TWI304579B - Optical recording medium, recording/reproducing apparatus and method, initialization method, and reinitialization method - Google Patents
Optical recording medium, recording/reproducing apparatus and method, initialization method, and reinitialization method Download PDFInfo
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- TWI304579B TWI304579B TW094112195A TW94112195A TWI304579B TW I304579 B TWI304579 B TW I304579B TW 094112195 A TW094112195 A TW 094112195A TW 94112195 A TW94112195 A TW 94112195A TW I304579 B TWI304579 B TW I304579B
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Classifications
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B7/00—Recording or reproducing by optical means, e.g. recording using a thermal beam of optical radiation by modifying optical properties or the physical structure, reproducing using an optical beam at lower power by sensing optical properties; Record carriers therefor
- G11B7/004—Recording, reproducing or erasing methods; Read, write or erase circuits therefor
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B19/00—Driving, starting, stopping record carriers not specifically of filamentary or web form, or of supports therefor; Control thereof; Control of operating function ; Driving both disc and head
- G11B19/02—Control of operating function, e.g. switching from recording to reproducing
- G11B19/12—Control of operating function, e.g. switching from recording to reproducing by sensing distinguishing features of or on records, e.g. diameter end mark
- G11B19/122—Control of operating function, e.g. switching from recording to reproducing by sensing distinguishing features of or on records, e.g. diameter end mark involving the detection of an identification or authentication mark
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B20/00—Signal processing not specific to the method of recording or reproducing; Circuits therefor
- G11B20/10—Digital recording or reproducing
- G11B20/12—Formatting, e.g. arrangement of data block or words on the record carriers
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B7/00—Recording or reproducing by optical means, e.g. recording using a thermal beam of optical radiation by modifying optical properties or the physical structure, reproducing using an optical beam at lower power by sensing optical properties; Record carriers therefor
- G11B7/007—Arrangement of the information on the record carrier, e.g. form of tracks, actual track shape, e.g. wobbled, or cross-section, e.g. v-shaped; Sequential information structures, e.g. sectoring or header formats within a track
- G11B7/00736—Auxiliary data, e.g. lead-in, lead-out, Power Calibration Area [PCA], Burst Cutting Area [BCA], control information
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B7/00—Recording or reproducing by optical means, e.g. recording using a thermal beam of optical radiation by modifying optical properties or the physical structure, reproducing using an optical beam at lower power by sensing optical properties; Record carriers therefor
- G11B7/007—Arrangement of the information on the record carrier, e.g. form of tracks, actual track shape, e.g. wobbled, or cross-section, e.g. v-shaped; Sequential information structures, e.g. sectoring or header formats within a track
- G11B7/013—Arrangement of the information on the record carrier, e.g. form of tracks, actual track shape, e.g. wobbled, or cross-section, e.g. v-shaped; Sequential information structures, e.g. sectoring or header formats within a track for discrete information, i.e. where each information unit is stored in a distinct discrete location, e.g. digital information formats within a data block or sector
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B7/00—Recording or reproducing by optical means, e.g. recording using a thermal beam of optical radiation by modifying optical properties or the physical structure, reproducing using an optical beam at lower power by sensing optical properties; Record carriers therefor
- G11B7/24—Record carriers characterised by shape, structure or physical properties, or by the selection of the material
- G11B7/24094—Indication parts or information parts for identification
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B20/00—Signal processing not specific to the method of recording or reproducing; Circuits therefor
- G11B20/10—Digital recording or reproducing
- G11B20/12—Formatting, e.g. arrangement of data block or words on the record carriers
- G11B2020/1264—Formatting, e.g. arrangement of data block or words on the record carriers wherein the formatting concerns a specific kind of data
- G11B2020/1265—Control data, system data or management information, i.e. data used to access or process user data
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- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B2220/00—Record carriers by type
- G11B2220/20—Disc-shaped record carriers
- G11B2220/25—Disc-shaped record carriers characterised in that the disc is based on a specific recording technology
- G11B2220/2537—Optical discs
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- Engineering & Computer Science (AREA)
- Signal Processing (AREA)
- Computer Security & Cryptography (AREA)
- Signal Processing For Digital Recording And Reproducing (AREA)
- Optical Recording Or Reproduction (AREA)
Description
'^pi,oc 九、發明說明: 【發明所屬之技術領域】 ^ 本發明是有關於一種碟片,且特別是有關於一種資訊 。、己錄媒體、一種記錄/再生裝置與方法、一種初始化方法, 以及一種再初始化方法,通過該方法初始化碟片以取得呓 錄/再生相容性。 σ 【先前技術】 〃包括光碟驅動系統與光碟的光學系統之標準必須根 光碟科技與半導體科技的發展而經常更新。圖1緣示為 解釋有關標準更新的問題之示意圖。通常,通過向舊標準 中t入新的功能來獲得新的標準。舊標準碟片12被^為 在舊標準驅動系統11中操作,然而新標準碟片14被設計 為在新標準驅動系統13中操作。 又° 舊標準與新標準可能提供或者不提供記錄/再生相容 生。如果確保了記錄/再生相容性,則在舊標準驅動系統U 與新標準驅動系統13中都可以記錄/再生舊標準碟片、12與 新標準碟;i 14。例如,當新標準碟Μ 14被裝载入舊標準 驅動系統11中時,舊標準驅動系統U應該回應新中 =加入的功能而正確地操作。因此,應該考慮到需要不斷 更新標準來進行標準設計。 由於這種需要,有必要定義允許驅動系統執行現有標 準可識別之功能的規則與允許同樣的驅動系統執行現有標 準不識別之新功能的規則。在向現有標準加入新功能以製 造未來標準的情況下,如果未來標準驅動系統在碟片上儲 J3〇45J7g,d〇c 2現有標物動系統為實現新魏 貝讯,現有標準驅動系統可以從適用“ =丁的域 取該^纽執行這些關於新魏的操作b的碟片上讀 在這種觀點中,需要一種初始化 ::广方法使得不同類型的驅動系統能夠二= ::破該驅動系統識別之功能的碟片。初始化用 3仃以便最初使用該碟片的過程。再初始化是在;】: 上執仃以再次初始化該舊碟片的過程。 碟片 【發明内容】 本發賴供-種光學記錄雜、—觀錄 方法、-種初始化方法以及—種再初始化方法,‘b 同標準的碟片與驅動系統之間的相容性。 门 括提供了—種資訊記㈣體,該f訊記錄媒體包 己=存取控制資料的存取控幅,該存取控制資料具有 為Λ β亥公共資訊被設定為允許不能識別適用於該資 訊記錄媒體之預定功能的記錄/再生裝置控制對該資訊^ 錄媒體的存取,其巾當初始化祕捕化該資tfl記錄媒體 時,關於該記錄/再生裝置可識別之功能的存取控制資料被 記錄在存取控制區中。 、 依據本發明之一觀點,有關可識別之功能的存取控制 資料之公共資訊包括可識別之功能的ID、資訊記錄媒體的 可格式化性(formatability)資訊以及定義在資訊記錄媒體 上之次區域的可記錄性/可再生性資訊。 依據本發明之一觀點,可格式化性資訊與可記錄性/ ,I3〇4m- 定為“可格式化,,與“可記錄”。 以預定觀點’在記錄了存取控制資料之後, 制區中餘下未記錄的區域。 裝置,觀點,本發明提供了一種記錄/再生 制區的;訊記。體己 中在敌批制次日士、 Μ丌咼八興峡取的碩寫早兀,其 控制貝枓具有公共資訊,該 不能識別適用於資印^你狀_ /、貝几破叹疋為允沣 置控制對«触之敎魏的記錄/再生裝 初始化或再初始』-個,^ 單元向存取控制區中記錄於、奸2控制讀寫 功能的存取控制資料。H己錄/再生裝置可識別之 方法依又:觀點’本發明提供了一種記錄/再生 使用該媒體時,向存取㈣lfF ^ 化貝i己錄媒體以 識別之功能的存取控“ 再生裝置可 取控制資㈣存健具有記錄存 — 以 成存取控制貧料具有公丘眘 ::公共資訊被設定為允許任何不能識別適;訊 _體之預定功能的記錄/再 資 媒體的存取。 置铋市j對。亥貝己錄 另一觀點,本發明提供了-種初始化資 afLa己錄媒體的方法,該方法包括向 、 管理區中記錄缺陷管理盘碑片总厂2/。、豆上的缺陷 八山— /、呆月^理的初始化資訊,以管理 务生在该貧訊記錄媒體的資料區中的缺陷;以及向資訊記 13 045ι7β^ρ if.doc 錄媒體上的存取控制區令㈣ 該公共資訊被存取控制資料具有公共資訊, 媒為 不能識別適用於該資訊記錄 疋功能的記錄/再生裝置_____ (DDtCt Γί 一觀點’初始化資訊包括碟片定義結構 區八配石、甘定義結構包括備用區分配資訊與用戶資料 G f5fl ’其中備用區被分配在資料區巾,用以記錄用 來替代資料區中的缺陷資料的資 ^ ^ « 中,用以⑽田“: 枓用戶貧料區在資料區 " 戶貧料,以及包括缺陷管 缺陷列表(DFL)。 ⑼心Λ的 依據本發明之又一觀點,太名表g日坦1 蜆砧,本發明提供了 一種再初始化 錄雜的方法,該方法包括败是錢 在該貧訊記錄媒體的缺陷管理區(用於缺陷管理與碟片ΐί 初始化資訊與記錄在該資訊記錄媒體的存取控二 -中诗取控制育料再次初始化該資訊記錄媒體,該 控制資料具有公共資訊,該公共資訊被設定為允許任何不 能識別適用於該資訊記錄媒體之預定功能的記錄/再生壯 置控制對職訊記錄龍畴取;如果狀可以再初= 錄媒體’用缺陷管理區中的再初始化資訊更㈣ 口貝5fi,以及清除存取控制區,並且將關於該記錄 1置可識別之功能的存取控制資料記錄在存取控制區中。 依據本發明之-觀點,再初始化資訊包括碟 構’該碟>1定義結構包括制區分崎訊與用戶資料區^ I3〇45^p,doc =’其中備用區被分配在資料區中,用以記錄用來替 代貝料區中的缺陷資料的資料,用戶資料區在資料區中, 用=記錄用戶資料;以及包括缺陷管理之初始資訊的缺陷 夕4表。 =據本糾m财闕包括狀刺區的大 二====== :區記錄有關存取控制資料區塊_取控;:二 錄性之,狀態資訊,存取 別適用於i資二H :公共f訊被設定為允許不能識 訊記錄媒體的 ==== 二::::資::控制單元控制讀寫單元改變存 依據本發明之一觀點,A 欠 控制單元將表明存取控制;己錄媒體時, 制資料並且可二己:匕取控制資料區塊具有無效输 。己錄存取控制資料之狀態資訊。 依據本發明之一觀點,A $、u y u -欠二 控制單元不改變表明存取控;資:塊 I3045^pi,oc 資料之狀'^pi, oc IX. Description of the invention: [Technical field to which the invention pertains] ^ The present invention relates to a disc, and in particular to an information. A recorded medium, a recording/reproducing apparatus and method, an initialization method, and a reinitialization method by which a disc is initialized to obtain recording/reproduction compatibility. σ [Prior Art] The standard of optical systems including optical disc drive systems and optical discs must be updated frequently with the development of optical disc technology and semiconductor technology. Figure 1 is a schematic diagram explaining the problem of standard updates. Usually, new standards are obtained by adding new features to the old standard. The old standard disc 12 is operated in the old standard drive system 11, however the new standard disc 14 is designed to operate in the new standard drive system 13. ° Old and new standards may or may not provide record/reproduction compatibility. If the recording/reproduction compatibility is ensured, the old standard disc, 12 and the new standard disc; i 14 can be recorded/reproduced in both the old standard drive system U and the new standard drive system 13. For example, when the new standard drive 14 is loaded into the old standard drive system 11, the old standard drive system U should operate correctly in response to the new medium = added function. Therefore, consideration should be given to the need to continually update standards for standard design. Because of this need, it is necessary to define rules that allow the drive system to perform the functions of the existing standard identifiable rules and new rules that allow the same drive system to perform new functions that are not recognized by existing standards. In the case of adding new functions to existing standards to create future standards, if the future standard drive system stores J3〇45J7g on the disc, the existing standard motion system of d〇c 2 is the new Weibei news, the existing standard drive system can Reading from the discs that apply the "=" field to perform these operations on the new Wei's operation b, in this view, an initialization is required: the wide method enables different types of drive systems to be able to A disc that drives the function of the system to recognize. The process of initializing the disc is used to initialize the disc. The reinitialization is in the process of re-initializing the old disc. The disc [invention] Lai supply - kind of optical recording, - recording method, - initialization method and - reinitialization method, 'b with the standard disc and drive system compatibility. The door provides a kind of information (4) Body, the media recording packet has access control bandwidth of the access control data, and the access control data has a flag set to allow the identification of a predetermined function applicable to the information recording medium. The recording/reproducing device controls access to the information recording medium, and when the towel is initialized to capture the tfl recording medium, the access control data regarding the function recognizable by the recording/reproducing device is recorded in the access control According to one aspect of the present invention, public information about the identifiable access control data includes an ID of the identifiable function, formatability information of the information recording medium, and definition in the information recording medium. Recordability/renewability information of the upper sub-area. According to one aspect of the present invention, formatability information and recordability /, I3〇4m- are defined as "formattable," and "recordable". The unrecorded area remains in the zone after the access control data is recorded at a predetermined point of view. Apparatus, point of view, the present invention provides a recording/reproduction area; In the body, the masters of the second day of the enemy, the eight-day gorge, the masterpiece of the book, the control of the Bessie has public information, the identification can not be applied to the printing of your ^ _ /, Beiji sigh In order to allow the control to initialize or re-initialize the recording/reproduction of the touch, the unit records the access control data of the read/write function in the access control area. The method for recognizing the H recording/reproducing device is as follows: The present invention provides an access control device for recording/reproducing the function of accessing (four) lfF^ to record the media to identify the function. Desirable Controls (4) Deposits with records - to achieve access control to control the poor materials with Gongqi Shen:: Public information is set to allow access to any records that are not identifiable; The company has set a point of view, and the present invention provides a method for initializing the afLa recording media, which includes recording the defect management disk tablet factory 2/. The defect of the eight-mountain-/, the monthly initialization information to manage the defects of the student in the data area of the poor recording media; and access to the information recorded on the information record 13 045ι7β^ρ if.doc Control Area Order (4) The public information is accessed by the access control data with public information, and the media is unable to identify the recording/reproducing device _____ applicable to the information recording function (DDtCt Γί a viewpoint 'initialization information including the disc definition structure area eight The matching structure of the stone and the Gan includes the allocation information of the spare area and the user data G f5fl 'where the spare area is allocated in the data area to record the information used to replace the defect data in the data area ^ ^ « in the field ": 枓 user poor material area in the data area " household material, and including defective tube defect list (DFL). (9) Λ Λ according to another aspect of the present invention, too name table g 坦 坦 1 蚬 anvil, the present invention provides A method for reinitializing a recording, the method comprising: losing money in a defect management area of the poor recording medium (for defect management and disc ΐί initialization information and recording access control in the information recording medium - The poetry control nurturing re-initializes the information recording medium, the control data has public information, and the public information is set to allow any recording/regeneration control control that does not recognize the predetermined function applicable to the information recording medium. Domain fetch; if the shape can be re-initial = record media 're-initialization information in the defect management area (4) muzzle 5fi, and clear access control area, and will be related to the record 1 The access control data of the identifiable function is recorded in the access control area. According to the aspect of the present invention, the reinitialization information includes the disc structure 'the disc> 1 definition structure including the system for distinguishing the sub-sense and the user data area ^ I3〇45^p, doc = 'where the spare area is allocated in the data area for recording the data used to replace the defect data in the bedding area, and the user data area is in the data area, using = to record the user data; Defective eve 4 table including the initial information of defect management. = According to this correction, the stipulations include the sophomores in the thorn area ====== : The area records the access control data block _ take control; , status information, access is not applicable to i-funded two H: public f-message is set to allow unrecognized recording media ==== two:::::: control unit controls the read-write unit to change the deposit basis According to one aspect of the invention, the A under-control unit will indicate access control; when the media has been recorded, the data will be processed and the control data block will have invalid input. Status information of the access control data has been recorded. According to one aspect of the present invention, A $, u y u - under two control units do not change to indicate access control; capital: block I3045^pi, oc data
