CN101064157B - Method of managing defect and recording apparatus - Google Patents

Method of managing defect and recording apparatus Download PDF

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Publication number
CN101064157B
CN101064157B CN2007101048563A CN200710104856A CN101064157B CN 101064157 B CN101064157 B CN 101064157B CN 2007101048563 A CN2007101048563 A CN 2007101048563A CN 200710104856 A CN200710104856 A CN 200710104856A CN 101064157 B CN101064157 B CN 101064157B
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CN
China
Prior art keywords
information
temporary defect
recorded
dish
defect management
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Expired - Lifetime
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CN2007101048563A
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Chinese (zh)
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CN101064157A (en
Inventor
高祯完
李坰根
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Samsung Electronics Co Ltd
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Samsung Electronics Co Ltd
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Priority claimed from KR1020020047514A external-priority patent/KR100667747B1/en
Application filed by Samsung Electronics Co Ltd filed Critical Samsung Electronics Co Ltd
Publication of CN101064157A publication Critical patent/CN101064157A/en
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Publication of CN101064157B publication Critical patent/CN101064157B/en
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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
    • G11B20/18—Error detection or correction; Testing, e.g. of drop-outs
    • 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
    • G11B20/18—Error detection or correction; Testing, e.g. of drop-outs
    • G11B20/1883—Methods for assignment of alternate areas for defective areas
    • 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
    • G11B20/18—Error detection or correction; Testing, e.g. of drop-outs
    • G11B2020/1873—Temporary defect structures for write-once discs, e.g. TDDS, TDMA or TDFL
    • 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

Abstract

A disc with a temporary defect management information area and a defect management area includes a defect management area that is present in at least one of a lead-in area, a lead-out area, and an outer area, a temporary defect information area which is formed in the data area and in which temporary defect information is recorded, and a temporary defect management information area which is present in at least one of the lead-in area, and the lead-out area. Accordingly, it is possible to record user data in a recordable disc, especially, a write-once disc, while performing defect management thereon, thereby enabling efficient use of a defect management area having a limited recording capacity.

Description

Defect management method and recording unit
The application is to be that August 11, application number in 2003 are 03818993.3, are entitled as the dividing an application of patented claim of " having the dish of temporary disk (T-disk) definition structure (TDDS) and temporary defect list (TDFL) and the method and apparatus that is used to manage its defective " applying date.
Technical field
The present invention relates to defect management, more particularly, relate to a kind of dish that forms temporary defect management information areas and temporary control and education zone therein, and a kind ofly be used for managing method and apparatus in the defective of this dish.
Background technology
Carry out defect management so that the user will produce in the new part of area that the user data of a part of the area of defective is overwritten in dish therein, thus the loss of data that compensation is caused by defective.Usually, use the linear replacement or replacement (slipping replacement) method of sliding to carry out defect management.In linearity replacement method, the area that produces defective therein is by the spare data area replacement that does not have defective.In slip replacement method, the area with defective is slided does not have the next area of defective with use.
Linear replacement and slip replacement method all only may be used on data and can write down on it with being repeated and can use method of random access to come the dish of executive logging, like DVD-RAM/RW.In other words, replacement of traditional linearity and slip replacement method cannot be applied to record above that only be allowed to once once write (write-once) dish.Usually, dish is gone up and whether the affirmation data can be recorded in the existence of coiling the defective in the inspection panel that comes up through data are recorded in.Yet,, can not rewrite new data and managing defect therein in case data are recorded on the Write-once disc.
Meanwhile, after the exploitation of CD-R and DVD-R, the high density Write-once disc with recording capacity of tens GB is introduced into.Because the random access that such dish is inexpensive and allow the realization fast recording to operate is so it can use as back-up disk.Yet, cannot carry out defect management to Write-once disc.Therefore, owing to cannot be performed the defect management of Write-once disc, when during backup operation, detecting defect area (that is, wherein producing the zone of defective), backup operation is ended.
Usually, when system was not used continually, backup operation just was performed.Therefore, backup operation is performed the night when being everlasting when this system of system manager's inoperation.In this case, because the defect area of Write-once disc is detected, so backup operation will be stopped probably, and the backup operation that therefore is used for this system will can not be performed with reliable mode.
Summary of the invention
The Write-once disc that the invention provides a kind of data structure with allowable defect management be used for managing at method and apparatus of the defective of dish so.
Even the present invention also provide a kind of have on dish, producing the still data structure of allowable defect management of defective during the recording operation; Thereby provide success recording operation Write-once disc and be used for managing method and apparatus in the defective of dish with defect management.
Will be in ensuing description part set forth the present invention other aspect and/or advantage, some will be clearly through describing, and perhaps can pass through enforcement of the present invention and learn.
According to an aspect of the present invention, this dish comprises: defect management, and introducing the zone, drawing at least one in zone and the perimeter; The temporary defect information area is in the data area and write down temporary defect information therein; With the temporary defect management information areas, introducing the zone and drawing at least one of zone.
According to a further aspect in the invention; A kind of method of managing the defective in the dish is provided, has comprised: will be recorded in the data area of dish as the first temporary defect information about the defect information of data recorded in recording operation with about the defect information of data recorded in the recording operation formerly; Be recorded in the data area as the second temporary defect information with the first temporary defect information with about the defect information of data recorded in next record operation.
According to a further aspect in the invention; A kind of method of managing the defective in the dish is provided, has comprised: will about the defect information of the data in the data area that is recorded in dish according to first recording operation, about the defect information that is recorded in the data in the data area according to second recording operation ..., be recorded in the data area as n temporary defect information about the defect information that is recorded in the data in the data area according to the n-1 recording operation with about the defect information that is recorded in the data in the data area according to the n recording operation; Be recorded in the temporary defect management information areas with the defect management information that will be used for managing n temporary defect information as n temporary defect management information, wherein, n is an integer, and n＞1.
