-volatile memory (110) of the computer, and completes the system booting task (506). This method is similar to the MS-DOS operating system booting that was previously stored on the Floppy Disk, but unlike ms-DOS, this temporary operating system (TROS) will be loaded from the computer system according to the aforementioned technical method. The peripheral driver completes the boot operation. Although with the invention and popularization of the hard disk (HDD), MS-DOS has been booted directly with the driver on the hard disk (HDD), but as before. As described, this also loses a job-portable feature, and then The operating system is constantly evolving, and the functions are constantly improving. People can't escape the fate of carrying a notebook computer. The fundamental reason is that the operating system has already been integrated with the computer hardware, so that the user must simultaneously Carrying computer hardware and software to complete the work. Therefore, using the computer hardware architecture of Figure 2 of this case, together with the software operating procedures of Figure 5, Figure 6 and Figure 7, and the aforementioned software interface specifications, a parasitic operation can be planned. The concept of the system (P0S) and its development blueprint. With the parasitic operating system (P=S^ concept realization and the temporary operation system (Ding R〇s)), users no longer need to carry complex desktop operating systems. For example, Wind〇ws Vjsta, and notebook computers, = also created a market and business opportunities for the development of a variety of specific applications, powerful micro-operating systems, completely escaped the experience and rules of traditional computer use, fully prepared Innovative thinking and technical means. Please refer to Figure 2 for the eight old ones. The hard disk drive (HDD) shown in the above can also further improve the number of users. Disk drive (Hybid HDD) This is a so-called hybrid hard disk drive that combines a flash memory component and a ★-type hard disk drive. This is a hard f1 disk drive (Hybrid HDD). Used in this computer architecture, you can: Stone = tJ ^ (CPU) necessary information inside, such as the flag value, register value, etc. stored in / / disc in the '_ memory flip, please refer to Figure 5 ( 3 () 4) process, the speed and efficiency of the switch operation. 0 Knife mouth leek 13 M325559 With the continuous advancement of semiconductor technology, when the flash memory read and write speed reaches the high speed requirements, you can The flash memory module (nash mem module) and the memory controller are connected to the north bridge chip (1〇2) to enhance the data in the flash memory module and the main memory (1θ). 〇 4) The speed and efficiency of transmission between the two, of course, the memory control chip at this time can also be integrated on the North Bridge chip (102) using semi-conductive integration technology. In order to simplify the design of the memory control crystal, you can also use the 〇Nfr丨 interface specification jointly developed by companies such as 丨ntel, Hynix, and S〇ny to design the abbreviation “ONFI is English 〇pen nanD Flash 丨nterface”. According to the above-mentioned hard structure and soft material, the resident operating system (TROS) and the original operating system (I0S) in the parasitic operation secret (P0S) are time-independent and do not interfere with each other, if both sides of the test play #_ For security, it is necessary to implement the security mechanism under the green system and the necessary listening. This security is also awkward. (4) When the design is completed to complete the 2 rules, the technology is to improve the technical features of the above characteristics. 