貧訊與表明存取控制資料區塊可以記錄存取控 態資訊。 I 依據本發明之-觀點,當再初始化資訊記錄 控‘制單it將表明存取控㈣料區塊具有有效存取控資 與“再生時的缺陷(defect_while_reproduction),,:能二 訊改變為表明該存取控㈣料區塊是缺陷區塊之狀= 伙撅本發明之一觀點The poor message and the indicated access control data block can record access control information. According to the present invention, when re-initializing the information record control 'manufacturing list' will indicate that the access control (four) material block has effective access control and "defect_while_reproduction", It indicates that the access control (four) material block is the shape of the defective block = one of the views of the present invention
控告丨罝士祕座卜士办οσ ”、 σ Κ貝訊^己錄媒體時, 資料ΪΙ ί將“·與“FFh”之—作為存取控制 制資料區塊^效:明包含在存取控制區中的該存取控 依據本發明之一觀點,當存取控 ==料 的有關I態資 資料。 舄早兀伙4存取控制資料區塊讀取 依據本發明之一觀點,^里A 的有關狀態資訊時出再生存取控制資_ 判定該存取控㈣“於存取控制資料的ID 方法依 資訊區的資訊記錄媒^ :制區與存取控制資料狀態 控制區記錄存取控與讀取,其中存取 關於存取控制諸區塊(J存料狀態f訊區記錄 、匕3存取控制資料)的缺陷性與 I3〇45J7?p,doc 可§己錄性之-的狀態資訊’存取控制資料具有公共資訊, 該公共資訊被設定為允許不能識別適用於該資訊記錄媒體 之預定功能的記錄7再生裝置控制對該資訊記錄媒體的存 依據本發明之另一觀點,本發明提供了一種記錄,再生 ^ f衣置包括個對具有記錄存取控制資料之存取控When the accused gentleman secrets the office οσ ”, σ Κ 讯 ^ 己 己 己 己 己 己 己 己 己 己 己 己 ΪΙ 将 将 · · · · · · · · · FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF The access control in the control area is in accordance with one aspect of the present invention, when access control == material related information. According to one aspect of the present invention, the status information of the A is updated and the access control information is determined. According to the information recording medium of the information area: the area control and the access control data status control area record access control and reading, wherein access to the access control blocks (J storage status f area record, 匕 3 storage The defect information of the control data) and the status information of the I3〇45J7?p, doc can be recorded - the access control data has public information, and the public information is set to allow identification of the information recording medium. Recording of a predetermined function 7 Reproduction device controlling the storage of the information recording medium According to another aspect of the present invention, the present invention provides a recording, reproducing device including a pair of access control having record access control data
訊記錄媒體進行資料寫入與讀取的讀寫單元,存 資料具有公共資訊’該公共資訊被設定為允許不能 =,用於該資訊記錄媒體之财功能的記錄/再生裝置 資訊記錄媒體的存取;以及—個控制單元,當初 ^ 始化该貧訊記錄媒體時,該控制單元控制讀寫 人預設?取控制㈣,預設存取控制 記錚婵俨1二】二:5亥公共資訊被設定為允許關於該資訊 Hit的區额預定的特定資訊㈣入/讀取。 役定二彳明之―舰,至少部分為職存取控制資料 ^的值疋由-個主機(hGst)與控制單元中至少一個提 裝置依广,本發明提供了-種記錄/再生 制區的“靜】對射_存取控师料之存取控 取控制資料具有公共資訊,該公f早兀,存 識別適料該資訊賴卿i預:^ff Μ允許不能 控制對該f訊 :體之預疋功此的記錄/再生裝置 錄媒體的存取;以及一個控制單元,當初 12 13 045j76^pif.d〇c 始化或再初始化該資訊 單元向存取控制區中寫入^體日:’該控制單元控制讀寫 能的存取控制資料中的至少預ϋ再生裝置可識別之功 控制資料包括公共資訊,二;=定資:允=取 :記錄定義的㈣二: 裝置mm :有本提供了-種記錄/再生 制區的資訊記錄媒心資 取控制資料具有公妓次~ /、。貝取的項寫早兀,存 識別適用於該公㈣訊被奴為允許不能 控制對該資訊力㈣記崎生裝置 初始化該資訊記錄媒it時^,當再 =錄/再生裝置可識別之功:的存二^ 圮錚/爯p ^、f #中存取控制資料區塊中關於 m識別之功能的存取控制資料區塊中纪 錄一個表明可用(available),,的值。 中 捧除控制單元控制讀寫單元改變或 j存取㈣㈣區塊中關於可識別之功能的資料 ^據用戶4求增加關於新的可識別之功 料區塊,以,乂上改變、擦除與增加的結果 可識別之功柄存取控制資料區塊的狀態資訊。’、 依據本發明之-觀點,關於新的可識別之功能 控制貧料區塊包括預設存取控制資料,該預設存取押制資 13 料具有公共資訊,該公共資訊被設定為允許有關該資訊記 錄媒體上定義的次區域與預定的特定資訊的寫入/讀取。 依據本發明之一觀點,控制單元控制讀寫單元將 “00h”與“卿”之—寫人關於無法識狀功能的存取控制資 料區塊中’以表明㈣於紐識狀功能的存取控制資料 區塊不具f有效資料,以及改變該關於無法識別之功能的The reading and writing unit for recording and reading data of the recording medium, the stored data has public information 'The public information is set to allow not=, the recording/reproducing device information recording medium for the financial function of the information recording medium And a control unit, when the initial recording of the poor recording medium, the control unit controls the reading and writing of the person preset control control (four), the preset access control record 1 2] 2: 5 Hai public The information is set to allow specific information (four) to be entered/read with respect to the area of the information Hit. The value of the at least part of the access control data is determined by the host (hGst) and at least one of the control units. The present invention provides a recording/reproduction area. "Static" on the access control device access control data has public information, the public f early, save the identification of the information. Lai Qing i pre: ^ ff Μ allow to control the f: The recording/reproducing device records the access of the medium; and a control unit that initializes or reinitializes the information unit to write to the access control area at the beginning 12 13 045j76^pif.d〇c Day: 'The control unit controls the read/write energy access control data. At least the pre-recycling device can recognize the work control data including public information, 2; = capital: allow = take: record definition (4) 2: device mm : This book provides a kind of record-recording/reproduction area information recording media acquisition control data has a public time ~ /,. The item taken in the book is written early, the identification is applied to the public (four) message is allowed to be slaves allowed to control When the information force (4) remembers the Sakae device to initialize the information recording media it ^, when = Recording/reproducing device identifiable work: A record of the access control data block in the access control data block in the access control data block in the access control data block indicates that it is available (available) The value of ,,, in addition to the control unit control read-write unit change or j access (four) (four) block in the information about the identifiable function ^ according to the user 4 to increase the new identifiable function block, The status information of the data block is controlled by the function of changing, erasing, and adding arbitrarily. ', according to the present invention, the new identifiable function control poor block includes preset storage Taking control data, the preset access pledge 13 has public information, and the public information is set to allow writing/reading of the sub-region defined on the information recording medium and predetermined specific information. One point of view is that the control unit controls the read/write unit to write "00h" and "Qing" in the access control data block of the unrecognizable function to indicate (4) the access control data area of the new knowledge function. Block does not have valid data And changing the feature about unrecognized
存取控制㈣區塊的狀態資訊,以表_關於無法識別之 功月b的存取控制資料區塊是“可用的”。 、、依據本發明之另—觀點,本發明提供了-種記錄/再生 4方法包括’當初始化或再初始化資訊記錄媒體時, ί存取控舰中記_設存取控㈣料,其中存取控制區 ==媒體上提供,用以記錄以上存取控制資料,存 有公共資訊,該公共資訊被設定為允許不能 記錄媒體之預定功能的記錄/再生裝置 Γ勺H喊錄紐的存取,並且其巾·存取控制資The access control (4) block status information is "available" with respect to the access control data block of the unrecognized power month b. According to another aspect of the present invention, the present invention provides a method for recording/reproducing 4 including: 'When initializing or reinitializing the information recording medium, 存取 accessing the control ship _ setting access control (four) material, wherein The control area == is provided on the media for recording the above access control data, and the public information is stored, and the public information is set to allow access to the recording/reproducing device that cannot record the predetermined function of the media. And its towel and access control
錄媒體t定義的次區域與預定的特定資訊的寫丄讀取 方月之另—觀點,本發明提供了—種記錄/再生 包括’當靖/再生裝置初始化或再初始化資 控制區中記錄關於該記錄/再生裝置 如J之功月匕的存取控制資料中的至 料,其中存取抻六次4 /頂口又什取ί工剃貝 ,^¥ , 工σσ負矾§己錄媒體上提供,用以記錄以 ==::=料具有公共資訊,該公共資 爷不4別適用於該資訊記錄媒體之預定功 I if.doc 中預設存取’並且其 允許有= ° ’该公共資訊被設定為 訊的寫入/讀取錄媒體U義的次區域與财的特定資 方法依一觀點,本發明提供了-種記錄/再生 制f由匕括當再初始化資訊記錄媒體時,在存取押 資料區塊中的純. 置线別之功能的存取控制 存取㈣M及當再祕化資訊記錄媒體時,向 栌制ΐ料區换ΐ關記錄’再生裝置無法識別之功能的存取 =4中_ —個表明“可用,,的值,其中存取控制 ,在貝I己錄媒體上提供,用以記錄以上存取控制資料, 巧控制㈣具有公共資訊,該公共:纽敎定為允許不 此識別相於該資訊輯·之縣魏的記錄/再生裝 置控制對該資訊記錄媒體的存取。 、 本發明的其他觀點及/或其優點將在部分下文敍述中 闡明有些在描述中是顯而易見的,或者可以從對本發明 的實踐使用中發現。 【實施方式】 現在將提及本發明之實施例,其實施例在後附之圖式 中闊明。而且,圖式中相同的標號係代表相同的元件。下 文將敍述本發明之實施例,並藉由參照圖式來闡釋本發明。 圖2綠示為依據本發明之不同標準之碟片與驅動系統 之間在初始化或再初始化上的相容性之示意圖。參照圖 2 ’為適用於功能a的可重寫記錄媒體而定義的一個標準 J3〇4^^p,doc 被稱為版本1·〇,音王目扣士 ^ Λ ^ 本l.o驅動夺s ·的記錄/再生裝置被稱為版 加勒糸統21。通過向版本1〇 的更新標準被稱為版本u,實現二力;6所_ f被稱為版本U驅動系統22。通過向版本 =Γ2得的到的更進—步_標準被稱為版本^實1 Μ二?Γ系統21不能識別功W與功能C。版本 ^=、,4 22不能識別功能c。然而版本12驅動系統 23可以識別功能β與功能c。在這種情 片、、 化㈣碟片D以使得版本U _ ,、、、-本1.2驅動系統23都可以識別該被初始化 的碟片D。當碟片D為空碟片並且由版本u驅動純u 初=化時,版本U驅動系統22需要初始化空的碟片D以 使得版本1·0驅動系統21與版本12驅動系統2 別該被初始化了的碟片D。同樣地,當碟片D為空碟= 且由版本1.2驅動系統23初始化時,版本12驅動系統幻 需要初始化空的碟片D以使得版本ι·〇驅動系統21與版本 1.1驅動系統22都能識別該被初始化了的碟片D。 為了讓由某個版本的驅動系統初始化的空碟片在其 他版本的驅動系統中可以使用,必須使用所有版本的驅ς 系統都可識別的資訊。在本發明係使用碟片的導入區中的 缺陷管理區(DMA)與存取控制區(ACA)以初始化碟片, 16 I3045i769pif.doc 這樣被初始化的碟片可以被不同版本的驅動系統識別。換 句話說,在碟片的初始化期間,初始化資訊被記錄在缺陷 管理區與存取控制區中,這樣不同版本的驅動系統可以基 於該初始化資訊正確使用該碟片。 士參照圖2,當碟片D是由版本丨.〇驅動系統21初始化 日守,由於版本1·〇驅動系統21、版本驅動系統22與版 本1·2驅動系統23都可以識別功能A,版本hl驅動系統 22與版本1.2驅動系統23可以根據用戶或者驅動器製造 商的意願改變功能A的有關資訊。 §碟片D由版本U驅動系統22初始化時,由於版 ^^驅動系統21不能識別功能B ’根據制定版本1.0時 疋的規則或方案將規定版本1G驅動 能B的操作之資訊記錄在存取控制區中:要因= 碟片D被載入版本U驅動系統21中 碟片D的便利性錢21可以正雜作,從而提供了使用 本1 〇驅動㈣M t 1,2驅動系統。㈣化時,由於期 c柄祕動 與版本U驅動系統22不能η別功- C,根據制定版本〗η卩士 π*, a 个此藏別功所 10驅動系統2m版本;^ 的規則或方案將規定版4 二 =作之資訊記錄在存取控制區:仃 功犯C:的碟片D被着 ^•而,當適用方 驅動系統22中時,版太 ·驅糸統21或者版本1· 系統22可以正確彳。^ .G驅動系統21與版本U驅重 •作’從而提供了使用碟片D的便利性 13045视— 另外,根據制定版本1·〇時所制定的規則或方案將規定版 本1.0驅動系統21需要執行的關於功能β的操作之資訊記 錄在存取控制區中。因而,當適用於功能Β的碟片D被載 入版本1·0驅動系統21中時,版本10驅動系統21可以 正確操作,從而提供了使用碟片D的便利。 以同樣S式再初始化舊則。為了使得不同版本的驅 動系統可以識別舊碟片,使用該舊碟片導人區中的缺陷管 理區與存取控舰再初始化該舊則。錢,再初始化不 =初始化,即使用戶輸人了再初始化指令,首先需要判 疋舊碟片上記錄的資訊是否允許再初始倾舊碟片。可以 基於存取控制區巾記錄的存取控制資料(acd)判定是否 再初始化該舊碟片,存取控制#料將在後面進行描述。 圖3緣示為本發明之碟片100的結構之示意圖。來昭 ,3’碟片觸按順序包括導入區11〇、資料區12〇與導出 二包括預記錄區111 (在製造碟片100 ,己錄W料)、測試區112、存取控制The secondary area defined by the recording medium t and the predetermined specific information are written to read the other side of the view, and the present invention provides a recording/reproduction including the recording of the 'Zhongjing/Regeneration device initialization or reinitialization control area. The recording/reproducing device, such as the access control data of J's power, is accessed in six times, 4/top, and even razor, ^¥, σσ negative 矾 recorded media Provided on the record to have public information with ==::=, the public servant does not apply to the scheduled access of the information recording medium I..doc default access 'and its allowed = ° ° ' The public information is set as the sub-area of the write/read recording medium U and the specific method of the financial resources. According to the present invention, the present invention provides a recording/reproduction system. In the access control data block, the access control access of the function of the pure data line (4) M and when the information recording medium is re-secreted, the recording device is changed to the control data area. The access of the function = 4 in _ - indicates the value of "available," where access Control, provided on the Beiyi I recorded media, used to record the above access control data, skillfully control (4) has public information, the public: New Zealand is determined to allow the identification of the county in the information series The regenerative device controls access to the information recording medium. Other aspects of the invention and/or advantages thereof will be apparent from the description which follows, or may be apparent from the practice of the invention. Embodiments of the present invention will now be described in the following, and the same reference numerals are given to the same elements in the drawings. The invention is illustrated by reference to the drawings. Figure 2 is a schematic view showing the compatibility between the disc and the drive system according to different standards of the present invention on initialization or reinitialization. A standard J3〇4^^p, doc defined by a rewritable recording medium is called version 1·〇, 音王目扣士^ Λ ^ This lo drive s · The recording/reproduction device is called Edition plus糸 21. The second standard is implemented by the update standard to version 1〇, which is called version u; 6 _ f is called version U drive system 22. By the version = Γ 2 to get more advanced - standard _ standard It is called the version ^1, and the system 21 cannot recognize the function W and the function C. The version ^=, 422 does not recognize the function c. However, the version 12 drive system 23 can recognize the function β and the function c. The movie, the (4) disc D is such that the version U _ , , , , - the 1.2 drive system 23 can recognize the initialized disc D. When the disc D is an empty disc and is driven by the version u pure u At the time of initialization, the version U drive system 22 needs to initialize the empty disc D so that the version 1·0 drive system 21 and the version 12 drive system 2 do not have the initialized disc D. Similarly, when the disc D is empty disc = and initialized by the version 1.2 drive system 23, the version 12 drive system phantom needs to initialize the empty disc D so that both the version 1 drive system 21 and the version 1.1 drive system 22 can The initialized disc D is identified. In order for an empty disc initialized by a version of the drive system to be available in other versions of the drive system, information that is identifiable by all versions of the drive system must be used. In the present invention, the defect management area (DMA) and the access control area (ACA) in the lead-in area of the disc are used to initialize the disc, and the thus initialized disc can be recognized by different versions of the drive system. In other words, during the initialization of the disc, the initialization information is recorded in the defect management area and the access control area, so that different versions of the drive system can correctly use the disc based on the initialization information. Referring to FIG. 2, when the disc D is initialized by the version 〇.〇 drive system 21, since the version 1·〇 drive system 21, the version drive system 22, and the version 1·2 drive system 23 can recognize the function A, the version The hl drive system 22 and the version 1.2 drive system 23 can change the information about the function A according to the wishes of the user or the drive manufacturer. § When the disc D is initialized by the version U drive system 22, since the version of the drive system 21 cannot recognize the function B', the information of the operation of the prescribed version 1G drive B can be recorded in the access according to the rules or schemes when the version 1.0 is established. In the control area: Cause = Disk D is loaded into the version U. The convenience of the disc D in the drive system 21 can be miscellaneous, thus providing the use of the 1 〇 drive (4) M t 1, 2 drive system. (4) When the time is changed, due to the period c handle and the version U drive system 22 can not η other work - C, according to the development version η 卩 gentleman π *, a this collection of 10 drive system 2m version; ^ rules or The program will record the version 4 2 = the information recorded in the access control area: the disc D of the sinister C: is used, and when the applicable party drives the system 22, the version of the version 21 or version 1· System 22 can be correct. ^ .G drive system 21 and version U drive to make 'thereby providing the convenience of using disc D 13045 - In addition, according to the rules or schemes formulated when the version 1 制定 is formulated, the version 1.0 drive system 21 will be required The information about the operation of the function β is recorded in the access control area. Thus, when the disc D suitable for the function 被 is loaded into the version 1·0 drive system 21, the version 10 drive system 21 can operate correctly, thereby providing convenience in using the disc D. Re-initialize the old with the same S-style. In order to enable different versions of the drive system to recognize the old disc, the defective management area in the old disc guide area and the access control ship are used to reinitialize the old one. Money, reinitialization is not initialized. Even if the user enters a reinitialization command, it is first necessary to determine whether the information recorded on the old disc is allowed to re-initialize the old disc. It is possible to determine whether or not to reinitialize the old disc based on the access control data (acd) of the access control zone record, which will be described later. 3 is a schematic view showing the structure of the disc 100 of the present invention. Lai Zhao, 3' disc touch order includes lead-in area 11〇, data area 12〇 and export 2 including pre-recorded area 111 (in the manufacture of disc 100, recorded material), test area 112, access control