Best, but unessential, this method also is included in during the typing of dish, with the temporary defect information and the temporary defect management information of record are recorded in the defect management at last.
Best, but unessential, write down n temporary defect information and comprise: data are recorded in the scheduled unit; The data of calibration tails are to detect the zone of the dish that has defective therein; To be used for specifying cover have defective and the zone in the zone that is recorded in the data after the zone with defective be appointed as defect area information stores at storer; Data are recorded in the scheduled unit after defect area; Duplication check and storage are at least once; With when the n recording operation finishes, read this information from storer, and the information that reads is recorded in the n temporary defect information area of data area.
Best, but unessential, write down n temporary defect information and also comprise: will be used for specifying n temporary defect information area is that the information of defect area is recorded in n temporary defect information area.
According to a further aspect in the invention, a kind of recording unit is provided, has comprised: record cell is recorded in data in the data area of dish according to recording operation; And controller; Control recording unit is recorded in the introducing zone of dish and the temporary defect management information areas of drawing at least one of zone with the temporary defect management information that will be recorded in the data area as temporary defect information about the defect information that is recorded in the data in the data area according to recording operation and will be used for managing temporary defect information.
According to a further aspect in the invention, a kind of recording unit is provided, has comprised: record cell is recorded in data on the dish; And controller, control recording unit is being recorded in the data area as n temporary defect information about the defect information of the data in the data area that is recorded in dish according to first recording operation to the n recording operation; Be recorded in temporary defect management information areas with the defect management information that will be used for managing n temporary defect information as n temporary defect management information with control recording unit, wherein, n is an integer, and n＞1.
According to a further aspect in the invention, this dish comprises: defect management, and introducing the zone and drawing at least one in the zone; The temporary defect information area in the data area, and writes down temporary defect information therein; The temporary defect management information areas is being introduced the zone and is being drawn at least one in the zone, and writing down the temporary defect management information that is used for managing temporary defect information therein; And defect management; Be formed at and introduce the zone and draw at least one of zone, and write down the temporary defect management information that is lastly recorded in the temporary defect information area therein and be lastly recorded in the temporary defect management information in the temporary defect management information areas.
According to a further aspect in the invention, this dish comprises: defect management, and introducing the zone, drawing at least one in zone and the perimeter; The temporary defect information area in the data area, and writes down temporary defect information therein; The temporary defect management information areas is being introduced the zone, is being drawn in zone and the perimeter, and writing down temporary defect management information therein; And defect management; Introducing the zone, drawing in zone and the perimeter, and writing down the temporary defect management information that is lastly recorded in the temporary defect information area therein and be lastly recorded in the temporary defect management information in the temporary defect management information areas.
According to a further aspect in the invention, a kind of method of managing the defective in the dish is provided, has comprised: will be recorded in the data area as temporary defect information about the defect information that each recording operation is recorded in the data in the data area; The defect management information that will be used for managing temporary defect information is recorded in introducing zone and the temporary defect management information areas of drawing at least one of zone as temporary defect management information; With during the typing of dish, temporary defect information and temporary defect management information is recorded in to be formed at introduces the zone and draw in the defect management at least one in the zone.
According to a further aspect in the invention; A kind of method of managing the defective in the dish is provided, has comprised: will be about the defect information that is recorded in the data in the data area according to first recording operation, about the defect information that is recorded in the data in the data area according to second recording operation, be recorded in the data area as n temporary defect information about the defect information that is recorded in the data in the data area according to the n-1 recording operation with about the defect information that is recorded in the data in the data area according to the n recording operation; The defect management information that will be used for managing n temporary defect information is recorded in the temporary defect management information areas as n temporary defect management information, and wherein, n is integer and n＞1; With during the typing of dish, with the temporary defect information of record and the temporary defect management information of last record are recorded in the defect management at last.
According to a further aspect in the invention, a kind of recording unit is provided, has comprised: record cell is recorded in data in the data area of dish according to recording operation; And controller; Control recording unit is being recorded in the data area as temporary defect information about the defect information of data recorded; Control recording unit will be will be used for managing temporary defect information and be recorded in the introducing zone of dish and the temporary defect management information areas of drawing at least one of zone as defect management information and control recording unit will be introduced the zone and drawn in the defect management at least one in the zone temporary defect information and temporary defect management information are recorded in be formed at.
According to a further aspect in the invention, a kind of recording unit is provided, has comprised: record cell is recorded in data in the data area of dish according to first to the n recording operation; And controller; Control recording unit with will about according to first record n recording operation data recorded defect information be recorded in the data area as n temporary defect information; Control recording unit is recorded in the temporary defect management information areas with the defect management information that will be used for managing n temporary defect information as n temporary defect management information; Be recorded in the defect management with the temporary defect information and the temporary defect management information that will write down at last with control recording unit; Wherein, n is an integer, and n＞1.
According to a further aspect in the invention, this dish comprises: defect management, and introducing the zone and drawing at least one in the zone; The temporary defect information area in the data area, and writes down temporary defect information therein; With the temporary defect management information areas; Be formed on and introduce the zone and draw at least one in the zone; And the temporary defect management information that is used for managing temporary defect information therein is by record, and, wherein; When using write-verify checking (verify-after-write) when method detects disc defect, temporary defect information and temporary defect management information quilt be record once more.