2 'The last f road out - a new hardware architecture and software program method, and ^ i = f system technology from the perspective of the 'parasitic operating system (啦) concept, in a unified, in order to achieve mobile work The successful development of the system must be overcome by the obstacles, and then the control of the software program should be made and the corresponding mobile operating system technology solution, all = 倶 does not originate from the special _ age of the art. w in the inference of the 'in the display, the show, the case regardless of the purpose, means and efficacy, 14 M325559 [Simple diagram] Figure 丨 ntel 975X wafer-level computer system architecture diagram Figure 2: computer architecture block Figure 3: Memory file system block diagram Figure 4: Software layer diagram Figure 5: Calculation of the temporary operation system implantation flow chart ~"Ten machine original operation system reply flow chart Figure 7: Computer boot flow chart [main Description of component symbols] 101: Central control unit 102

104 •士#触 叫·北橋曰曰# 103 :南橋晶片 •主屺k體 1〇5 :硬式磁碟機 1〇6 ·芙太妗屮鈐 入系統(BIOS) 107 ·顯+哭 基本輸出輸 備箄 · ”、、員 108 :各種輸出入設 ίι餘:憶體模組(快閃記憶體模組) 制器200:暫駐作業系統210:驅 250 =㈣=·裝置驅動程式230:硬體240:軟體層 263.錄1體層』胁程式碼區261:檔案表頭262:序號 土 硬體裝置名稱265:程式大* 266:版本 ------N ~ w 飞,巧主TF呆示挑程序 主記憶體資料釋放程序304 :載入暫駐作業系統程序 載入驅動程式程序306 ··流程結束401:流程開始 回復程序指令執行程序403 ··載入原始作業系統程序 303 305 402 267·使用者杈式301 ••流程開始3〇2 ••债測暫駐作業系統程 303 :主記愔贈咨粗經私#命 ^ ^ ^ ..... 15 M325559 ^4··執行原始作業系統程序405:流程結束 &程開始502 : BIOS檢絲置程序5〇3 : 統程序5〇4:原始作業系統(丨〇s)開機作 業系統(TR0S)職作業程序5〇6:開機完成: 501 ··電源開啟, 偵测暫駐作業系 ^ 505 :暫駐作 流程結束104 •士#触叫·北桥曰曰# 103 : Southbridge chip • Main 屺 k body 1〇5: Hard disk drive 1〇6 · Fu too into the system (BIOS) 107 · Display + cry basic output备··, 员108: Various output settings ίι余: Recalling module (flash memory module) Controller 200: Temporary operating system 210: Drive 250 = (4) = · Device driver 230: Hard Body 240: Software layer 263. Record 1 body layer Threat code area 261: File header 262: Serial number hardware device name 265: Program size * 266: Version ------N ~ w fly, skill master TF Stand-up program main memory data release program 304: load temporary operation system program load driver program 306 · · process end 401: flow start reply program instruction execution program 403 · load original operating system program 303 305 402 267·User 杈式301 ••Process start 3〇2 ••Debt measurement temporary operation system 303: Main record 愔 咨 咨 粗 经 # 命 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Original Operating System Program 405: End of Process & Process Start 502: BIOS Checking Process 5〇3: System 5〇4: Original Operating System (丨〇s) Booting System (T R0S) Occupational operation procedure 5〇6: Startup completion: 501 ··Power on, detecting temporary operation system ^ 505 : Temporary operation

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Claims (1)

M325559 九、申請專利範圍: 下列組件:-中央控制單元 :非揮發性係 ΐ資Γ可提供—作㈣統運倾=晶^ίίίϊ記2 ί H找二^該δ己憶體控制器對非揮發性記憶體内部做必要區塊ΐ理及 義,以增進記憶體的使用效率及提供資料適當及 與計算機主機相連接丄兀件儲存作業系統並可以 部,提供計算機I撕需之作鮮^者、賴人啦記憶體内 中述之—種計算機系統架構,其 動程式係提供為作;^ 系統^系一^計算機系統架構,其中之作業 ...... s) ’提供使用者短期使用計算機者。 之一種 ‘成為單一晶片組者 口十异機系統架構,其中之記憶 •如申請專利範圍帛5項所述 17 M325559 片級者 體控制器與晶#域半賴技術整合成為單一 8·如申請專利範圍第4項所述之一種計算機 體控制H與晶片組係糊半導體技術整合成為'單二晶片g之記憶 !^包申第1或第2項所述之—種計算機系統㈣,_ 内並包括一非揮發性記憶體者。 口式更式磁碟機 利細第5項所述之—種計算齡雌構,复進一牛 包括-非揮發性記憶體者\y )該此口式硬式磁碟機内並 mii利細第8項所狀-種計算齡統轉,1進-+ “二細叫,舰合式硬式_機‘ 12紅=中,專利細第3項所述之_種計算機系統架構,一 + L=^;tS^(Hybrid HDD),誠合式硬式磁碟機‘ It 概圍第9項所狀-種計算齡統架構,1中混人 中的非揮發性記憶體為一快閃記憶體㈣心emory) ΐ與第1項或第2項職之—料算_統架構, d^n、、,接之非揮發性記憶體介面係採用開放式快閃記憶 ”(pen NAND F丨ash Interface,以下簡稱 〇NFI)之介面者。 15.如申明專利範圍第5項所述之一種計算機系統架構,其與晶片 18 .M325559 • 組相連接之非揮發性記憶體介面係採用開放式快閃印橋辨人而 (〇pen NAND Flash Interface,以下簡稱ONFI}之介面^广’丨 16_如申請專利範圍第8項所述之一種計算機系統架構,直盥曰 組相連接之非揮發性記憶體介面係採用開放式快閃音、雜': (Open NAND Flash Interface,以下簡稱 ONFI}之介面者广 1 17·如申請專利範圍第12項所述之一種計算機系統架構,其與曰 - 片組相連接之非揮發性記憶體介面係採用開放式快閃^己愤 ⑩(〇pen NAND Flash Interface,以下簡稱ONFI)之介面者。。