官理區#2 114與缺陪營拂11C η·Γ「 。預記錄區111只能用 於續取。在測_ 112、存取控幅u 與缺陷管理區_中可以進行資料的寫丄:;里^ 預記錄區111儲存關於碟片100的資訊,在 100時記錄該資訊。例如,預 衣以碟片 Λ, θ ^ y 預°己錄區U1儲存一個碟片ID, 也就疋W碟片UK)的碟片製造號 可以包含額外資料。 頂。己錄£ m中逖 測試區112用 來測試記錄功钱_參數,以達到碟 13045,7^ 片100的最佳記錄功能。 繼113用來記錄規定驅動系統為執行後面將 力能的操作之資訊。允許不能識別某些功能的 由/、、’、f·取碟100的公共資訊錯存在存取控制區113 中,後面將參照圖5對其進行詳細描述。 ,陷管理隨115與缺时理區#2114用來記錄關於 S在用戶貧料區(UDA) 122中的缺陷之資訊。後面將 參,¾圖3對缺陷官理區#1 115與缺陷管理區Η#進行詳 細描述。 資料區120包括備用區#〇 121、用戶資料區122與備 用區#1 123。用戶資料區122用來記錄用戶資料。備用區 #〇 121與備用區#1 123提供用來替代用戶資料區122中的 缺陷區塊之制區塊。這些制區在初始化或再初始化碟 片1〇〇期間被分配在資料區122中。導出區13〇包括缺陷 管理區#3 131與缺陷管理區#4 132。 圖4繪示為圖3中缺陷管理區#1 115的詳細結構之示 意圖。參照圖4,缺陷管理區#1 115包括碟片定義結構 (DDS) 410與缺陷列表(DFL) 42〇。碟片定義結構41〇 包括碟片管理資訊。詳細地說,碟片定義結構41〇包括備 用區大小資訊411與用戶資料區開始及結束位元址資訊 412’作為初始化或再初始化時記錄在碟片上的資訊。當初 始化或再初始化碟片時,驅動系統在資料區中分配一個備 用區’判定在資料區中記錄用戶資料的用戶資料區m, 以及向碟片定義結構41〇記錄有關備用區與用戶資料區 if.doc 13045,¾ 122的資訊。缺陷列表420包含關於發生在用戶資料區122 中的缺陷之資訊。例如,缺陷列表420包括用戶資料區122 中發生的一個缺陷區塊的位址、用來替代該缺陷區塊的備 用區塊的位址以及該缺陷的狀態資訊。 圖5繪示為圖3中存取控制區in的詳細結構之示意 圖。參照圖5 ’存取控制區113包括存取控制資料、 存取控制資料#2 520與存取控制資料#3 530。存取控制區 113是記錄公共資訊的區域,其中公共資訊用來存取現有 標準或新標準碟片。換句話說,存取控制區113儲存一公 共資訊表,該公共資訊表被普遍應用到現有標準與新標準 使用的所有功能上。雖然不是所有方面都需要,存取控制 資料組成有關每個功能的公共資訊表。例如,存取控制資 料#1 510組成有關“功能丨,,的公共資訊表,存取控制資料 #2 520組成有關“功能2”的公共資訊表,以及存取控制資 料#3 53()組成有關“魏3”的公共資絲。某驅動^統可 能識別功能1,而不識別功能2與功能3。存取控制資料也 可以包含只有能朗與該存取控制f料相關功能的驅動 統才能識別的特定資訊。 /' 存取控制資料#1510包括公共資訊511盘特定㈣ 5=公共資訊511包括ACDJD 513 (也就是標記存取控 制f料的ID)、表明該碟片是否可以被格式化的可格式化 性貢訊514、表明缺时理區是否可記錄或只可再生的缺 陷管理區可記錄性河再生性資訊515、表明備用區是否可 記錄或只可再生的備用區可記錄性/可再生性資訊516以 20 I3045769p,d〇c 及表明用戶資料區是否可記錄或只可再生的用戶資料區可 記錄性/可再生性資訊517。可格式化性資訊514、缺陷管 理區可記錄性/可再生性資訊515、備用區可記錄性/可再生 性資訊516與用戶 > 料區可記錄性/可再生性資訊Η?組成 公共資訊表。 驅動系統可以基於ACD—ID 513判定存取控制資料#1 510是否是有關於可識別之功能。換句話說,如果驅動系 統認識ACD-ID 513,存取控制資料#1 51〇被判定為是有 關於一可識別之功能。否則,存取控制資料#1 51〇被判定 為是有關於-無法識別之功能。料,即使驅動系統不知 道ACD—ID513,基於公共資訊表中包含的域(fidds),該 驅動系統至少可以執行關於一無法識別之功能的最少正確 操作。 存取控制資料#2 520也包括公共資訊521與特定資訊 M2。公共資訊521包括ACD—ID 523與包含可格式化性資 訊524、缺陷管理區可記錄性/可再生性資訊525、備用區 參 可°己錄性/可再生性資訊526 以及用戶資料區可記錄性/可 再生性資訊527的公共資訊表。 下面將參照圖6與圖7對初始化或再初始化碟片時, 在圖2所示條件下’被驅動系統21到23之-記錄在存取 控制區113中的存取控制資料進行描述。 圖6繪示為初始化或再初始化期間,由圖2中版本 ,動系統21記錄在存取控制區113中的存取控制資料之示 思圖。參照圖6 ’版本u .驅動系統21尸、認識功能A,因Guanli District #2 114 and the absence of the camp 拂 11C η·Γ ". The pre-recorded area 111 can only be used for renewal. In the test _ 112, access control u and defect management area _ can be written The pre-recorded area 111 stores information about the disc 100, and records the information at 100. For example, the pre-clothing is stored in the disc Λ, θ ^ y pre-recorded area U1 stores a disc ID, that is, 疋The disc manufacturing number of the W disc UK can contain additional information. Top. The recorded test area 112 is used to test the recording power parameter to achieve the best recording function of the disc 13045, 7^. Following 113 is used to record information specifying the operation of the drive system to perform subsequent energetic forces. The public information of the discs 100 that are not recognized by certain functions is allowed to be misplaced in the access control area 113, followed by This will be described in detail with reference to Fig. 5. The trap management is used to record information about the defects of S in the user's lean area (UDA) 122, with the 115 and the missing time zone #2114. The defect official area #1 115 and the defect management area Η# are described in detail. The data area 120 includes the spare area #〇121, user data 122 and spare area #1 123. The user data area 122 is used to record user data. The spare area #〇121 and the spare area #1 123 provide a block for replacing the defective blocks in the user data area 122. These areas It is allocated in the data area 122 during initialization or re-initialization of the disc 1. The lead-out area 13 includes the defect management area #3 131 and the defect management area #4 132. FIG. 4 is a diagram showing the defect management area in FIG. Referring to Figure 4, the defect management area #1 115 includes a disc definition structure (DDS) 410 and a defect list (DFL) 42. The disc definition structure 41 includes disc management information. The disc definition structure 41 includes the spare area size information 411 and the user data area start and end bit address information 412' as information recorded on the disc during initialization or reinitialization. When initializing or reinitializing the disc, The drive system allocates a spare area in the data area' to determine the user data area m in which the user data is recorded in the data area, and to record the information about the spare area and the user data area if.doc 13045, 3⁄4 122 to the disc definition structure 41. The defect list 420 contains information about the defects occurring in the user profile area 122. For example, the defect list 420 includes the address of a defective block occurring in the user profile area 122, and the spare block used to replace the defective block. The address of the address and the status information of the defect. Figure 5 is a schematic diagram showing the detailed structure of the access control area in in Figure 3. Referring to Figure 5, the access control area 113 includes access control data, access control data #2 520 and access control data #3 530. The access control area 113 is an area for recording public information in which public information is used to access existing standard or new standard discs. In other words, the access control area 113 stores a public information table that is universally applied to all functions used by existing standards and new standards. Although not required in all aspects, access control data constitutes a public information form for each function. For example, the access control data #1 510 constitutes a public information table related to "functions,", access control data #2 520 constitutes a public information table related to "function 2", and access control data #3 53() The public thread of "Wei 3". A driver system may recognize function 1, but not function 2 and function 3. The access control data may also include a driver system that can only function with the access control device. Specific information that can be identified. /' Access Control Data #1510 includes public information 511 disk specific (4) 5 = Public information 511 includes ACDJD 513 (that is, the ID of the tag access control f material), indicating whether the disc can be formatted Formatterability 514, a defect management area indicating whether the time zone is recordable or only reproducible, recordable river regeneration information 515, a spare area indicating whether the spare area is recordable or only reproducible The sex/renewability information 516 is 20 I3045769p, d〇c and a user data area recordability/renewability information indicating whether the user data area is recordable or only reproducible. 517. Formatability information 514, defect management area can Recordability/Renewability Information 515, Backup Area Recordability/Renewability Information 516 and User> Area Recordability/Renewability Information? Form a public information form. The drive system can be determined based on ACD-ID 513 Whether the access control data #1 510 is related to the identifiable function. In other words, if the drive system recognizes the ACD-ID 513, the access control data #1 51〇 is determined to be related to an identifiable function. Access control data #1 51〇 is judged to be related to - unrecognizable function. Even if the drive system does not know ACD-ID513, the drive system can execute at least based on the domains (fidds) included in the public information table. The least correct operation on an unrecognized function. Access Control Data #2 520 also includes public information 521 and specific information M2. Public information 521 includes ACD-ID 523 and includes formatability information 524, defect management area recordable The public information table for the sex/renewability information 525, the spare area parameter, the record/renewability information 526, and the user data area recordability/renewability information 527. 6 and FIG. 7 for describing or reinitializing the disc, the access control data recorded in the access control area 113 by the driven systems 21 to 23 under the conditions shown in FIG. 2 is described. FIG. 6 is During initialization or reinitialization, the screen of the access control data recorded in the access control area 113 by the dynamic system 21 is shown in Fig. 2. Referring to Fig. 6 'version u. drive system 21 corpse, cognitive function A, due to
J304^pifdoc 向o存:區113中記錄有關功能八的存取控制資料 之後,版幻/取控制區113中記錄存取控制資料#1 610 t 驅動祕21向餘下未記錄的區域620中埴 ^ 錄區_中填入_或者FFh以指明在 “予空制區U3中已沒有存取控制資 錄區620可以隨後被使用。 使传未3己 存取控制資料#1 610包括公共資訊611與特定資訊 6欠 12。公共貧訊611包括一個ACD」D6i3,作為存取控制 貧料W 6UU々ID,其中記錄了“八”以表明版本ι 〇驅動系 統21認識功㊣A,並且還包括一公共資訊表,該公共資訊 表包含可格式化性資訊614、缺陷管理區可記錄性/可再生 性貧訊615、備用區可記錄性/可再生性資訊616與用戶資 料區‘可記錄性/可再生性資訊617,該些資訊被設定為〇以 表不“可記錄”。由於執行初始化或再初始化以使用碟片, 所有可格式化性與可記錄性資訊被設定為“可記錄,,。 由於驅動系統21到23都可以識別功能A (其内容包 含在初始化了的碟片D的存取控制區113中所記錄的存取 控制資料#1 610中),當被初始化的碟片d被載入以及在 驅動系統21到23中被使用時,用戶或驅動器製造商可以 改變存取控制資料#1 610。 圖7繪示為初始化或再初始化期間,由圖2中的版本 1.1驅動系統記錄在存取控制區U3中的存取控制資料之 示意圖。參照圖7,版本1.1驅動系統22認識功能A與功 22 J304m,d〇c :B,因而向存取控制區u 3記錄有關功能 貧料#1 71〇與有關功能B的存取控制資料以72〇。= 取控制區113中記錄了存取控制資料#1 71 =之後’版本⑽動系統22將餘下未:: 730 填入 〇〇h4FFh。 、 存取控制資料#1710包括公共資訊7ΐι與特定資訊 。公共貧訊711包括ACD—ID713,作為存取控制資料 710的ID,其中記錄了 “A,,以表明版本u驅 認識功能A:並謂包括公共f絲,該公㈣訊 可格式化性資訊714、缺陷管理區可記錄性/可再生性資訊 715、備用區可記錄性/可再生性資訊716與用戶資料區可 記錄,/可再生性資訊717,該些資訊被設定為〇以表示“可 5己錄”。由於執行初始化或再初始化以使用碟片,所有可格 式化性與可記錄性資訊被設定為“可記錄,,。 存取控制資料#2 720包括公共資訊721與特定資訊 A共資訊721包括ACD—ID 723,作為存取控制資料 以720的1D,其中記錄了 “B,,以表明版本U驅動系統22 m哉功此B,並且還包括公共資訊表,該公共資訊表包含 可格式化性資訊724、缺陷管理區可記錄性/可再生性資訊 、備用區可記錄性/可再生性資訊726與用戶資料區可 記錄性/可再生性資訊727,該些資訊被設定為0以表示“可 記錄”。 一由於驅動系統21到23都可以識別功能A (其内容包 含在初始化了的碟片D的存取控制區113中所記錄的存取 23 13〇45忍_ Ϊ^ΓΓ2ΐ1!°2Γ, ==2二 不处料Μ Γ 。版本h〇驅動系統21 月bu日 月匕(與其有關的存取控制資料似 錄在存取控制區113中),作是版太乂=幻720已被5己 ^ ^ λ . , j仁疋版本丨·0驅動糸統21可以 使=〇 3在存取控制資料#2 72G中的公共資訊7 初始化了的碟片D。J304^pifdoc to o: After the access control information about function eight is recorded in the area 113, the access control data #1 610 t is recorded in the magic/fetch control area 113 to the remaining unrecorded area 620. ^ Recording area_ is filled with _ or FFh to indicate that there is no access control record area 620 in the "empty area U3" can be subsequently used. The transmission of the 3 access control data #1 610 includes public information 611 The specific information 6 owes 12. The public poor 611 includes an ACD "D6i3" as an access control poor material W 6UU 々 ID, in which "eight" is recorded to indicate that the version ι 〇 drive system 21 recognizes the work A, and also includes A public information form including formatability information 614, defect management area recordability/renewability information 615, spare area recordability/renewability information 616, and user data area 'recordability / Renewability information 617, the information is set to "not recordable". Since the initialization or reinitialization is performed to use the disc, all formatability and recordability information is set to "recordable." Since the drive systems 21 to 23 can recognize the function A (the content is included in the initialized disc) The access control data #1 610 recorded in the access control area 113 of the slice D), when the initialized disc d is loaded and used in the drive systems 21 to 23, the user or the drive manufacturer can Change access control data #1 610. Figure 7 is a diagram showing access control data recorded in the access control area U3 by the version 1.1 drive system of Figure 2 during initialization or reinitialization. 1.1 The drive system 22 recognizes the function A and the function 22 J304m, d〇c: B, and thus records the access control data of the function lean material #1 71〇 and the related function B to the access control area u 3 at 72 〇. The access control data #1 71 is recorded in the control area 113. After that, the version (10) dynamic system 22 fills the remaining no:: 730 into 〇〇h4FFh. The access control data #1710 includes public information 7ΐι and specific information. News 711 includes ACD-ID713 As the ID of the access control data 710, "A," is recorded to indicate that the version u drive recognizes the function A: and includes the public f wire, the public (four) message formatability information 714, the defect management area recordability The /renewability information 715, the spare area recordability/renewability information 716 and the user data area can be recorded, /renewability information 717, and the information is set to indicate "can be recorded." Since the initialization or reinitialization is performed to use the disc, all the formatability and recordability information is set to "recordable," access control data #2 720 includes public information 721 and specific information A total information 721 including ACD - ID 723, as access control data at 1D of 720, where "B" is recorded to indicate that the version U drive system 22 m does this B, and also includes a public information table containing formatability Information 724, defect management area recordability/renewability information, spare area recordability/renewability information 726 and user data area recordability/renewability information 727, the information is set to 0 to indicate " Can be recorded." Since the drive systems 21 to 23 can recognize the function A (the content thereof is included in the access control area 113 of the initialized disc D, the access 23 23 〇 45 _ Ϊ ΓΓ ΓΓ 2 ΐ 1 ° 2 Γ, == 2二不处Μ 。 版本 版本 版本 版本 版本 版本 版本 版本 版本 版本 版本 版本 版本 版本 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕^ ^ λ . , j 疋 疋 version 丨 · 0 drive system 21 can make = 〇 3 in the access control data # 2 72G public information 7 initialized disc D.