According to a further aspect in the invention, this dish comprises: defect management, the introducing zone of dish with draw at least one in the zone; The temporary defect information area in the data area, and writes down temporary defect information therein; With the temporary defect management information areas; In the introducing zone of dish, draw at least one in zone and the perimeter; And write down temporary defect management information therein; Wherein, during the typing of dish, be recorded in temporary defect information that is lastly recorded in the last record in the temporary defect information area and the temporary defect management information that is lastly recorded in the last record in the temporary defect management information areas in the defect management once more; And when using verify-after-write method to detect disc defect, temporary defect information and temporary defect management information are recorded in temporary defect information area and the temporary defect management information areas respectively once more.
According to a further aspect in the invention, a kind of method of managing the defective in the dish is provided, has comprised: will be recorded in the data area as temporary defect information about the defect information that each recording operation is recorded in the data in the data area; The defect management information that will be used for managing temporary defect information is recorded in introducing zone and the temporary defect management information areas of drawing at least one of zone; With in temporary defect information and the temporary defect management information at least one carried out verify-after-write method, and, write down temporary defect information and temporary defect management information once more when detecting disc defect.
Best, but unessential, this method also comprises temporary defect information and temporary defect management information is recorded in to be introduced the zone and is drawing in the defect management in the zone.
According to a further aspect in the invention; A kind of method of managing the defective in the dish is provided, has comprised: will be about the defect information of the data in the data area that is recorded in dish according to first recording operation, about the defect information that is recorded in the data in the data area according to second recording operation, be recorded in the data area as n temporary defect information about the defect information that is recorded in the data in the data area according to the n-1 recording operation with about the defect information that is recorded in the data in the data area according to the n recording operation; The defect management information that will be used for managing n temporary defect information is recorded in the temporary defect management information areas of dish as n temporary defect management information; With in n temporary defect information and the n temporary defect management information at least one carried out verify-after-write method, and when detecting disc defect, write down n temporary defect information and n temporary defect management information once more, wherein, n is an integer, and n＞1.
Best, but unessential, this method also is included in during the typing of dish, with the temporary defect information and the temporary defect management information of record are recorded in the defect management at last.
According to a further aspect in the invention, a kind of recording unit is provided, has comprised: record/read the unit is recorded in data on the data area of dish or from the data area reading of data of dish; And controller; Controlling recording/read unit is recorded in introducing zone and the temporary defect management information areas of drawing at least one of zone as temporary defect management information with the defect management information that will be recorded in the data area as temporary defect information about the defect information that is recorded in the data on the dish according to recording operation and will be used for managing temporary defect information; To at least one the execution verify-after-write method in temporary defect information and the temporary defect management information; With when detecting disc defect, controlling recording/read unit is with once more with temporary defect information and temporary defect management information record.
According to a further aspect in the invention, a kind of recording unit is provided, has comprised: record cell is recorded in data in the data area of dish; And controller; Control recording unit with will about according to first be recorded in the data in the data area of dish to the n recording operation defect information be recorded in the data area as n temporary defect information; Control recording unit is recorded in the temporary defect management information areas with the defect management information that will be used for managing n temporary defect information as n temporary defect management information, and in n temporary defect information and the n temporary defect management information at least one carried out verify-after-write method; With when detecting disc defect, with n temporary defect information and n temporary defect management information record, wherein, n is an integer, and n＞1 with once more in controlling recording/read unit.
Description of drawings
In conjunction with the drawings embodiment is carried out following description, the present invention these and/or other aspect and advantage will become clear and be easier to and understand, wherein:
Fig. 1 is according to the record of the embodiment of the invention and/or the block scheme of reproducer;
Fig. 2 A and 2B illustrate the structure according to the dish of the embodiment of the invention;
Fig. 3 is illustrated in the embodiment of the structure of the dish shown in Fig. 2 A and the 2B;
Fig. 4 is illustrated in the embodiment of the structure of the dish shown in Fig. 3;
Fig. 5 is the figure that illustrates according to the processing procedure of the temporary defect list (TDFL) of the structure shown in the embodiment of the invention record diagram 4;
Fig. 6 A and 6B illustrate the data structure according to the TDFL of the embodiment of the invention;
Fig. 7 A and 7B illustrate according to the data structure that is included in the defective #i among the TDFL of the embodiment of the invention and the data structure of the TDFL shown in Fig. 4;
Fig. 8 illustrates the data structure of temporary disk (T-disk) definition structure (TDDS) #i shown in Fig. 4;
Fig. 9 illustrates the data structure of the TDFL#i shown in Fig. 8;
Figure 10 illustrates the data structure according to the dish definition structure (DDS) of the embodiment of the invention of use in the dish shown in Fig. 3;
Figure 11 illustrates the data structure of the defect list according to the embodiment of the invention (DFL) of use in the dish shown in Fig. 3;
Figure 12 is the process flow diagram that illustrates according to the method for the defective of management in dish of the embodiment of the invention;
Figure 13 is the process flow diagram that the method for the defective of management in dish according to another embodiment of the present invention is shown; With
Figure 14 is the process flow diagram that the method for the defective of management in dish according to another embodiment of the present invention is shown.
Embodiment
To describe embodiments of the invention in detail now, its example shows that in the accompanying drawings wherein, identical label is represented identical parts all the time.Below, through describing embodiment with reference to accompanying drawing to explain the present invention.
Fig. 1 is according to the record of the embodiment of the invention and/or the block scheme of reproducer.With reference to figure 1, this recording unit comprises record/read unit 1, controller 2 and storer 3.Record/read unit 1 record and/or reproduce about data as the dish 100 of the embodiment of information storage medium.When record data, record/read unit 1 is from coiling 100 reading of data, with the accuracy of the data of calibration tails.Controller 2 is carried out defect management according to an embodiment of the invention.According to embodiment, controller 2 uses write-verify checking (verify-after-write) methods, and data are recorded in the scheduled unit on the dish 100 and the accuracy of the defective on dish 100 through the data of calibration tails is detected therein.