川 18_如申請專利範圍第13項所述之一種計算機系統架構,其與晶 片組相連接之非揮發性記憶體介面係採用開放式快閃記憶 (Open NAND Flash Interface,以下簡稱 ONFI)之介面者。 19·如申請專利範圍第3項所述之一種計算機系統架構,其與晶片 組相連接之非揮發性記憶體介面係採用開放式快閃記憶'體' =面 (Open NAND Flash Interface,以下簡稱 ONFI)之介面者。 修-20_如申請專利範圍第4項所述之一種計算機系統架構,其與晶片 . 組相連接之非揮發性記憶體介面係採用開放式快閃記憶7體' =面 (Open NAND Flash Interface,以下簡稱 ONFI}之介面者广 21.如申請專利範圍第6項所述之一種計算機系統架構,其與晶片 組相連接之非揮發性記憶體介面係採用開放式快閃記憶體介面 (Open NAND Flash Interface,以下簡稱 ONFI)之介面者。 22_如申請專利範圍第8項所述之一種計算機系統架構,其與晶片 組相連接之非揮發性記憶體介面係採用開放式快閃記憶體 '介面 (Open NAND Flash Interface,以下簡稱 ONFI)之介面者广 19 M325559 23.如申請專利範圍第彳項或第2 其與晶片組相連接之非揮發性义時^種°十”機糸統木構 _侧或機體(F㈣ ΐ相5項所述之—種計算齡統架構,其與晶片 軸參h _離件 ^如㈣專利範圍第8項所述之-種計算機系統架構 ,其與晶片 ^ 1接之非揮發性記憶體係採用快閃記憶體(Flash memory)元件 或相變記憶體(PCRAM)元件所構成者。 請專利範圍$ 12項所述之一種計算機系統架構,其與晶 1、、且相連接之非揮發性記憶體係採用快閃記憶體(F丨ash m_⑺元 件或相變記憶體(PCRAM)元件所構成者。 27·如憎專纖圍第13項所述之_種計算齡統架構,其與晶 、、且相連接之非揮發性3己憶體係採用快閃記憶體(円郎卜mem〇fy)元 件或相變記憶體(PCRAM)元件所構成者。 28_如申清專利範圍帛w項所述之一種計算機系統架構,其與晶 、、且相連接之非揮發性以思體係採用快閃記憶體(F|ash memory)元 件或相變記憶體(PCRAM)元件所構成者。 29_如申請專利範圍帛20項所述之一種計算機系統架構,其與晶 組相連接之非揮發性s己憶體係採用快閃記憶體(Fiash mem〇ry)元 件或相變記憶體(PCRAM)元件所構成者。 曰曰 30·如申请專利範圍第21項所述之一種計算機系統架構,其與 20 M325559 片、、且相連接之非揮發性以思體係採用快閃記憶F|ash mem〇 ) 件或相變記憶體(PCRAM)元件所構成者。 3μ1: 專利範圍第22項所述之一種計算機系統架構,其與晶 、、且目、之非揮發性體係採用快閃記憶體(Flash memory)元 件或相變記憶體(PCRAM)元件所構成者。 t H请气利範圍第3項所述之一種計算機系統架構,其與晶片 、,相連接之非揮發性記憶體係採用快閃記憶丨ash mem 或相變記憶體(PCRAM)元件所構成者。 3 =請專 =範圍第4項所述之—種計算機系統架構,其與晶片 揮發性記憶體係採用快閃記憶體(F|ash mem州元件 或相變§己憶體(PCRAM)元件所構成者。 iunt圍第6項所述之—種計算機系統架構,其與晶片 t i 憶體係採用快閃記憶體(Flash mem。⑺元件 或相k記憶體(PCRAM)元件所構成者。 二如金1„圍第8項所述之—種計算機系統架構,其與晶片 ΐ二2揮發性兄憶體係採用快閃記憶體(Flash mem〇fy)元件 或相變記憶體(PCRAM)元件所構成者。 干 ϋ二::專矛!範圍第101頁所述之-種計算機系統架構,其與晶 件或相變記憶體(PCRAM)元件所構成者/〜 ⑺ M325559 38. —種移動儲存裝詈, 憶體單元,該記㈣單有—記舰控繼及-非揮發性記 讀取及載讀存作業_,該作餘统經過 機平台者。、开°卩的裝置驅動程式後可工作於該計算 揮發性二移動儲存裝置’其中之非 體(PCRAM)元件所構成者。° w體(F ash memorV)兀件或相變記憶 ΪΓ严第39項所述之—種移_存裝置, 算:者作業導暫駐作業系統(職),提贿^ 其中該:以=|:8以::„-種移動儲存裝置, 序,並讀取及載入儲存於ί算機内部的裝置機開機的程 取及載入儲存於計算機内部的裝置驅機開機的程序,並讀 44_如申請專利範圍第39項所述之一種 USB為介面之非揮發性記憶 · ζ^ ’其係採用 _&quot;一)介面及其規格之非揮發^“採存用裝= 22 M325559 usb 記 ===_置,其係採用 _ngent _介⑽規格之_發二 1 慧者棒 46.如申請專利範圍第41項所述之一種移動 USB為介面之非揮發性記憶體資料儲存妒、’,、係採用 (Intelligent Stick)介面及其規格之非揮發性記體:^^^慧者棒 47·如申請專利範圍第39項所述之一種移動儲存裝置,复 PCI Express介面及PCI Express卡做為該移動儲^裝置^糸採用 48·如申請專利範圍第40項所述之一種移動儲存裝置,其係 PCI Express介面及PCI Express卡做為該移動儲存裝置^ 木 23 M325559 • 七、指定代表圖: (一) 本案指定代表圖為:第(二)圖。 (二) 本代表圖之元件符號簡單說明: 101 :中央控制單元(CPU), 102 :北橋晶片, 103 :南橋晶片, &quot; 104 ·•主記憶體, . 105 :硬式磁碟機, 106 :基本輸出輸入系統(BIOS), • 107 :顯示器, 108 :各種輸出入設備等, 110 ·•非揮發性的記憶體模組(快閃記憶體模組), 111 :非揮發性記憶體控制器。M325559 IX. Patent application scope: The following components: - Central control unit: Non-volatile system ΐ Γ Γ — 作 四 四 四 四 四 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 ^ ^ ^ ^ The necessary memory blocks and meanings are made inside the volatile memory to improve the use efficiency of the memory and provide appropriate information and connection with the computer host. The storage operation system can be provided, and the computer I can be used for tearing. The computer system architecture described in the memory of the person, the memory system is provided in the body, the dynamic program is provided as a work; ^ system ^ system ^ computer system architecture, where the operation ... s) 'provide the user Short-term use of computers. One kind of 'becoming a single chipset system', the memory of the system is as follows: as claimed in the scope of patent application 17 5 items, 17 M325559 chip-level body controller and crystal # domain semi-reliable technology integration into a single 8 · as applied The computer body control H and the wafer group paste semiconductor technology described in the fourth item of the patent scope are integrated into the memory of the single-chip wafer g. ^2, the computer system (4) described in Item 1 or 2, _ And include a non-volatile