圖8緣示為初始化或再初始化期間,由圖2中的版本 1」2驅動祕記錄在存取控繼133巾的存取控制資料之 &不意圖。參照圖8,版本L2驅動系統23認識功能a、功 能B與功能C,因而向存取控制區113中記錄有關功能a 的存取控制資料#181〇、有關功能8的存取控制資料抑伽 與有關功能c的存取控制資料#3 830。然後,版本12驅 動系統23將餘下未記錄的區域84〇填入〇〇h或FFh。Figure 8 is a schematic diagram of the access control data recorded by the version 1"2 in Figure 2 during the initialization or reinitialization process. Referring to Fig. 8, the version L2 drive system 23 recognizes the function a, the function B, and the function C, and thus records the access control data #181 of the function a to the access control area 113, and the access control data of the function 8 is suppressed. Access control data #3 830 with function c. Then, the version 12 drive system 23 fills the remaining unrecorded area 84 into 〇〇h or FFh.
存取控制資料#1 810包括公共資訊811與特定資訊 812。公共資汛811包括ACD一ID 813,作為存取控制資料 #1 810的ID,其中記錄了 “a,,以表明版本12驅動系統以 認識功能A,並且還包括公共資訊表,該公共資訊表包含 可格式化性資訊814、缺陷管理區可記錄性/可再生性資訊 815、備用區可記錄性/可再生性資訊816與用戶資料區可 記錄性/可再生性資訊817,該些資訊被設定為〇以表示“可 記錄”。由於執行初始化或再初始化以使用碟片,所有可格 式化性與可記錄性資訊被設定為“可記錄,’。 存取控制資料#2 820包括公共資訊821與特定資訊 24 I3〇45^P,doc 822。公共資訊821包括ACD一ID 823,作為存取控制資料 #2 820的ID,其中記錄了 “B”以表明版本U驅動系統23 認識功能B,並且還包括公共資訊表,該公共資訊表包含 了格式化性 > 訊824、缺陷管理區可記錄性/可再生性資訊 825、備用區可記錄性/可再生性資訊826與用戶資料區可 記錄性/可再生性資訊827,該些資訊被設定為〇以表示“可 記錄”。 ’Access Control Profile #1 810 includes public information 811 and specific information 812. The public asset 811 includes an ACD-ID 813 as an ID of the access control profile #1 810 in which "a" is recorded to indicate that the version 12 drive system recognizes the function A, and also includes a public information table, the public information table Contains formatability information 814, defect management area recordability/renewability information 815, spare area recordability/renewability information 816, and user data area recordability/renewability information 817, which are Set to 〇 to indicate “recordable.” Since the initialization or reinitialization is performed to use the disc, all formatability and recordability information is set to “recordable,”. Access Control Data #2 820 includes public information 821 and specific information 24 I3〇45^P, doc 822. The public information 821 includes an ACD-ID 823 as an ID of the access control profile #2 820, in which "B" is recorded to indicate that the version U drive system 23 recognizes the function B, and also includes a public information table including the public information table Formatability > 824, defect management area recordability/renewability information 825, spare area recordability/renewability information 826 and user data area recordability/renewability information 827, the information is Set to 〇 to indicate “recordable”. ’
存取控制資料#3 830包括公共資訊831與特定資訊 832。公共資訊831包括acd一ID 833,作為存取控制資料 #3 830的ID,其中記錄了 “C,,以表明版本1.2驅動系統23 認識功能C,並且還包括公共資訊表,該公共資訊表包含 可格式化性資訊834、缺陷管理區可記錄性/可再生性資訊 835、備用區可記錄性/可再生性資訊836與用戶資料區可 記錄性/可再生性資訊837,該些資訊被設定為〇以表示“ 吕己錄’’ 〇 由於驅動系統21到23都可以識別功能A (其内容启 含在初始化了的碟片D的存取控制區113中所記錄的存^ 控制資料#1 810中),當初始化了的碟片D被載入以及J =系統21爿23的任何—個中被使用時,用戶或驅動^ ^造,可以改變存取控制資料#1⑽。版本1()驅動系 铭識別功能B (與其有關的存取控制資料#2 820被! Ϊ用二=區113中)’但是版本1,0驅動系統21可1 =用W在存取控制資料#2 82〇中的公共資訊821存 °匕了的碟片D。版本u驅動系統21與版本“驅動, 25 13045¾^ 被-己钎c (與其有關的存取控制資料#3 830 ί版13中),但是版本u驅動系統21 謂中的公共資謂存取初始化了的碟片t 圖繪4本發明之-㈣㈣ 方塊不思圖。參關9,該記錄 ^置1 ㈡元!。讀寫單元2包括一個讀寫置=Access Control Profile #3 830 includes public information 831 and specific information 832. The public information 831 includes an acd-ID 833 as an ID of the access control profile #3 830, in which "C," is recorded to indicate that the version 1.2 drive system 23 recognizes the function C, and also includes a public information table, the public information table including Formatability information 834, defect management area recordability/renewability information 835, spare area recordability/renewability information 836 and user data area recordability/renewability information 837, the information is set 〇 表示 表示 吕 吕 吕 吕 吕 吕 吕 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 驱动 〇 驱动 驱动 驱动 驱动In 810), when the initialized disc D is loaded and any of J = system 21 爿 23 is used, the user or the driver can change the access control data #1 (10). Version 1 () drive system identification function B (related access control data #2 820 is used! 二 2 = area 113) 'But version 1, 0 drive system 21 can 1 = use W in the access control data #2 82 The public information 821 is stored in the disc D. Version u drive system 21 with version "driver, 25 130453⁄4^ is - hacked c (in relation to access control data #3 830 ί version 13), but version u drive system 21 is called public capital access initialization The disc t picture 4 of the invention - (four) (four) the box does not think. Participate in the 9, the record ^ set 1 (two) yuan!. Read and write unit 2 includes a read and write =
^資料的寫入與讀出,碟片觸是本發明之光與H -。控制單元1根據預定播案 _ 獅進行資料㈣〜㈣。二 =對初始化空則與再初錢舊 1 =r3r:主機介面⑽)2°、二=二 30、無線電頻率、 义王口口 器50。 (奸)放大盗(八康)40與飼服 在記錄過程中,主機介面2〇從主機 —^Writing and reading data, the disc touch is the light of the present invention and H-. The control unit 1 carries out the data (4) ~ (d) according to the scheduled broadcast _ lion. Second = the initial space is empty and the old money is old 1 = r3r: host interface (10)) 2 °, two = two 30, radio frequency, Yiwang mouth device 50. (rape) magnified stolen (eight Kang) 40 and feeding clothes During the recording process, the host interface 2〇 from the host —
:::二接收到的指令傳送到系統控制器1。預: 機介““到二行從主 :料:奇偶校驗,添加到從主機介VT〇接:= 上’執行糾錯編碼(ECC)以生成糾 =的^ 頻率信號= 線電頻率信號寫人到接收到的無 气八幻亲片100上。伺服器50從系統控制器 26 i3045lc 10接收到一個伺服控制指令並且伺服控制包含在讀寫 元2中的讀寫器。 ” b在再生過程中,主機介面20從主機3接收一個讀取 指令。系統控制器10執行再生操作所需的初始化。讀寫單 元2向碟片100放射—個雷射光束,並且輸出從碟片‘⑽ 上反射的雷射光束獲得的光學信號。無線電頻率放大器 將從讀寫單元2接㈣的光學信號轉換成無線電頻率信 將k無線電鮮信賴取的調製過的資料提供給數位 β ° υ处理30 ’並且將從無線電頻率信號獲取的伺服信號 提供給伺服器5G。數位信號處理器%將調製過的資^ f並且輸出通過對該解_資料進行糾錯編碼而獲取的資 =。、同時,伺服器50從無線電頻率放大器4〇接收伺服信 ^宜並。且從系統控制器10接收飼服控制指令以及伺服控制 :為。主機介面2()將資料從數位信號處理器%傳輸到 缺系統控制器10從碟片刚上讀取碟片管理資訊或 τ、=δίι亚且控制伺服器5G從碟片上沒有缺陷地記錄 了1料的位置讀取資料。 想沾根據本發明,圖9巾所示的記錄/再生裝置可以作為單 =轉裝置、單獨的再生裝置,作為單—的記錄與再生 作為孤立的裝置與/或電腦系統的一部分來實現。 錄/至1=將參照圖1G與圖11對本發明之—實施例中的記 i行扩置執行的較佳初始化方法與較佳再初始化方法 圖 10、检千^_ 曰/、為本發明之一實施例中初始化方法之步驟 27 1304521::: The two received instructions are transferred to the system controller 1. Pre: Machine "" to the second line from the main: material: parity, add to the slave VT splicing: = on 'execute error correction coding (ECC) to generate the correction = frequency signal = line frequency signal Write a person to the received airless eight magical parent piece 100. The server 50 receives a servo control command from the system controller 26 i3045lc 10 and servo-controls the reader/writer contained in the read/write element 2. b During the reproduction process, the host interface 20 receives a read command from the host 3. The system controller 10 performs initialization required for the reproducing operation. The read/write unit 2 radiates a laser beam to the disc 100, and outputs the slave disc. The optical signal obtained by the laser beam reflected on the slice '(10). The radio frequency amplifier converts the optical signal from the read/write unit 2 (4) into the radio frequency signal, and the modulated data obtained by the radio is supplied to the digital β ° υ Processing 30' and providing a servo signal obtained from the radio frequency signal to the server 5G. The digital signal processor % will modulate the resource and output the error obtained by error-correction encoding the solution_data. At the same time, the server 50 receives the servo signal from the radio frequency amplifier 4 。 and receives the feeding control command and the servo control from the system controller 10: the host interface 2 () transmits the data from the digital signal processor % to The missing system controller 10 reads the disc management information or τ, =δίι亚 from the disc and controls the server 5G to read the position of the material from the disc without defects. According to the present invention, the recording/reproducing apparatus shown in FIG. 9 can be implemented as a single-rotating device, a separate reproducing device, as a single recording and reproducing as an isolated device and/or a part of a computer system. Record/to 1 = a preferred initialization method and a preferred re-initialization method for performing the i-line expansion in the embodiment of the present invention with reference to FIG. 1G and FIG. 11 FIG. 10, check thousands ^_ 曰 /, Step 27 of the initialization method in one embodiment of the invention 1303051
參,f 1G,在操作1G1G中,空碟片謂被載入 •哭,糸畜先。,作臟中’驅動系統中所包含的系統控制 i作ι=φ機介面2〇從主機3接收—個初始化指令。在 二個偌田F、’系統控制器1〇在碟片100的資料區中分配 制哭/广判定備用區的大小’在操作腳中,系統控 。。:在貢料區中分配一個記錄用戶資料的用戶資料 二料區的開始位元址與結束位址。備用區 。、刀配或者由驅動器製造商按預定大小分配。 服哭ίΐΐ 1〇50中’系統控制器1〇控制讀寫單元2與伺 碑;;:義上Γ碟片100的導入區中的缺陷管理區中_ 戶碟片定義結構包括備用區分配資訊與用 圖以及—個初始缺陷列表。上面已參照 述。h己錄在錢陷管理區中的初始化資訊進行了詳細描 服哭tit 1嶋中’系統控制器1G控制讀寫單元2則司 有^ 的導人區中的存取控制區中《亲 h驅動系統可識別之功能的存取控制資料。上 = ^^對携在赫取控継巾的存取控制資訊進行了詳 在操作1070中,系統控制器1〇控制讀 將碟片刚的存取控制區中餘下未記 二 預定值,如〇〇h或FFh。 L 4填入 圖U緣示為本發明之再初始化方法之步驟 >照圖η,在操作UH)中,舊碟片卿被載入驅動系 28Reference, f 1G, in the operation of 1G1G, the empty disc is loaded. • Cry, lick the animal first. , the system control included in the dirty drive system i is ι = φ machine interface 2 接收 received from the host 3 - an initialization command. In the two Putian F, the system controller 1 is assigned the size of the crying/wide decision spare area in the data area of the disc 100, and is controlled by the system in the operating foot. . : Allocate a user data for recording user data in the tributary area. The starting bit address and ending address of the second material area. Spare area. , knife or by the drive manufacturer to distribute according to the predetermined size.服服ΐΐ ΐΐ ΐΐ 1 〇 50 'system controller 1 〇 control of the reading and writing unit 2 and the monument;;: in the defect management area in the lead-in area of the disc 100 And the use of maps and a list of initial defects. This has been referred to above. h has been recorded in the money trap management area of the initialization information has been detailed to cry tit 1 in the 'system controller 1G control read and write unit 2 has the ^ in the access area of the access control area in the pro-h drive Access control data for functions that the system can recognize. The upper = ^^ is carried out in the access control information of the snagging control wipe. In operation 1070, the system controller 1 〇 controls to read the remaining unrecorded second value in the access control area of the disc, such as 〇〇h or FFh. L 4 is filled in. Figure U is shown as a step of the reinitialization method of the present invention. > In the figure η, in operation UH), the old disc is loaded into the drive train 28
J3〇45677g,doc 二⑽驅動系統巾所包含的系統㈣1 1。朗記錄在碟 上之該驅動系統必須執行_於系統控制器1〇認識 的功月b與系統控制器10不認識的(如存取控制資料)功能 ^缺陷管理區資訊與操作之資訊。接下來,在操作㈣ 、’糸統控制器10通過主機介面20從主機3接收一個 再初始化指令。 在操作113G + ’系統控制器1G控制讀寫單元2讀 =含在碟片⑽的導人區中的缺陷管理區與存取控制區 :所記錄的資訊並且攜帶該資訊。記錄在缺陷管理區中的 貝成可以是防寫標記,記錄在存取控制區中的資訊可以a 格式化性資訊’該資訊包含在存取控制』 在操作mo中,系統控制㈣狀從缺陷管理區盘 存取控制區中讀取的f訊是否允許再初始化。例如, =缺陷管理區讀取的防寫標記以,,禁止寫入到碟^ 因㈣能執行再初始化,在操作聰中傳送一個錯 。、貝讯。記錄在存取控制區中的存取控制資料的公丑 ⑻=次區域之可格式化性資訊與可記錄性/ t生性胃δί1。如果可格式倾f訊與可記錄性/可再 ^不允許碟;i剛的格式化或向碟片⑽的 執行再初始化’並在操作㈣中傳送一個錯 二二讯。從而’系統控制器10基於從缺陷管理區盥存取二 制區讀取的資訊判定碟片100是否是可記錄的。、工 如果防寫標記被設定為“丨,,或者如果存取控制資料的 29 1304¾^ 公共資訊不允許格式化或寫入,系統控制器1〇判定碟片 100不能被再初始化並且在操作1190中通過主機介面2〇 ^主,!傳送—個錯誤資訊。然而’如果防寫標記未被設 疋為1並且存取控制資料的公共資訊允許格式化與寫 入’系統控制器10判定再初始化碟片100並且開始再初始 化碟片100。 同犄,當有關驅動系統可識別之功能的存取控制資料J3〇45677g, doc II (10) drive system towel system (4) 1 1. The drive system recorded on the disc must perform information such as the function month b recognized by the system controller 1 and the system controller 10 (such as access control data) function ^ defect management area information and operation information. Next, in operation (4), the controller 10 receives a reinitialization command from the host 3 through the host interface 20. At operation 113G + 'the system controller 1G controls the read/write unit 2 to read = the defect management area and the access control area contained in the lead area of the disc (10): the recorded information and carry the information. The record recorded in the defect management area may be an anti-write mark, and the information recorded in the access control area may be a formatted information 'this information is included in the access control'. In the operation mo, the system controls (four) shape from the defect Whether the information read in the management area disk access control area allows reinitialization. For example, = the write-protection flag read by the defect management area is forbidden to be written to the disc. (4) The re-initialization can be performed, and an error is transmitted in the operation. , Beixun. The ugly (8)=sub-formattable information and recordability/t-stomach δί1 of the access control data recorded in the access control area. If the formatted video and recordability/re-disabled the disc; i just formatted or re-initialized to the execution of the disc (10) and transmitted a second or two in the operation (4). Thus, the system controller 10 determines whether the disc 100 is recordable based on the information read from the defect management area 二 access area. If the anti-write flag is set to "丨, or if the access control data 29 13043⁄4^ public information does not allow formatting or writing, the system controller 1 determines that the disc 100 cannot be reinitialized and operates at 1190. In the middle of the host interface 2, the main message is transmitted. Error message. However, if the anti-write flag is not set to 1 and the public information of the access control data allows formatting and writing, the system controller 10 determines the reinitialization. The disc 100 begins to reinitialize the disc 100. At the same time, when access control data is available for functions recognized by the drive system
,有不允祕初始化的值而且有關軸系統無法識別之功 的存取控制讀具有允許再初始化的值時,由於有關可 識別之功能的存取控制資料的值可以被更新,有關可識別 之功能的存取控制資料的值可以回制戶再初始化的請求 =改變為允許再初始化的值,紐可㈣ 化碟;i 100。 阳 以Γ 初始化,在操作U5G中,系統控制器1 ㈣U00的資料區中分配—個制區以判定備用區❸If there is a value that does not allow the initialization to be initialized and the access control read of the function that is not recognized by the axis system has a value that allows reinitialization, since the value of the access control data regarding the identifiable function can be updated, the identifiable The value of the function's access control data can be returned to the user's reinitialized request = changed to a value that allows reinitialization, a new (four) disc; i 100. Yang is initialized with Γ, in operation U5G, system controller 1 (4) U00 data area is allocated - a system to determine the spare area ❸