After being recorded in data in the scheduled unit, the information of the position of the defect area of controller 2 record display discs 100.This information is write down as about coiling 100 temporary defect information.In addition, controller 2 will be recorded in dish 100 as the management of information information that is used for managing temporary defect information.This management information is write down as temporary defect management information.In this, booking situation unit can be the recording operation of the unit of the work confirmed of the type of the writing task that maybe will be performed as the intention according to the user.According to this embodiment, recording operation indication is coiled 100 therein and is loaded into recording unit, and data are recorded on the dish 100, and from the process of this recording unit taking-up dish 100.Yet, it is to be understood that this recording operation can define in addition.For example, as with insert as the user or when removing CD opposite remove when user's insertion or when removing CD, can define this recording operation according to writing time or by the data recorded amount.
During recording operation, data are write down and by verification at least once.According to embodiment, after record data, launch button (not show) when coiling 100 with taking-up when what the user pressed recording unit, controller 2 these recording operations of expectation will be finished.Next, controller 2 is set up temporary defect information and temporary defect management information, and this information is provided to record/read unit 1 to be recorded on the dish 100.As being stored in the storer 3 through the record of controller 2 and the temporary defect information that the result obtained of verification.Yet during writing down, this verification can be performed other several.
If data are recorded on the dish 100 be done (that is, do not have data will be recorded on the dish 100 and coil 100 again and be finalized), then controller 2 is recorded in temporary defect information and temporary defect management information in the defect management (DMA) of dish 100.
Fig. 2 A and 2B illustrate the structure according to the dish 100 of the embodiment of the invention.Say that at length Fig. 2 A illustrates as the dish 100 with single record layer disc of recording layer L0.This dish 100 comprises to be introduced zone, data area and draws the zone.Introduce the interior section that the zone is positioned at dish 100, and draw the exterior section that the zone is positioned at dish 100.The data area is being introduced the zone and is being drawn between the zone, and is divided into area and spare area.Area is the user data zone of being write down therein.Spare area is the replacement zone of a part that is used to have the area of defective, with compensation because the loss in posting field that this defective causes.
Preferably but unessential in all respects, spare area comprise dish 100 entire data capacity 5%, thereby hypothesis produces defective therein, bigger data volume can be recorded on the dish 100.In addition, preferably but unessential, spare area is positioned at an end of the posting field of dish 100.Especially; Under the situation of Write-once disc 100; Spare area must be positioned at an end of dish 100 posting field, thereby can be performed when begin continuously when exterior section spare area data are write down, slide to replace (slipping replacement) from coiling 100 interior section.
In the illustrated embodiment, spare area is only in area with draw between the zone.If necessary, the part of area can be used as another spare area.Particularly, according to another embodiment, can be formed at area and draw between the zone more than one spare area.
Fig. 2 B illustrates the dish 100 with two recording layer L0 and L1.Sequentially form introducing zone, data area and perimeter from the interior section of the first recording layer L0 to its exterior section.In addition, the exterior section from the second recording layer L1 sequentially forms perimeter, data area and draws the zone to its interior section.Different with the single record layer disc 100 of Fig. 2 A, the second recording layer L1 draws the interior section of the second recording layer L1 that the zone is positioned at the dish 100 of Fig. 2 B.That is, the dish 100 of Fig. 2 B has contrary orbital path (OPT), comes record data from the perimeter of the second recording layer L1 to the zone of drawing of interior section to the perimeter and continuously since the introducing zone of the interior section of the first recording layer L0 therein.
Fig. 3 shows the example of structure of the dish 100 of the embodiment shown in Fig. 2 A and the 2B.With reference to figure 3, DMA is arranged in dish 100 introducing zone, draw at least one of zone and perimeter.In addition, temporary defect management area territory (TDMA) is formed on and introduces the zone and draw at least one in the zone.The temporary defect information area is formed in the data area with the booking situation unit.
Usually, the information of the defective of relevant management on dish 100 is recorded among the DMA.So information comprises the structure of the dish 100 that is used for defect management, the position of defect information, the position of whether carrying out defect management and spare area and size.For Write-once disc 100, when preceding in the ban data recorded changed, new data was recorded in after the data of precedence record.Usually, when dish 100 when being loaded in the recording/reproducing apparatus as shown in Figure 1, this equipment is from coiling 100 introducing zone and draw regional reading of data, to confirm how to manage dish 100 and data are recorded on the CD 100 or reading of data from the CD 100.Yet, increase if be recorded in the data volume of introducing in the zone, behind the dish 100 of packing into, will take a long time and be used for preparing record or reproduce data.Therefore, embodiments of the invention have been advised temporary defect management information and temporary defect information.
Particularly, only be recorded in and introduce in the zone than the temporary defect information prior temporary defect management information of comparing.Temporary defect information is recorded in the data area.Preferably but unessential, fresh information is added in the information of the precedence record in temporary defect information, thereby all information recorded are accumulated therein.This recording/reproducing apparatus reads the temporary defect information of last record and in whole dish 100, detects defective based on reading the result.Therefore, the information about the position of the temporary defect information of last record is recorded in the temporary defect management information areas that temporary defect management information is write down therein.
More particularly, about the information that results from the defective among the record cell #0 and about the information that results from the defective among the record cell #1 be recorded in respectively among the temporary defect information area #0 with temporary defect information area #1 in.The defect management information that is used for managing temporary defect information area #0, #1 is recorded in the temporary defect management information areas.If do not have data can be recorded on the dish 100 again or if the user does not want to write down more multidata on 100 (promptly at dish; Dish 100 need be finalized), the temporary defect information that then is recorded in the temporary defect information area is recorded among the DMA with the temporary defect management information that is recorded in the temporary defect management information areas.