memory. The mouth-type disc drive is described in item 5, which is a kind of calculation age, and the re-integration of a cow includes - non-volatile memory\y) the hard disk drive and the mii Item type - kind of calculation age, 1 into - + "two fine calls, ship-type hard _ machine" 12 red = medium, patent fine item 3 of the computer system architecture, one + L = ^; tS^(Hybrid HDD), Chenghe type hard disk drive 'It is the 9th item in the category - a kind of calculation age structure, the non-volatile memory in 1 mixed person is a flash memory (4) heart emory) ΐ 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第〇NFI) interface. 15. A computer system architecture according to claim 5, wherein the non-volatile memory interface connected to the chip 18. M325559 is an open flash bridge (辨pen NAND Flash). Interface, hereinafter referred to as ONFI} interface ^广'丨16_ As described in the computer system architecture of claim 8, the non-volatile memory interface connected to the direct group is open flash, Open': (Open NAND Flash Interface, hereinafter referred to as ONFI} interface 1 1 · A computer system architecture as described in claim 12, the non-volatile memory interface connected to the 曰-chip group It is an interface of an open flash NAND Flash Interface (hereinafter referred to as ONFI). A computer system architecture as described in claim 13 of the patent application, which is connected to a chipset. The non-volatile memory interface is an Open NAND Flash Interface (ONFI) interface. 19. A computer system architecture as described in claim 3 The non-volatile memory interface connected to the chipset adopts an open flash NAND Flash Interface (hereinafter referred to as ONFI) interface. In a computer system architecture, the non-volatile memory interface connected to the chip group is an open NAND Flash Interface (hereinafter referred to as ONFI) interface. The computer system architecture of claim 6, wherein the non-volatile memory interface connected to the chipset adopts an interface of an Open NAND Flash Interface (ONFI). 22_ The computer system architecture of claim 8, wherein the non-volatile memory interface connected to the chipset adopts an Open NAND Flash Interface (hereinafter referred to as Open NAND Flash Interface). The interface of ONFI) is wide 19 M325559 23. If the scope of the patent application is the second or the second, it is connected to the chipset, and the non-volatile time is the same as that of the chipset. The side or the body (F(4) The calculation of the age structure, which is described in item 5 of the phase, and the non-volatile structure of the chip system as described in item 8 of the patent scope (4). The memory system is composed of a flash memory component or a phase change memory (PCRAM) component. Please refer to a computer system architecture of the patent scope of item 12, which is connected to the crystal 1, and is connected to a non-volatile memory system using a flash memory (F丨ash m_(7) element or phase change memory (PCRAM) element. The composition of the chronological structure described in the 13th item of the 憎 憎 围 , , , , , , , , , , , , , 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算 计算Fy) component or phase change memory (PCRAM) component. 28_ A computer system architecture as described in the scope of patent application 帛w, which is connected to the crystal, and connected non-volatile system A flash memory (F|ash memory) component or a phase change memory (PCRAM) component. 29_ A computer system architecture as described in claim 20, which is non-volatile to the crystal group. The sufficiency system is composed of a flash memory (Fiash mem〇ry) component or a phase change memory (PCRAM) component. 