以刹3在Γ料區中分配一個記錄用戶資料的用戶她 ,疋用戶資料區的開始位元址與結束位址。 勺人,操作116G中,系統控制器1()控制讀寫單元2清畴 ^ 一碟片100上的導入區中的缺陷管理區,並且控制1 與!!,向缺陷管理區中記錄初始缺陷列表逾 結構,該碟片定義結構包括已決定了的資訊,- 過分配資訊。雖然上面已描述 s理區疋在被a除後記錄了初始化資訊,但是 ,由於碟片100是可重寫類型,記錄在缺陷管理區中: 30 I3〇45^ pif.doc 資訊是被更新的。雖朗u中沒树 用戶資料區的預定部分中用來管理記 °己錄在 資料的槽案祕資訊應該被清除。% 胃;4區中的 =作117〇中,系統控制器1〇控制 碟片100的導入區中的存取控制區,並且控制n ^服器5_片_導人區中的存取區^^ 2 關驅㈣統可制之魏的存取控㈣料/中5己錄有 在操作1180中’系統控制器1〇控 區或填入預疋值,如00h或FFh。執^ 一 存取控制區中沒有存取控制資料了, 域可以隨後被使用。 ^未ee«錄的s 次^下描述是有關於當管理存取控制區中的存取控制 :料區塊之可記錄性或缺陷的狀態資訊時,在再初始二 =間更新存取控制資料區塊之狀態資訊的方法。ΐ存取 】碑===個存取控制資料區塊的狀態資訊:記錄 以被有4;; :;i被, =二=取控制;料,存取控制資料區 ㈣j資料控制資料區塊儲存了有效存取 _中的;===“理記錄在存取 統可以從acd rDH=具有—個ACD-ID ’驅動系 識別该存取控制資料區塊是關於什麼 =能的。當碟片被載人到驅動系統中時,該驅動系統基於 子取控制貧料區塊的狀態資訊(包含在碟片的缺陷管理區 中所記錄_収義結構巾)檢測— 區塊的位置並且再生該有效存取控制資料區塊。貝科 如果在再初始化之前,麵存取㈣資料區塊具 2取控•料的存取控制㈣區塊狀態f訊包含在碟片 疋義結構中’該存取控制資料區塊是好的(fin小在= 2化,後於該存取控制㈣區塊中記錄的存取控制資 ’以:疋的,需要改變該存取控制資料區塊之狀態資訊 控财料區塊沒有有效存取控織料並且可 以=來記錄存取控制·。如果在再初始化過程中, 在碟片定義結構中的指示存取控制#料區塊具有 “I其=#料的存取控㈣料區塊之狀態資訊,驅動 控制資料區塊之狀態資訊再生該存取控制 貝"、-Α因而,當再初始化一個碟片時,必須更新這樣 灸匕3在存取控制資料區塊中的資訊不再有效, 鄕細改變,驅動系統可能J 予卫彳資料區塊獲取的不正確資訊而發生問題。從 之狀包含麵^義結構巾略取控制資料區塊 或去以外,存取控制區中的整個存取控制資料區塊 ‘^:二^蛛制資料區塊的⑽—仍需要被某個似如 或h )覆寫(overwritten),以物理抹除。當ACD—ID ,、值00”或“FF,,時,存取控制資料區塊的當前存取控制 32 13045^¾^ 二貝料是無效的,並且該存取控制資料區塊可以用來記錄其 ,存取控制資料。由於當存取控制資料區塊被清除時, 、00h或FFh被記錄在存取控制資料區塊中,存取控制資 料區塊的ACDJD變成值“〇〇,,或“ff,,。 簡a之,在再初始化過程中,碟片上的存取控制區的 有效存取控制資料區塊被某個值(如“0Oh”或“FFh”)覆寫, 並且碟>1上的碟義結構中所包含的相應的存取控制資In step 3, the user who records the user data is allocated in the data area, and the start bit address and the end address of the user data area. In the operation 116G, the system controller 1() controls the read/write unit 2 to clear the domain to the defect management area in the lead-in area on the disc 100, and controls 1 and !! to record the initial defect in the defect management area. The list is over-structured, and the disc definition structure includes the determined information, over-allocation information. Although the above description has been described that the initialization information is recorded after being divided by a, since the disc 100 is of a rewritable type, it is recorded in the defect management area: 30 I3〇45^ pif.doc The information is updated. . Although there is no tree in the Lang u, the information on the slot used to manage the recorded data in the predetermined part of the user data area should be cleared. % stomach; in the 4th area = 117 ,, the system controller 1 〇 controls the access control area in the lead-in area of the disc 100, and controls the access area in the n_server 5_slice_leader area ^^ 2 The drive (4) can be controlled by the access control (4) material / medium 5 has been recorded in the operation 1180 'system controller 1 control area or fill in the pre-value, such as 00h or FFh. There is no access control data in the access control area, and the domain can be used later. ^ ee ee « recorded s times ^ description is related to when the access control in the access control area: the recordability or defect status information of the material block, update the access control in the initial two = The method of status information of the data block. ΐ access] monument === status information of the access control data block: the record is 4;; :; i is, = 2 = take control; material, access control data area (4) j data control data block Stored the valid access _ in the middle; === "The physical record in the access system can identify the access control data block from the acd rDH = have - ACD-ID ' drive system is about what = can. When the film is loaded into the drive system, the drive system detects the position of the block based on the status information of the sub-following control block (including the recorded structure in the defect management area of the disc) and regenerates The effective access control data block. If the Becco is re-initialized, the face access (4) data block has 2 access control and material access control (4) block state f message is included in the disc structure. The access control data block is good (fin is small = 2, and then the access control resource recorded in the access control (four) block is: 疋, the state of the access control data block needs to be changed. The information control material block does not have effective access control woven material and can be used to record access control. During the initialization process, the indicated access control #material block in the disc definition structure has the status information of the access control (four) material block of the I=# material, and the state information of the drive control data block regenerates the access. Control Bay ", -Α Therefore, when re-initializing a disc, it is necessary to update the information in the access control data block so that the information in the access control data block is no longer valid, and the drive system may J to defend the data area. There is a problem with the incorrect information obtained by the block. The entire access control data block in the access control area is included in the access control area except for the control structure block. Block (10) - still needs to be overwritten by some like or h) to physically erase. When ACD_ID, value 00" or "FF", the current access control of the access control data block 32 13045^3⁄4^ is invalid, and the access control data block can be used Record it and access control data. Since the 00h or FFh is recorded in the access control data block when the access control data block is cleared, the ACDJD of the access control data block becomes the value "〇〇,, or "ff,,. In a re-initialization process, the effective access control data block of the access control area on the disc is overwritten by a certain value (such as "0Oh" or "FFh"), and on the disc > Corresponding access control resources included in the meaning structure
料區塊之狀態資訊被改變,以指示該存取控制資料區塊不 具有有效存取控制資料並且可以用來記錄其他存取控制資 料0 、 ㈣圖示為圖3中所示缺陷管理區塊#1 115的詳無 …構之另一貫施例的示意圖。參照圖12,碟片定 疋S己錄碟片管理資訊的區域。備用區大小資訊川 ^料區開始餘綠元址龍412以及麵控料 悲貧訊4i3係被記錄在碟片定義結構41〇 取+=The status information of the material block is changed to indicate that the access control data block does not have valid access control data and can be used to record other access control data. (4) The defect management block shown in FIG. 3 is illustrated. #1 115 Detailed diagram of another embodiment of the structure. Referring to Fig. 12, the disc defines an area in which the disc management information is recorded. The size of the spare area information Chuan ^ material area began to leave the green yuan site dragon 412 and the surface control material sadness news 4i3 is recorded in the disc definition structure 41 取 take +=
„資訊413包括存取控制區中每個記錄存取二二= 料的存取控制資料區塊之可記錄性或士 圖13繪不為包含在存取控制資料之狀能 取控制資料區塊之狀態資訊(如圖12中中的存 訊)的實例示意圖。參照圖13,每個存取控制資 狀態由兩個位元表示,如‘‘〇〇,,、“〇1,,、“⑺,,、、料區塊的 四個狀態之一。位元表示該存取控制= 33 ^1304¾¾^ 有缺^存Γ㈣胃料。位70“G1”表示該麵控制資料區塊 =:取,位元“01,,表示當存取控制資料被記 或者=ϊ_時存取控制f料區塊被檢測為有缺陷, 声 控制貧料區塊具有無效存取控制資料。位元“10” 存取控师龍塊具有有效存取控师料,伸是合„Information 413 includes the recordability of the access control data block for each record access in the access control area or the map is not included in the control data block. An example of the status information (such as the memory in Figure 12). Referring to Figure 13, each access control status is represented by two bits, such as ''〇〇,,, '〇1,,, (7) One of the four states of the material block, the bit indicates that the access control = 33 ^13043⁄43⁄4^ has a defect (4) stomach material. Bit 70 "G1" indicates that the face control data block =: fetch, The bit "01" indicates that the access control f block is detected as defective when the access control data is recorded or = ϊ _, and the acoustically controlled poor block has invalid access control data. Bit "10" access controller dragon block has effective access control material, stretch is
Hr時取控财料區塊具有有效存取控制資料。 取控^^到圖巧繪示為本發明再初始化碟片時,對存 分別4為貧訊的更新之示意圖。圖WA與圖14B === 碟片之前存取控制資料區塊與存取 = =4,貢訊的實例之示意圖。圖说與圖MB分別 f m2 則之後存取㈣㈣區塊肖存取_ 貝枓狀愍貧訊的實例之示意圖。 列 存取,在再初始化之前,存取控繼包括5個 2= ^塊:具有有效存取控制㈣之存取控制資 缺陷存取控制資料之存取控制資料區塊 資料或 的缺陷二稱 .具有值‘‘〇〇,,或‘仰,,的2 ==控制資料區塊 :=資料區塊中,由於該存取控制:;區 ::隨後仍可以向該存取控制資料區塊中 34 I3045^P,doc 取14A中的存取控制資料區塊#1到存 Γ4Β ° :位兀11作為存取控制資料區塊#1 錄’以表示存取控制資料區塊#14 取口資t己 位元實’作為存取控制資料區塊#2的狀態 以表不存取控制資料區塊#2有缺陷。位H ^ F持们呈古古〜1 錄,以表示存取控制資料 ,區塊#4的狀態資訊被記錄以表 == 制資料區_的狀態資訊被記錄以表示存取控乍:= 塊#5具有有效存取控制資料與再生時的缺陷。、… 如圖Μ與圖⑽所示,圖m與圖ΐ4β 控=貧料區塊與存取控制f料狀態f訊被碟片的再初始化 改受。 參照圖15A ’在再初始化之後,只有有缺陷的存取^ 制負料區塊#2保持再初始化之前的狀態,而其他存取^ 貧料區塊’如有效存取控制資料區塊、具有“〇〇,,或‘‘ 為ACD—ID的值的存取控制資料區塊與具有再生 的存取控制資料輯,均變成具有“GQ,,或“砰,,作_、: ACD一ID的值’這樣這些存取控制資料區塊可以在从 化之後被使用。再初始化之前沒有⑽的未記錄之區= 再初始化之後保持原狀。 鬼在 35The Hr control material block has effective access control data. When the control is re-initialized for the disc of the present invention, the update of the memory 4 is a schematic diagram of the update of the poor. Figure WA and Figure 14B === The access control data block and access before the disc = = 4, a schematic diagram of the example of Gongxun. Figure and Figure MB respectively f m2 then access (4) (four) block Xiao access _ shellfish 愍 愍 的 的 diagram. Column access, before reinitialization, the access control includes 5 2 = ^ blocks: access control data block data or access defect data with access control control defect access control data (4) 2 == control data block with value ''〇〇,, or '仰,', == in the data block, since the access control:; area:: can still be accessed to the access control data block Medium 34 I3045^P, doc Take access control data block #1 to memory 4Β in 14A °: position 11 as access control data block #1 record 'to indicate access control data block #14 The status of the access control data block #2 as the access control data block #2 is defective in the table access control data block #2. The bits H ^ F are recorded in ancient times ~ 1 to indicate access control data, and the status information of block #4 is recorded in the table == status information of the data area _ is recorded to indicate access control:= Block #5 has the drawback of effective access control data and regeneration. , as shown in Figure Μ and Figure (10), Figure m and Figure β4β control = poor material block and access control f material status f signal is re-initialized by the disc. Referring to FIG. 15A 'after re-initialization, only the defective access control block #2 maintains the state before re-initialization, while the other access control block blocks, such as the effective access control data block, have "〇〇,, or '' the access control data block for the value of ACD-ID and the access control data block with the reproduction, have become "GQ,, or "砰,, _,: ACD-ID The value of 'such access control data block can be used after Conghua. There is no (10) unrecorded area before reinitialization = remain unchanged after reinitialization. Ghost in 35
13〇4觀_ 圖1犯繪示為ffi 1认中存取控制資料區塊 控制資料區_的有關狀態資訊之示意圖。 取 由於存取控制資料區塊#1、存取控制資料區 ^ 制資料區塊#4沒有記錄資料或者具有無效f料, 育料區塊#1之狀態資訊、存取控制資料區塊#3之狀離: 與存取控制資料區塊#4之狀態資訊的位元被二為 :,以表示存取控制資料區_、存取控制f料區= 與存取控制資料區塊#4可以用來記錄存取控制資料。表示 存取控制資料區塊#2有缺陷的位元“〇1,,仍作 :二 資料區麟陳«訊。由於存取控㈣料 生時的缺陷,存取控制資料區塊#5之狀態資訊的位^變成 “01”。當一個存取控制資料區塊具有再生時的缺陷時,咳 存取控制資料區塊的ACDJD具有表示該存取控制資料= 塊可以用來記錄的值“00h”或“FFh,,,並且該存取控制資料 區塊的有關狀悲資訊由指示缺陷區塊的位元表示。、在 这種情況下,當存取控制資料區塊的ACD—ID與該存取控 制資料區塊的狀態資訊不一致時,由於狀態資訊比 ACD一ID優先,該存取控制資料區塊因為有缺陷而不可 ,。然而,當再生狀態資訊時因為出錯而不能提取該狀態 貧訊,具有“00h”或“FFh”作為其ACd—ID的存取控制資料 區塊是可用的。 、 口在上述安排中,碟片上存取控制區中的存取控制資料 區塊所包含的存取控制資料之ACD—ID所表示的狀態可能 與5己錄在碟片上的碟片定義結構中的相應存取控制資料區 36 I3〇45^P,doc 塊之狀態資訊所表示的狀態不一致。在這種情況下,驅動 ^統被設計為主魏靠記齡碟収義結射的存取控制 貝料區塊之狀態資訊。下面將對此進行詳細描述。 存取控制資料區塊的狀態可以從記錄在碟片定義姓 構中的相應的存取控制資料區塊之狀態資訊與記錄在^13〇4观_ Figure 1 is a diagram showing the state information of the access control data block in the ffi 1 recognition control data area. If the access control data block #1, the access control data area, the data block #4 has no recorded data or has invalid f material, the status information of the breeding block #1, access control data block #3 The position of the status information with the access control data block #4 is two: to indicate that the access control data area _, the access control f area = and the access control data block #4 can Used to record access control data. Indicates that the access control data block #2 has a defective bit "〇1, and still works: two data area Lin Chen". Because of access control (four) defects during the birth, access control data block #5 The bit of the status information becomes "01." When an access control data block has a defect in reproduction, the ACDJD of the cough access control data block has a value indicating that the access control data = block can be used for recording. 00h" or "FFh,", and the relevant information of the access control data block is represented by the bit indicating the defective block. In this case, when the ACD_ID of the access control data block is inconsistent with the status information of the access control data block, since the status information is prioritized over the ACD-ID, the access control data block has Defects are not acceptable. However, when the status information is regenerated and the status message cannot be extracted due to an error, an access control data block having "00h" or "FFh" as its ACd_ID is available. In the above arrangement, the status indicated by the ACD-ID of the access control data contained in the access control data block in the access control area on the disc may be related to the disc definition of the 5 recorded on the disc. The status of the corresponding access control data area 36 I3〇45^P, doc block in the structure indicates that the status is inconsistent. In this case, the driver system is designed to be the status information of the access control block of the Weishen. This will be described in detail below. The status of the access control data block can be recorded and recorded from the status of the corresponding access control data block recorded in the disc definition name.