To explain now once more temporary defect management information and temporary defect information will be recorded in the reason among the DMA.When not having data will be recorded on the dish 100 (that is, dish 100 need be finalized) again, the temporary defect management information that has been updated several times is moved among the DMA that introduces the zone with the temporary defect information that is recorded in the data area.Therefore, can realize the information of quick reading and recording on dish 100.In addition, can be through defect management information being recorded in the reliability of the information that increases in a plurality of zones.
In this embodiment, being recorded in temporary defect information area #0 is recorded among the temporary defect information area #i to the defect information among the #i-1 once more.Therefore, during the typing of dish 100, be enough to read defect information, and once more the information that reads be recorded among the DMA from last temporary defect information area.
Fig. 4 shows the structure of the dish 100 shown in Fig. 3.With reference to figure 4, DMA is formed at dish 100 introducing zone, draws at least one of zone and perimeter.When dish 100 was the single record layer disc 100 shown in Fig. 2 A, DMA was formed at and introduces the zone and draw at least one in the zone.When dish 100 when being double record layer disc 100 shown in Fig. 2 B, DMA be formed at dish 100 the introducing zone, draw at least one in zone and the perimeter.As an example, have single-recordng-layer L0 like fruit tray 100, then DMA is formed at and introduces the zone and draw in the zone, and has two recording layer L1, L0 like fruit tray 100, and then DMA is formed at and introduces the zone, draws in zone and the perimeter.
After recording the user data in the data area, be arranged in the data area as temporary defect list (TDFL) #0 with the corresponding temporary defect information area of recording operation #0 according to recording operation #0.Information about resulting from according to the defective in the user data of recording operation #0 record is recorded among the TDFL#0.Similarly, be recorded in the data area according to the user data of recording operation #1, and be arranged in the data area with the corresponding TDFL#1 of recording operation #1.Also be arranged in the data area with the corresponding TDFL#2 of recording operation #2.
Be recorded in the temporary defect management information areas as being used for managing the temporary disk (T-disk) definition structure (TDDS) of TDFL#0 to the temporary defect management information of #n.TDDS#0 arrives #n corresponding to TDFL#0 respectively to TDDS#n.Use TDDS#0 to TDDS#n, can write down the size of whether managing defect, spare area and the information of the TDFL#i that is used for managing at TDDS#i.In addition, can be with being recorded in TDFL#i about the position of defect area and the information of the relevant position of the spare area of the replacement that is used for defect area.
To the compact disc that the information of tens GB bytes above that can be write down, expectation is not but essential, and bunch (cluster) is assigned to each TDDS#i, and four are assigned to TDFL#i to eight bunches.Amount although this distribution is as the TDDS#i of temporary defect management information is a few K bytes, preferably bunch being that unit writes down fresh information lastest imformation when being bunch when the minimal physical unit that writes down.Meanwhile, preferably but unessential, the total amount of the defective that in dish 100, allows is 5% of a disk recording capacity.For example, consider the information that needs about 8 bytes with record about the information of defective and bunch size be the 64K byte, TDFL#i comprises about four to eight bunches.
According to an aspect of the present invention, can in TDDS #i and TDFL #i, carry out verify-after-write method.In this case, when detecting defective, information is recorded in the corresponding adjacent area once more.
Fig. 5 is the figure that illustrates according to the process of the record TDFL of the embodiment of the invention.In this, can or bunch be that unit comes the deal with data unit with the sector.Sector table is shown in the least unit of the data of being managed in file system or the application program of computing machine, and bunch expression can once physically be recorded in the least unit of the data on the dish.Usually, one or more set of sectors clusters.
There is two types sector: physical sector and logic sector.Physical sector is that a sectors of data will be recorded in the zone on the dish 100 therein.The address that is used to detect physical sector is known as physical sector number (PSN).Logic sector is the unit that is used in the sector of file system or application program management data.The address that is used to detect logic sector is known as logical sector number (LSN).Dish recording/reproducing apparatus as shown in Figure 1 uses PSN to detect the position that will be recorded in the data on the dish 100, and in computing machine or application program, is the entire portion that unit comes management data with LSN, data are recorded on the dish 100.Based on coiling the initial position that whether comprises defective and record data, the relation that the controller 2 of recording/reproducing apparatus changes between LSN and the PSN.
With reference to figure 5, A is illustrated in PSN wherein is assigned to a plurality of sectors (not having to show) with ascending data area.Usually, each LSN is respectively corresponding among the PSN at least one.Yet, because when coiling 100 when having defect area, LSN is assigned to the sector except defective sector with ascending, so even the size of physical sector and logic sector big or small identical, the unanimity between PSN and the LSN is not held yet.
Carry out the data unit of verification work with reference to figure 5,1010 to 1090 expressions later at writing task through it.At length, recording unit records the user data in the part 1010, turns back to the initial of part 1010, and begins to check whether user data is suitably write down or in part 1010, whether produce defective.If defective is detected, the zone that then covers the defective data later with being recorded in defective in the part 1010 is designated as defective #1.Next, recording unit records the user data in the part 1020, returning part 1020 initial, and whether check that user data is by record suitably or in initial generation defective.If defective is detected, the zone that then covers the defective data later with being recorded in defective in the part 1020 is designated as defective #2.Equally, defective #3 is determined in part 1030.Yet,, in part 1040, do not confirm defect area owing in part 1040, do not detect defective.