曰曰30. A computer system architecture according to claim 21, Non-volatile system with 20 M325559 pieces and connected Flash memory F | ash mem〇) or a phase change memory element (the PCRAM) elements were formed. 3μ1: A computer system architecture according to claim 22, which is composed of a flash memory component or a phase change memory (PCRAM) component, and a non-volatile system. . t H Please refer to the computer system architecture described in item 3 of the gas range, and the non-volatile memory system connected to the wafer, is composed of flash memory 丨ash mem or phase change memory (PCRAM) components. 3 = Please specify = the computer system architecture described in item 4, which is composed of a flash memory (F|ash mem state component or phase change § memory (PCRAM) component). Iunt is a computer system architecture described in item 6, which is composed of a flash memory (Flash mem. (7) component or phase k memory (PCRAM) component). „A computer system architecture as described in Item 8, which is composed of a flash memory (Flash mem〇fy) element or a phase change memory (PCRAM) element. Cognac 2::Special spear! The computer system architecture described in the scope of page 101, which is composed of a crystal or phase change memory (PCRAM) component / ~ (7) M325559 38. A kind of mobile storage device, Recalling the body unit, the record (4) has a single record - the ship control and the non-volatile record read and the load read and write operation _, the work is passed through the machine platform. The calculation is made up of a non-body (PCRAM) component of the volatile two mobile storage device. w body (F ash memorV) element or phase change memory ΪΓ 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第:8 to:: „- a kind of mobile storage device, pre-order, and read and load the device stored in the internal computer to start and load the device stored in the computer to start the program, and read 44_A non-volatile memory of a USB interface as described in claim 39 of the patent application. </ br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br> Note ===_, which is based on the _ngent _ _ (10) specification _ fa 2 hui hui stick 46. A mobile USB interface for non-volatile memory data storage as described in claim 41 , ',, is a non-volatile record using the (Intelligent Stick) interface and its specifications: ^^^慧者棒47·A mobile storage device as described in claim 39, the PCI Express interface and PCI The Express card is used as the mobile storage device. 48. A mobile storage device as described in claim 40 of the patent application scope. Storage device, which is a PCI Express interface and a PCI Express card as the mobile storage device ^ M 23 M325559 • VII. Designated representative map: (1) The representative representative of the case is: (2). (2) Representative map A brief description of the component symbols: 101: Central Control Unit (CPU), 102: Northbridge, 103: Southbridge, &quot; 104 • Main Memory, . 105: Hard Disk Drive, 106: Basic Output Input System (BIOS) ), • 107 : Display, 108 : Various input/output devices, etc. 110 • Non-volatile memory module (flash memory module), 111 : Non-volatile memory controller.
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8892860B2 (en) 2008-10-03 2014-11-18 Hewlett-Packard Development Company, L.P. Clearing secure system resources in a computing device
TWI509413B (en) * 2009-01-12 2015-11-21 Os protecting method

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8892860B2 (en) 2008-10-03 2014-11-18 Hewlett-Packard Development Company, L.P. Clearing secure system resources in a computing device
TWI468973B (en) * 2008-10-03 2015-01-11 Hewlett Packard Development Co Clearing secure system resources in a computing device
TWI509413B (en) * 2009-01-12 2015-11-21 Os protecting method

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