取控制區塊的ACD—m得知。如果這兩 義二孔互不—致’驅動系統主要依靠記錄在碟片定 構中的存取控制資料區塊之狀㈣訊。當由於某些原 區t出錯’而不能從缺陷管理區中的碟 的acd°id時,闕系統基於存取控制區中記錄 性。有可牟取控制資料區塊中包含的資訊之有效 之門的不1 巾發生缺陷而造成兩種類型資訊 結構中記錄為= 區塊Α的需长以二^如果當回應更新存取控制資料 制資料時;生CL 態資訊記== 寫, 果’_:= 存取控制資料區塊Α中。在這種情=在:子取控制區中的 錯誤操作,必須主要參# # 2 了防止系統的 然而’當—定義 13 °45^ pif.doc =Γΐΐ,ί結構中的存取控制㈣區塊之狀態資 由不:艾捋’取好基於存取控制區中的存取控制資料 ^:所,的存取控制資料之ACD—ID狀相應存取控 制舅料區塊的有效性。Take the ACD-m of the control block. If the two senses are not mutually exclusive, the drive system mainly relies on the access control data block (4) recorded in the disc structure. When the adj°id of the disc in the defect management area cannot be obtained due to some original area error, the system is based on the recordability in the access control area. There is a defect in the control of the information contained in the control data block. The defect is caused by the defect in the two types of information structures. = If the response is updated, the access control data system Data time; raw CL state information == write, fruit '_:= access control data block Α. In this case = in the sub-fetch control area of the erroneous operation, the main control must be ## 2 to prevent the system's however 'when - define 13 ° 45 ^ pif. doc = Γΐΐ, ί structure access control (four) area The status of the block is not: Ai's access to the access control data in the access control area ^: the access control data ACD-ID corresponding access control control block validity.
,16緣示為本發明之另—實施例中再初始化方法之 ^驟流程圖。參照圖u’在操作161〇中,舊碟片⑽被 t驅動系統。然後,包含於驅動系統的系統控制器H) 二1趣動祕必須執行的關於系統控制$ ig認識的功 控制器1G不認識的(如記錄在碟片⑽上的存取 2貝料)功能的缺陷管理區資訊與操作之資訊。接下來, 才木作1620中,系統控制器1〇通過主機介面從主機3 接收一個再初始化指令。 在操作1630中,系統控制器1〇控制讀寫單元2讀取 :己、彔在缺陷官理區與存取控制區(包含在碟片1⑻的導入 =幻中的資訊並賴帶該資訊。舉例來說,記錄在缺陷16 is shown as a flow chart of the reinitialization method in another embodiment of the present invention. Referring to Figure u', in operation 161, the old disc (10) is driven by the t system. Then, the system controller H) included in the drive system does not recognize the function controller 1G that the system control $ ig recognizes (such as the access to the disk (10)). Defect management area information and operational information. Next, in the woodwork 1620, the system controller 1 receives a reinitialization command from the host 3 through the host interface. In operation 1630, the system controller 1 controls the read/write unit 2 to read: the information in the defect management area and the access control area (contained in the import = illusion of the disc 1 (8) and to carry the information. For example, recorded in a defect
二 1理區中的貧訊可以是防寫標記,記錄在存取控制區中的 \ 了 ^疋包含在存取控制資料的公共資訊中的有關可紀 錄性或可格式化性的資訊。 σ 在操作1640中,系統控制器10判定從缺陷管理區與 存取拴制區讀取的資訊是否允許再初始化。例如,如果從 缺陷管理區讀取的防寫標記具有值“丨,,,禁止寫入到碟片 而不能執行再初始化。記錄在存取控制區中的存取 ^制資料的公共資訊包括碟片1〇〇的次區域之可格式化性 資Λ與可記錄性/可再生性資訊。如果該可格式化性資訊與 38 I3〇45^P,doc 可記錄性/可再生性資訊不允許格式化碟片1〇〇或者寫入 到碟片100的任何次區域,不能執行再初始化。因而,系 統控制器10基於從缺陷管理區與存取控制區讀取的資訊 判定碟片100是否是可寫的。 如果防寫標記被設定為“1”或者存取控制資料的公共 貢,不允許格式化或寫入,在操作1680中系統控制器10 判定碟片100不能被再初始化並且通過主機介面2〇向主機 3傳送一個錯誤資訊。然而,如果防寫標記未被設定為“^, 並且存取控制資料的公共資訊允許格式化與寫入,系統控 制10判定再初始化碟片1〇〇並且開始再初始化 100 〇 同日守,當有關驅動系統可識別之功能的存取控制資料 具有不允許再初始化的值,並且有關驅動系統無法識別之 功能的存取控制資料具有允許再初始化的值時,由於有關 可識別之功能的存取控制資料的值可以被更新,有關可識 別之功能的存取控制資料的值可以回應用戶的再初始化請 求而被改k成允許再初始化的值,然後可以判定開始再初 始化碟片100。 如果允許再初始化,在操作1650中,系統控制器10 在碟片100的資料區中分配一個備用區以判定備用區的大 小,並且在資料區中分配一個記錄用戶資料的用戶資料區 以判定用戶資料區的開始與結束位址。在操作1660中,系 , 統控制器10控制讀寫單元2清除包含在碟片1〇〇的導入區 中的存取控制區,並且更新存取控制資料之狀態資訊。詳 39 I3〇45^P,doc 細來說,當清除存取控制區時,系統控制器 ^控制資料區塊有缺陷時才維持存取控 入值管或警,,或者將每個其他存 acd」d改變為“_,,或“FFh,,以表示取 區塊是侧。另外,如參照圖14a_15==二 糸統控制Θ 10更新存取控师料之 控制資料區塊改變了的狀態。 乂汉映存取 在柄作1670中,系統控制器1M空制讀寫單元 碟片100的導入區中包含的缺陷管理區,並且控制讀寫單 疋2與伺服H5G向缺陷管理區中記錄初始缺陷列表與 判定的貧訊(如個區分配資訊期戶資料區分配 之碟片定義結構與更新了的存取控师料之狀態資訊°。雖 然已經描述過在缺陷管㈣被清除後初始化:#訊被記 缺陷管理區中,實際上,由於碟片削是可重寫類型,、 錄在缺陷管理區中的初始化資訊是被更新了。雖然圖b 中沒f繪示,為管理記錄在用戶資料區中的資料而記錄 用戶資料區的預定部分中的檔案系統資訊應該被清除。 以下將對預設存取控制資料(default ACD)進行描 ,存取控制資料可以根據驅動系統是否支援該存取控^ 貝料(如驅動系統是否可以識別該存取控制資料的相應功 能)被分成可識別之存取控制資料與無法識別之存取^制 貢料。可識別存取控制資料包括預設存取控制資料,所有 支援存取控制資料的驅動系統都必須支援預設存取控制資 I3045J63pif.d〇〇 料。這樣的預設存取控制資料可以在碟片的初始化或再初 始化期間被記錄在存取控制區中,並且可以被有效運用。 相比較預定功能的存取控制資料(如防寫或再生保護),預 设存取控制資料包含當初始化或再初始化資訊儲存媒體 時,用來存取該資訊儲存媒體的初始化資訊。 圖/7繪不為本發明之預設存取控制資料之結構的示 思圖。茶照圖Π,預設存取控制資料謂被記錄在存取 控制區的-部分巾。預設存取控制㈣丨具有預設屬性 及與普通存取㈣資料㈣的結構 、 1700包括公共資訊171〇與歡資訊172()。 制貝科 ACD_ID 1711被包含在公共資訊mG中,並且被記 f為“預設^以表示預設存取控制資料。其他資訊(如可 。式化性貧訊1712、缺陷管理區可記錄性/可再生性 Π13、備用區可記錄性河再生性f訊1714及用戶資料區 可記錄性/可再生性資訊1715)被設定為〇,以允許對定羞° 在碟片上的次區域的自由使用。公共資訊mG在實質上盘 具有預定功能之存取控制資料的公共資訊相似。、…、 可以根據用戶或驅㈣統的意願在初始化或再初 匕的!程中記錄特定資訊1720。特定資訊172。是二 但是具有特定功能之存取控制資料的特定:二凡 疋有關於預定魏,如防寫或再生賴。狀 包括驅動器ID與記錄曰期。驅動器① =供,八記錄曰,從主機提供。當記錄曰期與驅: 被包含在預設存取控制㈣的特定資訊㈣^ I3〇45^P,doc 時,可以很容易得知碟片何時被什麼驅動系統初始化。然 而,根據用戶或驅動系統的意願,特定資訊丨72〇中也可以 包含其他類型的資訊。 圖18繪不為本發明之一實施例中可重寫記錄媒體的 初始化方法之步驟流程圖。參照圖18,在操作1810中, 一個空碟片被載入驅動系統中。在操作182()中,根據用戶 的初始化該碟片的請求,驅動系統從主機接收一個初始化 指令。在操作1830中,驅動系統回應該初始化指令在碟片 的存取控制區中記錄預設存取控制資料。預設存取控制資 料的記錄可以由包含在驅動系統中的系統控制器自動執 行,或者可以通過由主機回應寫人指令而提供的用以設定 預設存取控制資料的紀錄資訊來執行。或者可以結合這兩 種方法。包含在預設存取控制資料的公共資訊中的所有可 記錄性/可再生性資訊最好被設定為0,以表示該碟片是可 圮錄的/可再生的。包含在預設存取控制資料中的特定資訊 可以根據用戶或驅動系統的意願被設定為適當的值。 在操作1840中,在缺陷管理過程中,碟片的資料區 中分配了備用區以替代缺陷區塊。在操作185〇中,在資料 區中判定用戶資料區的開始位元址與結束位址。在操作 1860中,初始缺陷列表與包含備用區分配資訊、用戶g料 區大小訊與記錄了預設存取控制資料之後的存取控制資 料之狀悲貧訊的碟片定義結構被記錄在碟片的缺陷管理區 中。由於只有預設存取控制資料被記錄在存取 存取控制㈣之狀態資訊可以包括表示預設存料 42 丨 if.doc 的相應存取控制資料區塊具有 制資料區塊之狀態資訊與表:二貝= 子取控 制資料區塊“可用,,的存取㈣中的其他存取控 在操作1870 Φ 塊之狀態資訊。 φ,.... ,回應來自主機的寫入指令向用戶資 ㈣中吕己錄官理將要記錄在用戶 用二貝 案系統資訊。可以在以上任何始槽The poor news in the second area can be an anti-write mark, recorded in the access control area, and information about the recordability or formatability contained in the public information of the access control data. σ In operation 1640, the system controller 10 determines whether information read from the defect management area and the access control area is allowed to be reinitialized. For example, if the anti-write mark read from the defect management area has the value "丨,", writing to the disc is prohibited and re-initialization cannot be performed. The public information of the access control data recorded in the access control area includes the disc. Formatability information and recordability/renewability information for the sub-area of the film. If the formatability information is 38 I3〇45^P, the doc recordability/renewability information is not allowed. Formatting the disc 1 or writing to any sub-area of the disc 100 cannot perform re-initialization. Thus, the system controller 10 determines whether the disc 100 is based on information read from the defect management area and the access control area. Writable. If the anti-write flag is set to "1" or a public tribute to access control data, formatting or writing is not allowed, in operation 1680 the system controller 10 determines that the disc 100 cannot be reinitialized and passes through the host. The interface 2 transmits an error message to the host 3. However, if the anti-write flag is not set to "^, and the public information of the access control data allows formatting and writing, the system control 10 determines to re-initialize the disc 1" And start re-initializing 100. When the access control data about the function recognizable by the drive system has a value that does not allow re-initialization, and the access control data about the function that the drive system does not recognize has a value that allows re-initialization. Since the value of the access control data regarding the identifiable function can be updated, the value of the access control data regarding the identifiable function can be changed to a value allowing re-initialization in response to the user's re-initialization request, and then It is determined that the disc 100 is reinitialized. If reinitialization is permitted, in operation 1650, the system controller 10 allocates a spare area in the data area of the disc 100 to determine the size of the spare area, and assigns a user profile area in the data area to record the user profile to determine the user. The beginning and end of the data area. In operation 1660, the system controller 10 controls the read/write unit 2 to clear the access control area contained in the lead-in area of the disc 1 and update the status information of the access control data. Details 39 I3〇45^P, doc In detail, when the access control area is cleared, the system controller ^ controls the access control value pipe or alarm when the data block is defective, or saves each other Acd"d is changed to "_,, or "FFh," to indicate that the block is the side. In addition, as shown in Fig. 14a_15 == 二 Θ Θ 10 update the status of the control data block changed by the access control device. In the 1670, the system controller 1M reads and writes the defect management area contained in the lead-in area of the disc 100, and controls the reading and writing unit 2 and the servo H5G to record the initial in the defect management area. The defect list and the judgment of the poor news (such as the disc definition structure of the district allocation information period household data area and the updated status information of the access controller material. Although it has been described that the defect tube (4) is initialized after being cleared: In the defect management area, in fact, since the disc cut is a rewritable type, the initialization information recorded in the defect management area is updated. Although not shown in the figure b, the management record is The file system information in the predetermined part of the user data area should be cleared in the data in the user data area. The default access control data (default ACD) will be described below. The access control data can be supported according to whether the drive system supports the The access control (such as whether the drive system can recognize the corresponding function of the access control data) is divided into identifiable access control data and unrecognized access metrics. The control data includes preset access control data. All drive systems that support access control data must support the default access control I3045J63pif.d. Such preset access control data can be initialized on the disc. Or re-initialization period is recorded in the access control area, and can be effectively used. Compared with the access control data of the predetermined function (such as anti-write or regenerative protection), the preset access control data includes information when initializing or re-initializing The storage device is used to access the initialization information of the information storage medium. Figure 7 shows a schematic diagram of the structure of the preset access control data of the present invention. The tea photo map, the preset access control data is It is recorded in the access control area - part of the towel. The default access control (4) has a preset attribute and the structure of the ordinary access (4) data (4), 1700 includes public information 171 〇 欢 information 172 (). ACD_ID 1711 is included in the public information mG, and is marked as "preset ^ to indicate the default access control data. Other information (such as the deficiencies of the information 1712, the defect management area can be recorded Sex/renewability Π13, spare area recordable river regenerative information 1714 and user data area recordability/renewability information 1715) is set to 〇 to allow for shading ° sub-area on the disc The free use of public information mG is similar to the public information of the access control data with the predetermined function in the disk. ..., the specific information 1720 can be recorded in the initialization or re-starting process according to the wishes of the user or the driver. Specific information 172. It is two specific access control data with specific functions: Erfan has a reservation about Wei, such as anti-writing or regenerative. It includes drive ID and record period. Drive 1 = supply, eight records曰, provided from the host. When the recording period and the drive: are included in the preset access control (4) specific information (4) ^ I3 〇 45 ^ P, doc, it is easy to know when the disc is initialized by what drive system. However, depending on the user or the drive system, other types of information may be included in the specific information. Figure 18 is a flow chart showing the steps of an initialization method of a rewritable recording medium in an embodiment of the present invention. Referring to Figure 18, in operation 1810, an empty disc is loaded into the drive system. In operation 182(), the drive system receives an initialization command from the host based on the user's request to initialize the disc. In operation 1830, the drive system returns an initialization command to record the preset access control data in the access control area of the disc. The record of the preset access control data can be automatically executed by the system controller included in the drive system, or can be executed by the host to respond to the write command to set the record information of the preset access control data. Or you can combine these two methods. Preferably, all of the recordability/renewability information contained in the public information of the preset access control data is set to zero to indicate that the disc is recordable/reproducible. The specific information contained in the preset access control data can be set to an appropriate value according to the wishes of the user or the drive system. In operation 1840, in the defect management process, a spare area is allocated in the data area of the disc to replace the defective block. In operation 185, the start bit address and the end address of the user data area are determined in the data area. In operation 1860, the initial defect list and the disc definition structure including the spare area allocation information, the user g area size, and the access control data after the preset access control data are recorded are recorded on the disc. The defect management area of the slice. Since only the preset access control data is recorded in the access control (4), the status information may include status information and a table indicating that the corresponding access control data block of the preset storage 42 丨 if.doc has the data block. : two-be = sub-control data block "Available, access, (4) other access control in operation 1870 Φ block status information. φ,...., respond to write commands from the host to the user (4) Zhong Lu’s official records will be recorded in the user’s second project.