Because the dish 100 according to the embodiment of the invention is Write-once discs 100; So hope but unessential; Be recorded in zone data afterwards and be not used, and cover the zone that the zone that is recorded in defective data afterwards is confirmed as defect area and covering defective with defective.Suppose that LSN i is assigned to data therein and is recorded in zone after the zone with defective to use data, then for data reproduction, the zone that is recorded in after the zone with LSN i of data must be represented as LSN i-1 therein.Yet,, be not easy the management logic sector if exist not with the part of rising order assignment LSN to it.Therefore, in this embodiment, all data areas after defect area also are considered to defect area, thereby have increased the efficient of management logic sector.
When the record of data in part 1040 and verification expect that later on recording operation #0 finishes (, when the user presses launching button or accomplishing the record of the user data that in recording operation, distributes of recording unit), TDFL#0 is recorded in the part 1050.TDFL#0 comprises the information to #3 about the defective #1 that in part 1010 to 1040, produces.Similarly, TDFL#1 be recorded in the sector 1090 with corresponding to recording operation #1 to comprise information about defective #4 in sector 1060 to 1080 and #5.TDFL#0 also comprises the information about the part in the zone of being write down according to recording operation #0 user data therein, and this part has defective and therefore is designated as defect area.In addition, TDFL#1 comprises that this part is designated as another defect area about the information of the part in the zone of being write down according to recording operation #1 user data therein with defective.Though unessential in all respects, according to an aspect of the present invention, TDFL#1 also comprises the information that is recorded among the TDFL#0.
Fig. 6 A and 6B illustrate the data structure according to the TDFL of the embodiment of the invention.With reference to figure 6A and 6B, be recorded among the TDFL#0 to the information of #3 about defective #1.About the position of the information description defective #1 of defective #1, about the position of the information description defective #2 of defective #2, about the position of the information description defective #3 of defective #3.In addition, the information about TDFL#0 of the position of indication TDFL#0 also is recorded among the TDFL#0.
Because user data is not recorded among the TDFL#0, so, do not need the information of reading and recording in TDFL#0 at the reproduction period of user data.That is, for the reproduction of user data, because user data is not comprised in these zones, so nonsensically between defect area #i and TDFL#0, distinguish.TDFL#0 comprises the information about its position, and therefore can be used as useful information, for example, is used for not being recorded in TDFL#0 at the reproduction period indication user data of user data.
The information in being recorded in TDFL#0, TDFL#1 comprises the information about defective #4 and #5.For with the same cause of indicating positions in TDFL#0, TDFL#1 also comprises the information about the position of TDFL#1.
Fig. 7 A and 7B show about the information of the defective #i that is included in TDFL with about the data structure of the information of TDFL#i.With reference to figure 7A and 7B, comprise the information of state about defective #i, initial, reservation and end position about the information of defective #i.Usually, status information is whether the indication current region is the flag information that produces the defect area of defective therein or write down the TDFL of temporary defect information therein.In the information about defective #i, status information is that the indication current region is the flag information of defect area.Start information is represented initial (that is, defective #i's is initial) of current region.Ending message is represented the end (that is the end of defective #i) of one's respective area.This reservation is meant the also unsettled zone of wherein writing down out of Memory that fixes on.
The information that comprises state about TDFL#i, initial, reservation and end position about the information of TDFL#i.Usually, status information is whether the indication current region is the flag information that produces the defect area of defective therein or write down the TDFL of temporary defect information therein.In the information about TDFL#i, status information is that the indication current region is the flag information that writes down the TDFL of temporary defect information therein.
Fig. 8 shows the data structure of temporary disk (T-disk) definition structure (TDDS) #i.With reference to figure 8, TDDS#i comprises identifier, defect management mode information, drive information pointer, points out the TDFL#i pointer of the position of corresponding TDFL#i, user data physical area pointer, user data logical area pointer, best power control (OPC) pointer and dish use information.
Defect management mode information indicates whether to carry out defect management to coiling 100.For example, when carrying out defect management, this information description spare area, and this spare area is not described in addition.If defect management is not required, then this information provides this fact, thereby according to an aspect of the present invention, the more users data can be recorded in about 5% the spare area of disk recording capacity of other use.According to an aspect of the present invention, drive information pointer has been described the position of coiling 100 drive information area (not having to show) (like, the numbering of first physical cluster).
When coiling 100 reading of data, carry out test through using certain disk drive to coiling 100, allow this test to be skipped and obtain Driver Information, thereby quick read operation is provided.In other words, this Driver Information is established to use certain driver and does not test this driver.In this embodiment, Driver Information comprises record condition, like the identifier and the optimal recording power of the driver that uses.Under the situation of Write-once disc, when Driver Information was updated, data were recorded in new bunch.Therefore, if know the information in the zone of the dish 100 that will be write down in advance, then can reduce and carry out preliminary operation with from coiling 100 reading of data or reproducing the required times of data at dish 100 about next Driver Information therein.For this reason, it is useful Driver Information like this being recorded on the dish.
The position (like, the numbering of first physical sector of TDFL#i) in zone of the dish 100 of TDFL#i is write down in TDFL#i pointer indication therein.User data physical area pointer indicates user data therein by the physically end in data recorded zone (like, the numbering of last physical sector).User data logical area pointer indicates user data therein by the latter end in data recorded zone logically (like, the numbering of last logic sector).Use user data physical area pointer and user data logical area pointer, can when the user's data start-of-record, detect the initial of data area in next record operating period.The OPC pointer has been described the position of the test zone that is used to detect best power control.When dissimilar drivers was driven by different OPC, the OPC pointer can also be used as the information that next Free Region is provided.Whether dish use information given disc 100 is finalized (that is, whether user data can also be recorded in the data area).