再初始化方法之步驟流程 錄媒體的 ιηπ^# …、、、圖 19,在#作 1910 中, 售碟片100被載入驅動系統。在操作192〇中, 甲 所含的系統控制器10通過主機介面 機^先中 再初始化齡。在操作觸巾 枝3接收一個 單元n 糸、、先控制裔10控制讀寫 在缺陷管理區與存取控制區(包含在= =導入區中)中的資訊並且攜帶此資片 中’系統㈣n H)狀從缺辭理 的資訊是否允許再初始化。中言買取The step of reinitialization method is to record the media ιηπ^# ..., , and Fig. 19, in #1910, the sales disc 100 is loaded into the drive system. In operation 192, the system controller 10 included in A is re-initialized by the host interface. Receiving a unit n 操作 in the operating touch towel branch 3, first controlling the descent 10 to control the information read and written in the defect management area and the access control area (included in the == lead-in area) and carry the information in the system (four) n H) Whether the information from the lack of grammar allows reinitialization. Buy in the middle
^如果判定該貧訊不允許再初始化,在操作〗QSn 士 系統控制器10通過主機介面2〇向主機3 , :。严而,如果判定該資訊允許再初始化,二= 以:定片_區中分配-個備用區 -貝料的用戶資料區以判定用戶資料區的開始與結束己=戶 在刼作1960中,系統控制器1〇控制讀 包含在碟片100的導入區中的存取_制、:早702 >月除 存取控制資料或者用新的預設存料== 43 \ if.doc 控制資料。這裏,在記錄預設存取控 f貝蚪别糸、、'先控制益可以清除或可以不清除存取# 制區中的所有存取控制資料區塊。由於預設存取控制資^ 是在初始化_記_,並且預設麵控㈣料所包含的 值是在^碟片1GG時根據用戶意願適當地設定的,再初 2之前記錄的預設存取控制f料可以由根據用戶意願而 適虽設定的值覆寫’以便再初始化則⑽。包含在預設 存T控制資料的公共資訊中的所有可記錄性/可再生性資 讯最好都被設定為〇,以表示則〗⑻是可記錄/可再生 =。另外’包含在預設存取控师射的特定資訊可以根 據用戶或驅動系統的意願被設定為適當的值。 首在操作1970中’系統控制器1〇控制讀寫單元2清除 v入區中的缺陷管理區,並且控制讀寫單元2與伺服器% ,缺陷管理區中記錄初始缺陷列表與包含備龍分配資 用戶資料區大小資訊與更新了的存取控制資料之狀熊 資訊的碟片定義結構。 、 〜 在操作1990中,系統控制器10回應來自主機3的寫 入指令再初始化檔案系統資訊,其中檔系統資訊被記錄在 用戶~資料區中以便再初始化用來管理記錄在用戶資料區中 之資料的資訊。 圖20繪示為本發明之一實施例中寫入一次記錄媒體 =0的結構示意圖。參照圖20,寫入一次記錄媒體2⑻包 括導入區210、資料區220與導出區23〇。導入區21〇包括 預圮錄區211、測試區212、存取控制區213、缺陷管理區 44 13045X9— #1 215、缺陷管理區#2 214及臨時缺陷管理區(TDMA) 216。負料£ 220包括備用區#〇 221、用戶資料區222與備 用區#1 223。導出區230包括缺陷管理區#3 231與缺陷管 理區#4 232。 ' 貫夤上除了寫入一次記錄媒體2〇〇還包括臨時缺陷管 理區216,寫入一次記錄媒體2〇〇具有與圖3中所示的碟 片1〇〇相同的結構。臨時碟片定義結構(TDDS)、臨時缺 _表(TDFL)與記錄管理資料(RMD)被記錄在臨時 籲 缺陷管理區216上。如圖20中所示,在初始化過程中,臨 時缺陷管理區216包括初始臨時碟片定義結構217,它包 含備用區分配資訊、用戶資料區大小資訊與存取控制資料 之=態資訊;初始臨時缺陷列表218,它包含初始缺陷管 理資訊;初始記錄管理資料219,它包含初始記錄管理資 訊。 、 圖21繪示為本發明之一實施例中寫入一次記錄媒體 =初始化方法之步驟流程圖。參照圖21,在操作211〇中, _ 『的寫人—次碟片被載人轉系統。在操作212G中,驅動 :系統根據用戶初始化該碟片的請求從主機接收—個初始化 指令。 在操作2130中,驅動系統回應初始化指令向碟片上 2存取控制區中記錄賊存取控制資料。預設存取控制資 嫩錄可以由包含在驅動系統中的系統控制器自動執 箱抓,者可以通過由主機回應寫人指令而提供的用以設定 、叹子取控制資料的紀錄資訊來執行。或者可以結合這兩 45^ If it is determined that the poor communication does not allow reinitialization, in operation, the QSn system controller 10 is directed to the host 3 through the host interface 2, . Strictly, if it is determined that the information is allowed to be re-initialized, the second = to: specify the user data area of the spare area - the bedding area in the fixed_area to determine the start and end of the user data area = the household is in the 1960, The system controller 1 〇 controls to read the access system included in the lead-in area of the disc 100,: early 702 > monthly access control data or control data with a new preset stock == 43 \ if.doc . Here, in the recording of the preset access control, the first control may clear or may not clear all access control data blocks in the access # system. Since the preset access control resource is initialized _ _, and the value contained in the preset face control (four) material is appropriately set according to the user's intention when the disk 1GG is included, the preset record recorded before the second time The control f material can be overwritten by a value that is set according to the user's wishes for reinitialization (10). All recordability/renewability information contained in the public information of the preset T control data is preferably set to 〇 to indicate that (8) is recordable/reproducible =. In addition, the specific information contained in the preset access controller can be set to an appropriate value according to the wishes of the user or the drive system. First, in operation 1970, the system controller 1 controls the read/write unit 2 to clear the defect management area in the v input area, and controls the read/write unit 2 and the server %, and records the initial defect list and the spare reserve allocation in the defect management area. The size definition information of the user data area and the disc definition structure of the updated bear control information of the access control data. In operation 1990, the system controller 10 reinitializes the file system information in response to the write command from the host 3, wherein the file system information is recorded in the user~data area for reinitialization for managing the record in the user data area. Information on the information. FIG. 20 is a schematic diagram showing the structure of writing a recording medium =0 in one embodiment of the present invention. Referring to Fig. 20, the recording medium 2 (8) is written once, including the lead-in area 210, the data area 220, and the lead-out area 23A. The lead-in area 21 includes a pre-recording area 211, a test area 212, an access control area 213, a defect management area 44 13045X9 - #1 215, a defect management area #2 214, and a temporary defect management area (TDMA) 216. Negative material £ 220 includes spare area #〇 221, user data area 222, and spare area #1 223. The lead-out area 230 includes a defect management area #3 231 and a defect management area #4 232. In addition to writing the recording medium 2, the temporary defect management area 216 is also included, and the recording medium 2 is written once to have the same structure as the one shown in Fig. 3. Temporary Disc Definition Structure (TDDS), Temporary Short Form (TDFL) and Record Management Data (RMD) are recorded on the temporary call defect management area 216. As shown in FIG. 20, in the initialization process, the temporary defect management area 216 includes an initial temporary disc definition structure 217, which includes spare area allocation information, user data area size information, and access control data status information; initial temporary A defect list 218, which contains initial defect management information, and an initial record management material 219, which contains initial record management information. 21 is a flow chart showing the steps of writing a recording medium = initialization method in an embodiment of the present invention. Referring to Fig. 21, in operation 211, _ "the write-first disc is carried by the person transfer system. In operation 212G, the driver: system receives an initialization command from the host in response to a user request to initialize the disc. In operation 2130, the drive system responds to the initialization command to record the thief access control data in the access control area on the disc. The preset access control registration can be automatically performed by the system controller included in the drive system, and can be executed by the host to respond to the write command to set and slap the control data. . Or you can combine these two 45
別45忍_。, 種方法。包含在預設存取控㈣料的公共資訊巾的所有可 :己錄丨生/可再生性資§fL最好被設定為〇,以表示該碟片是可 η己錄的/可再生的。包含在預設存取控制資料中的特定資訊 可以根據用戶或驅動系統的意願被設定為適當的值。 在操作2140中,碟片的資料區上分配了備用區,以 在缺陷管理過程中替代缺陷區塊。在操作2150巾,在資料 區中判定了用戶資料區的開始與結束位址。在操作216〇 Ί含備用區分配資訊、用戶資料區大小資訊與記錄了 預设,取控制資料之後的存取控制資料之狀態資訊的臨時 碟片疋義、、構,初始時缺陷列表與初始記錄管理資料被 記錄在碟片上的臨時缺陷管理區中。由於只有預設存取控 制貧料被記錄在存取控制區中,存取控制資料之狀態資訊 可以包括指示與預設存取控㈣料減的存取控制資料區 塊具有有效的存取控制資料的存取控制資 訊與指示存取控制區中其他的存取控制資料區 存取控制資料區塊之狀態資訊。 、。在刼作2170中,回應來自主機的寫入指令向用戶資 料區記錄用來管理記錄在用戶資料區中的資料之初始播案 系統資訊。可以在以上任何操作中執行操作217〇。 圖22繪示為本發明之一實施例中可重寫記錄媒體的 ^初始化方法之步驟流程圖。參照圖22,在操作221〇中, 舊碟片⑽被載入驅動系統。在操作222〇巾,包含在驅動 系統中的系統控制器10通過主機介面2〇從主機3接收一 個再初始化指令。在操作2230中,系統控制器10控制讀 46 J304^2^pif.d〇c 寫單兀2讀取記錄在缺陷管理區與存取控制區(包含在碟 片100的導入區中)中的資訊並且攜帶此資訊。在摔作· ^系統控制1 1G狀從缺陷管理區與存取控制區讀取的 負机疋否允許再初始化。 、Don't endure 45. , a method. All of the public information towels included in the default access control (four) material: the recorded/renewable property §fL is preferably set to 〇 to indicate that the disc is readable/reproducible. . The specific information contained in the preset access control data can be set to an appropriate value according to the wishes of the user or the drive system. In operation 2140, a spare area is allocated on the data area of the disc to replace the defective block in the defect management process. At operation 2150, the start and end addresses of the user data area are determined in the data area. In operation 216, the spare area allocation information, the user data area size information and the record preset, the temporary disc meaning, the structure, the initial defect list and the initial state of the access control data after the control data are taken. The recording management data is recorded in the temporary defect management area on the disc. Since only the preset access control lean material is recorded in the access control area, the status information of the access control data may include an access control data block indicating that the preset access control (4) is decremented has effective access control. The access control information of the data and the status information indicating the access control data block of the other access control data area in the access control area. ,. In operation 2170, the initial broadcast system information used to manage the data recorded in the user profile area is recorded to the user data area in response to a write command from the host. Operation 217〇 can be performed in any of the above operations. FIG. 22 is a flow chart showing the steps of the ^initialization method of the rewritable recording medium according to an embodiment of the present invention. Referring to Figure 22, in operation 221, the old disc (10) is loaded into the drive system. At operation 222, the system controller 10 included in the drive system receives a reinitialization command from the host 3 via the host interface 2. In operation 2230, the system controller 10 controls the read 46 J304^2^pif.d〇c write unit 2 to read the record in the defect management area and the access control area (included in the lead-in area of the disc 100). Information and carry this information. In the case of a fall control system, the negative control that is read from the defect management area and the access control area is allowed to be reinitialized. ,
如果判定該資訊不允許再初始化,在操作2280中系 統控制器10通過主機介面20向主機3傳送一個錯嗜資 訊。然而,如果判定該資訊允許再初始化,在操作 中’系統控制器10在碟片1〇〇上的資料區中分配一個 區以判定備縣的大小,並且在資料區中分配—個記 戶資料的用戶資料區以判定用戶資料區的開始位元址與結If it is determined that the information does not allow for reinitialization, in operation 2280, the system controller 10 transmits a misleading message to the host 3 via the host interface 20. However, if it is determined that the information allows reinitialization, in operation, the system controller 10 allocates an area in the data area on the disc 1 to determine the size of the preparation county, and allocates a household data in the data area. User data area to determine the starting bit address and node of the user data area
在#作2255中’系統控制器1〇自動或者回應來自主 機3的指令向存取控樞中的無法識別之存取控制 塊中寫入“00h”或“FFh”,並且更新有關無法識別之存取 制資料區塊陳態資誠指示,_线可以自動或回應^ 自主機3的指令使用該無法識別之存取控制f料區塊:由 於該無法識別存取控制資料是有關於一個用戶、驅動系統 或者應用不認識的功能,所以無法得知該盔 控制資料的細節。如果在碟片的再初始化過程;;這樣^ 法識別之存取控制#料沒有被抹除,可能會在使用該再^ ^化了的碟片時造成不便。例如’如果碟片上記錄 讀取保護魏的存取控制資料,並且在再初始化過程中該 存取控制㈣沒有被驅動线與不朗讀取保護功能的庫Λ 用抹除’由於碟片仍然具有讀取保護,所以再初始化之g 47 1304¾¾.. 的再生過程中不能讀取記錄在該 =:=”用_設定;讀= 片。從根本上,由^=’^用戶就不能有效使用該碟 :==存取控物包括公共資訊,根據ί :==:;r ==: 別之存取控制資料::=二對該用戶來說無法識 在操作2260中,李缔批也卜^ 求向存取控制區增加新的存資#、,根據用戶明 控制資料之狀態資訊。可翻2 =和塊就更新存取 戶、驅動系統或應用所知的功子=制貧料是有關於用 求通過特殊的用戶介面執行關二=之=據用二請 塊的改變、抹除或增加在^〖控制貝料區 制資料之狀態資訊根據以上::碟f疋義結構中的存取控 新。這樣的可气別 > 六 又抹除或增加被正確地更 中所取控制資料可以包括圖㈣19 述的預設存取控制資料。 清除;=::2陷以 器50向缺陷管理區中=控制5買寫單元2與祠服 貝Λ,、更新了的存取控制資料之 48 13045,¾^ 狀態ΐ sfL的碟片定義結構。 入作2290中,系統控制器10回應來自主機3的寫 二·?彳;7始化檔案系統資訊,該資訊被記錄在用戶料 ^以便再初始化用來管理記錄在用戶資料區中的資料之 腦可’本發明也可以作為—種或多種電 體是‘饤二、j的電腦可讀代碼實施。電腦可讀記錄媒In #2 2255, the system controller 1 〇 writes "00h" or "FFh" to the unrecognized access control block in the access control hub automatically or in response to an instruction from the host 3, and updates the unrecognized The access data block indicates that the _ line can be automatically or responsive. ^ The command from the host 3 uses the unrecognized access control f block: since the unrecognized access control data is related to a user. The drive system or the function that the application does not recognize, so the details of the helmet control data cannot be known. If the disc is re-initialized; the access control # such as the method is not erased, it may cause inconvenience when using the re-distributed disc. For example, if the access control data of the read protection Wei is recorded on the disc, and the access control (4) is not driven by the drive line and the library of the read protection function during the reinitialization process, the disc is still erased. It has read protection, so the re-initialization of the g 47 13043⁄43⁄4.. can not be read during the reproduction of the ===" with _ setting; read = slice. Fundamentally, ^^'^ user can not be used effectively The disc: == access control includes public information, according to ί :==:;r ==: Other access control data::=2 This user cannot be identified in operation 2260, Li also approved卜^Add a new deposit to the access control area, and control the status information of the data according to the user. You can update the accessor, drive system or application knowing the function = the poor material It is related to the use of the special user interface to perform the second two = the use of the second block of the change, erase or increase in the control data of the control area of the data according to the above:: dish f疋 meaning structure The access control is new. This kind of temperament > six erases or increases the control that is correctly taken The material may include the preset access control data described in Figure (4) 19. Clear; =:: 2 trap 50 to the defect management area = control 5 buy unit 2 and Λ Λ, updated access control data 48 13045, 3⁄4^ state s sfL disc definition structure. In 2290, the system controller 10 responds to the write from the host 3, and then initializes the file system information, the information is recorded in the user material ^ In order to reinitialize the brain used to manage the data recorded in the user data area, the present invention can also be implemented as a computer readable code of a type or a plurality of types of electric appliances.
電腦可讀記錄媒體的實例包括唯讀記憶體 j隧钺存取記憶體(RAM)、CD-R〇M、磁帶、軟 钤)、it貧料儲存元件與載波(如通過互聯網進行資料傳 :電知可言胃記錄媒體也可以被分 代碼以分佈方式_存與執行^ …白本^明所屬技藝的程式Μ 明的功能性程式、代碼與代碼片段 解釋貝現本發Examples of computer readable recording media include read-only memory, computer access memory (RAM), CD-R〇M, magnetic tape, software, and storage devices and carriers (such as data transmission via the Internet: The electronically readable gastric recording medium can also be divided into codes in a distributed manner. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
料=本發明,當初始化或再初始化碟片時,向磾片上 操作動系統也可以基於該公共資訊正確地 致資πίΓ 了碟片與驅動系統之間的相容性,其中公 …可為所有標準之驅動系統所識別。 丄 限定Si發較佳實施例揭露如上,然其並非用以 和範圍内,當可作者,在不脫離本發明之精神 範圍當視後附之: 49 if.doc 【圖式簡單說明】 圖1繪示為傳統科技中不同標準之碟片與驅動系統之 間的相容性之示意圖。 圖2繪示為本發明之一觀點中不同標準之碟片與驅動 系統之間在初始化與再初始化上的相容性之示意圖。 圖3繪示為本發明之一觀點中的光記錄媒體的結構之 示意圖。In the present invention, when the disc is initialized or re-initialized, the operating system on the cymbal can also correctly fund the compatibility between the disc and the drive system based on the public information, wherein the Recognized by the standard drive system. The preferred embodiment of the present invention is disclosed above, but it is not intended to be within the scope of the invention, and may be attached thereto without departing from the spirit of the invention: 49 if.doc [Simple description of the drawing] Figure 1 A schematic diagram showing the compatibility between a disc and a drive system of different standards in conventional technology. 2 is a schematic diagram showing the compatibility between initialization and reinitialization between different standards of the disc and the drive system in one aspect of the present invention. Fig. 3 is a view showing the structure of an optical recording medium in an aspect of the invention.
圖4繪示為圖3中所示缺陷管理區(DMA) #1的詳 細結構之實例的示意圖。 圖5繪示為圖3中的存取控制區(ACA)的詳細結構 之不意圖。 圖6繪示為初始化或再初始化期間,由圖2中的版本 1 · 0驅動糸統記錄在存取控制區中的存取控制貢料(ACD ) 之實例的示意圖。Fig. 4 is a diagram showing an example of a detailed structure of the defect management area (DMA) #1 shown in Fig. 3. FIG. 5 is a schematic diagram showing the detailed structure of the access control area (ACA) in FIG. 6 is a diagram showing an example of an access control tribute (ACD) recorded by the version 1 · 0 in FIG. 2 during the initialization or reinitialization in the access control area.
圖7繪示為初始化或再初始化期間,由圖2中的版本 1.1驅動糸統記錄在存取控制區中的存取控制貧料之貫例 的示意圖。 圖8繪示為初始化或再初始化期間,由圖2中的版本 1.2驅動系統記錄在存取控制區中的存取控制資料(ACD) 之實例的示意圖。 圖9繪示為本發明之一實施例中執行初始化與再初始 化的記錄/再生裝置之方塊示意圖。 圖10繪示為本發明之一實施例中初始化方法的步驟 流程圖。 50 13045W if.doc 圖Π緣示為本發明之一實施例中再初始化方法的步 驟流程圖。 圖12緣示為圖3中所示缺陷管理區塊#1的詳細結構 之另一實例的示意圖。 圖13繪示為圖12中的存取控制資料之狀態資訊的實 例示意圖。 ,14A與圖14B分別繪示為在再初始化碟片之前存取 控制貝料區塊與存取控制資料之狀態資訊的實例之示意 • ®,以解釋本發明之一觀點中再初始化碟片時存取控制資 料之狀態資訊的更新。 圖15A與圖1SB分別綠示為在再初始化碟片之後存取 控制資料區塊與存取控制f料之狀態#訊的實例之示意 圖,以解釋本發明之-觀點中再初始化碟片時存取控制^ 料之狀態資訊的更新。 、 圖16繪示為本發明之另—實施例中之再初始化方法 的步驟流程圖。 . 圖17繪示為本發明之另一觀點中預設存取控制資料 之結構的示意圖。 圖18繪示為本發明之一實施例中可重寫記錄媒體的 初始化方法之步驟流程圖。 圖19繪示為本發明之一實施例中可重寫記錄媒體的 再初始化方法之步驟流程圖。 圖20繪示為本發明之一實施例中寫入一次記錄媒體 的結構之示意圖。 、且 圖21繪示為本發明之一實施例中寫入一次記錄媒體 的初始化方法之步驟流程圖。 圖22繪示為本發明之一實施例中可重寫記錄媒體的 再初始化方法之步驟流程圖。 【主要元件符號說明】 11 :舊標準驅動系統 12 :舊標準碟片 13 :新標準驅動系統Figure 7 is a diagram showing an example of access control poorness recorded in the access control area by the version 1.1 driver of Figure 2 during initialization or reinitialization. Figure 8 is a diagram showing an example of access control data (ACD) recorded in the access control area by the version 1.2 drive system of Figure 2 during initialization or reinitialization. Figure 9 is a block diagram showing a recording/reproducing apparatus for performing initialization and reinitialization in an embodiment of the present invention. FIG. 10 is a flow chart showing the steps of an initialization method in an embodiment of the present invention. 50 13045W if.doc Figure is a flow chart of the steps of the reinitialization method in one embodiment of the present invention. Fig. 12 is a view showing another example of the detailed structure of the defect management block #1 shown in Fig. 3. FIG. 13 is a schematic diagram showing an example of status information of the access control data in FIG. 14A and FIG. 14B are respectively diagrams showing an example of accessing control state information of the bedding block and the access control data before re-initializing the disc to explain the reinitialization of the disc in one aspect of the present invention. Update of status information of access control data. 15A and FIG. 1B are respectively green diagrams showing an example of accessing the state of the control data block and the access control f material after re-initializing the disc, to explain the present invention - Take the update of the status information of the control material. Figure 16 is a flow chart showing the steps of the reinitialization method in another embodiment of the present invention. Figure 17 is a diagram showing the structure of a preset access control data in another aspect of the present invention. Figure 18 is a flow chart showing the steps of an initialization method of a rewritable recording medium in accordance with an embodiment of the present invention. FIG. 19 is a flow chart showing the steps of a method for reinitializing a rewritable recording medium according to an embodiment of the present invention. Figure 20 is a diagram showing the structure of writing a recording medium in one embodiment of the present invention. 21 is a flow chart showing the steps of an initialization method for writing a recording medium in one embodiment of the present invention. Figure 22 is a flow chart showing the steps of a method for reinitializing a rewritable recording medium in accordance with an embodiment of the present invention. [Main component symbol description] 11 : Old standard drive system 12 : Old standard disc 13 : New standard drive system
14 :新標準碟片 21 :版本1.0驅動系統 22 :版本1.1驅動系統 23 :版本1.2驅動系統 100 :碟片 110、 210 :導入區 111、 211 :預記錄區 112、 212 :測試區14: New Standard Disc 21: Version 1.0 Drive System 22: Version 1.1 Drive System 23: Version 1.2 Drive System 100: Disc 110, 210: Lead-in area 111, 211: Pre-recorded area 112, 212: Test area
113、 213 :存取控制區 114、 214 :缺陷管理區#2 115、 215 :缺陷管理區#1 120、 220 :資料區 121、 221 :備用區#0 122、 222 :用戶資料區 123、 223 :備用區#1 130、230 :導出區 52 】304567分版 200 :寫入一次記錄媒體 216 :臨時缺陷管理區 217 :初始臨時碟片定義結構 218 :初始臨時缺陷列表 219 :初始記錄管理資料 131、 231 :缺陷管理區#3 132、 232 :缺陷管理區#4 410 :碟片定義結構 411 :備用區大小資訊 412 :用戶資料區開始及結束位元址資訊 413 :存取控制資料之狀態資訊 420 :缺陷列表 510、610、710、810 :存取控制資料#1 51 卜 521、61 卜 7U、72卜 8U、82卜 83卜 1710 ·· 公共資訊 512、 522、612、712、722、812、822、832、1720 : 特定貨訊113, 213: access control area 114, 214: defect management area #2 115, 215: defect management area #1 120, 220: data area 121, 221: spare area #0 122, 222: user data area 123, 223 : spare area #1 130, 230: lead-out area 52] 304567 version 200: write once recording medium 216: temporary defect management area 217: initial temporary disc definition structure 218: initial temporary defect list 219: initial recording management material 131 231: Defect Management Area #3 132, 232: Defect Management Area #4 410: Disc Definition Structure 411: Backup Area Size Information 412: User Data Area Start and End Bit Address Information 413: Status Information of Access Control Data 420: Defect list 510, 610, 710, 810: Access control data #1 51 Bu 521, 61 Bu 7U, 72 Bu 8U, 82 Bu 83 Bu 1710 · Public information 512, 522, 612, 712, 722, 812 , 822, 832, 1720: specific cargo information
513、 523、613、713、723、813、823、833、1711 : ACD—ID 514、 524、614、714、724、814、824、834、1712 : 可格式化性資訊 515、 525、615、715、725、815、825、835、1713 : 缺陷管理區可記錄性/可再生性資訊 516、 526、616、716、726、816、826、836、1714 : 53 J3 045在Q>ifd〇c 備用區可記錄性/可再生性資訊 517、527、617、717、727、817、827、837、1715 : 用戶資料區可記錄性/可再生性資訊 520、720、820 :存取控制資料#2 530、830 :存取控制資料#3 620、730、840 :未記錄區 1700 :預設存取控制資料 3 :主機 10 :系統控制器 20 :主機介面 30 :數位信號處理器 40 :無線電頻率放大器 50 :伺服器513, 523, 613, 713, 723, 813, 823, 833, 1711: ACD-ID 514, 524, 614, 714, 724, 814, 824, 834, 1712: formatability information 515, 525, 615, 715, 725, 815, 825, 835, 1713: defect management area recordability/renewability information 516, 526, 616, 716, 726, 816, 826, 836, 1714: 53 J3 045 in Q> ifd〇c Spare area recordability/renewability information 517, 527, 617, 717, 727, 817, 827, 837, 1715: User data area recordability/renewability information 520, 720, 820: access control data # 2 530, 830: Access Control Data #3 620, 730, 840: Unrecorded Area 1700: Preset Access Control Data 3: Host 10: System Controller 20: Host Interface 30: Digital Signal Processor 40: Radio Frequency Amplifier 50: Server
5454
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KR1020040044514A KR100677120B1 (en) | 2004-05-11 | 2004-06-16 | Optical recording medium, recording/reproducing apparatus, recording/reproducing method, initializing method and re-initializing method |
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CA (1) | CA2765186C (en) |
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RU (1) | RU2299481C2 (en) |
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TWI386923B (en) | 2004-03-18 | 2013-02-21 | Lg Electronics Inc | Recording medium with segment information thereon and apparatus and methods for forming, recording, and reproducing the recording medium |
JP4610607B2 (en) * | 2004-03-18 | 2011-01-12 | エルジー エレクトロニクス インコーポレイティド | Method and apparatus for recording / reproducing data on / from a recording medium |
EP1726015B1 (en) | 2004-03-19 | 2013-08-28 | LG Electronics Inc. | Recording medium with physical access control (pac) information thereon and apparatus and methods for forming, recording, and reproducing the recording medium |
US7970988B2 (en) | 2004-03-19 | 2011-06-28 | Lg Electronics Inc. | Recording medium with status information thereon which changes upon reformatting and apparatus and methods for forming, recording, and reproducing the recording medium |
KR20060046157A (en) | 2004-06-21 | 2006-05-17 | 엘지전자 주식회사 | Recording medium, method and apparatus for reformatting the recording medium |
KR20060046445A (en) | 2004-07-22 | 2006-05-17 | 엘지전자 주식회사 | Recording medium, method and apparatus for controlling recording/reproducing a data on/from the recording medium |
FR2918472B1 (en) * | 2007-07-06 | 2009-11-20 | Renault Sas | METHOD FOR PROCESSING A SIGNAL FROM A POSITION SENSOR OF A CONTROL MEMBER OF A MOTOR VEHICLE |
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TW200537465A (en) | 2005-11-16 |
RU2005114052A (en) | 2006-11-20 |
MY145300A (en) | 2012-01-13 |
RU2299481C2 (en) | 2007-05-20 |
CA2765186C (en) | 2014-12-09 |
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CA2765186A1 (en) | 2005-11-11 |
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