Fig. 9 shows the embodiment of the data structure of TDFL#i.With reference to figure 9, TDFL#i comprises identifier, TDDS#i pointer, about the information of defective #n, about information of defective #n+1 or the like.Be included in the information in the status information about the information of defective #n about the starting and ending position of defective #n.
The position in the zone of corresponding TDDS#i is write down in the indication of TDDS#i pointer therein.For example, the TDDS#i pointer can be indicated the numbering of first physical sector of TDDS#i.Be included in and specify position about the information of the position of TDFL#i and the information that is included among the TDDS#i among the TDDS#i as the TDFL#i and the TDDS#i of a pair of information about the position of TDDS#i.Therefore, two different information can be used for the validity of calibration tails in the information of TDFL#i and TDDS#i more than.
Whether as described certain zone about the status information of the information of defective #n is the actual defects zone or the zone of recording defect management information therein.It is optional will being included in status information about the information of defective #n.About the information of the starting and ending position of defective #n discriminably with the numbering of the numbering of first physical sector of defect area and last physical sector by record.About the information service recorder of defective #n+1 about the method for the information of defective #n also by record.
In an embodiment of the present invention, carry out verify-after-write method to every several bunches.If carry out verify-after-write method to every single bunch, the size that then is designated as the zone of defect area is confirmed as bunch, and therefore, the numbering of the last physical sector in this zone does not need by record.
Figure 10 shows the data structure of the dish definition structure (DDS) that will be recorded among the DMA shown in Fig. 3 and 4.With reference to Figure 10, DDS comprises DFL pointer, user data physical area pointer, user data logical area pointer, OPC pointer and the dish use information of the position of identifier, defect management mode information, drive information pointer, appointment corresponding D FL.
Defect management mode information indicates whether to carry out defect management.This information description spare area when not carrying out defect management is not formed at according in the dish 100 of the present invention, and has described other formation spare area.The position of the drive information area of drive information pointer given disc 100 (not having to show).For example, drive information pointer can be specified the numbering of first physical sector of drive information area.
When coiling 100 reading of data, carry out test through using certain driver to coiling 100, allow this test to be skipped and obtain Driver Information, thereby quick read operation is provided.In other words, Driver Information is established to use certain driver and does not test this driver.In this embodiment, Driver Information comprises record condition, like the identifier and the optimal recording power of the driver that uses.Under the situation of Write-once disc, when Driver Information was updated, data were recorded in new bunch.Therefore, if know the information in the zone of the dish 100 that will be write down in advance, then can reduce and carry out preliminary operation with from coiling 100 reading of data or reproducing the required times of data at dish 100 about next Driver Information therein.For this reason, it is useful Driver Information like this being recorded on the dish.
The DFL pointer specifies in the position (like, the numbering of first physical sector of DFL) in the zone that DFL wherein write down.User data physical area pointer indicates user data therein by the end position in the zone in data recorded zone physically (like, the numbering of the last physical sector in the user data zone of being write down therein).User data logical area pointer indicates user data therein by the end position in the zone in data recorded zone physically (like, the numbering of the last physical sector in the user data zone of being write down therein).Use user data physical area pointer and user data logical area pointer, can know in the zone that will be write down of user data initial therein next record operating period.The OPC pointer is specified the position of the test zone be used to detect best power control.When dissimilar drivers was driven by different OPC, the OPC pointer can also be used as the information that next effective coverage is provided.Whether dish use information given disc 100 is finalized (that is, whether user data can also be recorded in the data area).
Figure 11 shows the embodiment of the data structure of the defect list (DFL) that will be recorded among the DMA shown in Fig. 3 and 4.With reference to Figure 11, DFL comprises identifier, DDS pointer, about the information of defective #n with about the information of defective #n+1.Be included in the information in the status information about the information of defective #n about the starting and ending position of defective #n.In this, can be information about above-mentioned TDFL#i about the information of defective #i.
The DDS pointer points out to write down therein the position (like, the numbering of first physical sector of DDS) in the zone of corresponding D DS.Be included in and specify position about the information of the position of DFL and the information that is included among the DFL among the DDS as the DFL and the DDS of a pair of information about the position of DDS.Therefore, two different information can be used to the reliability of the information of calibration tails in DFL and DDS more than.
Whether as described certain zone about the status information of the information of defective #n is the actual defects zone or the zone of recording defect management information therein.It is optional will being included in status information about the information of defective #n.About the information of the starting and ending position of defective #n can be respectively with the numbering of the numbering of first physical sector of defect area and last physical sector by record.About the information service recorder of defective #n+1 about the method for the information of defective #n also by record.
In an embodiment of the present invention, carry out verify-after-write method to every several bunches.If carry out verify-after-write method to every single bunch, the size that then is designated as the zone of defect area is confirmed as bunch, and therefore, the numbering of the last physical sector in this zone does not need by record.
Below, with the embodiment that describes according to disc defect management method of the present invention.
Figure 12 is the process flow diagram that illustrates according to the disc defect management method of the embodiment of the invention.With reference to Figure 12, in operation 1201, recording unit will be recorded in the data area of dish as the first temporary defect information about the defect information according to the first recording operation data recorded, to carry out defect management.In operation 1202, recording unit is recorded in the data area as the second temporary defect information with the first temporary defect information with about the defect information according to the second recording operation data recorded.In operation 1203, the defect management information that recording unit will be used for the first and second temporary defect information of managing is recorded in the temporary defect management information areas.At length; Through sequentially writing down the first temporary defect information, being used to manage defect management information, the first temporary defect management information, the second temporary defect information, the defect management information that is used to the second temporary defect information of managing and the second temporary defect management information of the first temporary defect information, operation 1203 is performed.
As stated, for easy, this method has only write down two temporary defect information and two temporary defect management information.Yet this is interpreted as: the number that does not limit temporary defect information and defect management information.If number increases, then temporary defect information is recorded in (that is, the temporary defect information of all precedence records is recorded in the temporary defect information of new record) in the temporary defect management information areas with being accumulated.
During the typing of dish, the temporary defect information and the temporary defect management information of record can be moved to defect management (DMA) from the temporary defect management information areas at last, perhaps are held to be recorded in the temporary defect management information areas.If select latter position, disc drive accesses temporary defect management information areas and read the temporary defect information of last record from it then is with the defect area of detection dish.
Figure 13 is the process flow diagram that disc defect management method according to another embodiment of the invention is shown.With reference to Figure 13, in operation 1301, recording unit will be recorded in the data area of dish as the first temporary defect information about the defect information according to the first recording operation data recorded, to carry out defect management.In operation 1302, the defect management information that recording unit will be used for the first temporary defect information of managing is recorded in the introducing zone that is arranged in dish and at least one the temporary defect management information areas of drawing the zone as the first temporary defect management information.In operation 1303, recording unit is recorded in the data area as the second temporary defect information with temporary defect information with about the defect information according to the second recording operation data recorded.In operation 1304, recording unit will be used for managing the second temporary defect management of information information and be recorded in the temporary defect management information areas as the second temporary defect management information.In operation 1305, whether the typing of inspection panel is required.
In operation 1306, be not required if in operation 1305, confirm the typing of dish, then to operate 1301 to 1304 and be repeated, the mark that will compose simultaneously to recording operation, temporary defect information and temporary defect management information increases by 1.This is interpreted as: as long as this mark changes, and number or non-integer that this indexing can right and wrong 1, the different recording operation that just is being performed with reflection.Though be not essential in all respects, when new temporary defect information was write down, the temporary defect information of all precedence records was accumulated the ground record.
In operation 1307, if confirm that in operation 1305 dish need be finalized, temporary defect management information that has then been write down up to operation 1305 and of the last record in the temporary defect information are recorded in the defect management (DMA).In other words, the temporary defect management information of record and temporary defect information are recorded among the DMA as final defect management information and defect information at last.Final defect management information and defect information can be repeated the ground record, to increase the reliability of Data Detection.
In addition, according to embodiments of the invention, can carry out verify-after-write method to final defect management information and defect information.If from these information, detect defective; Then produce therein defective dish the zone be recorded in have defective the zone after data can be considered to invalid (promptly; They are designated as defect area), and final defect management information and defect information can be recorded in after the defect area once more.Figure 14 is the process flow diagram that the method for the defective in the management dish in accordance with another embodiment of the present invention is shown.With reference to Figure 14, in operation 1401, recording unit is that unit records the user data in the data area of dish with data, so that verify-after-write method.In operation 1402, there is the zone of the dish of defective therein in data recorded with detection by verification in operation 1401.In operation 1403, the controller 2 of Fig. 1 is set up and is used to specify covering to have the information of the zone in defective and the zone that is recorded in the zone data afterwards with defective as defect area.In operation 1404, controller 2 is recorded in the information of setting up in the storer 3 of Fig. 1 as the first temporary defect information.In operation 1405, whether the inspection record operation is supposed to finish.If confirm that in operation 1405 recording operation can not finish, then before the end of this recording operation, operate 1401 and be repeated to 1404.
In operation 1406; If confirm that in operation 1405 this recording operation possibly finish (promptly; When through user input or according to this recording operation; The end of record (EOR) of user data), then controller 2 reads the first temporary defect information from storer 3, and the first temporary defect information is recorded among the first temporary defect information area TDFL#0 of data area.In operation 1407, being used for specifying the first temporary defect information area TDFL#0 is that the information of defect area also is recorded in the first temporary defect information area TDFL#0.In operation 1408, the management information that controller 2 will be used for managing the first temporary defect information area TDFL#0 is recorded in the temporary defect management information areas as the first temporary defect management information TDDS#0.
In operation 1409, check whether this dish will be finalized.In operation 1410, if confirm that in operation 1409 this dish does not need and will be finalized, then before typing, operation 1401 to 1408 is repeated, and the mark that will compose simultaneously to temporary defect information, temporary defect information area and temporary defect management information increases by 1.In this, when new temporary defect information was write down, the temporary defect information of all precedence records was accumulated the ground record.This is interpreted as: as long as mark changes, other number (comprising non-integer) can be used to this mark, operates with the different recording that reflection is being carried out.
In operation 1411; If in operation 1409, confirm to need the typing of dish, the temporary defect information TDFL#i of last record and temporary defect management information TDDS#i is used as final defect information DFL respectively and defect management information DDS is recorded in (DMA) in the defect management then.Final defect information DFL and defect management information DDS can be recorded among the DMA several times with being repeated, with the reliability of increase Data Detection.
In addition, according to an aspect of the present invention, can carry out verify-after-write method to final defect information (DFL) and final defect management information (DSS).If detect defective from DFL and DDS; The zone that then covers the dish that wherein produces defective and the zone that is recorded in the data after the zone with defective can be considered to invalid (promptly; Be designated as defect area), and DFL and DDS can be recorded in after the defect area once more.
Above-mentioned defect management may be implemented as can be by the computer program of computer run.Forming code and the code segment of this computer program can be easily be reasoned out by the computer programmer of prior art.This program is stored in the computer-readable medium.When the computing machine by controller 2 as shown in Figure 1 reads and move this program, carry out defect management.In this, but computer-readable medium magnetic recording media, optical recording media, carrier media or from its computing machine can recognizer any other medium.In addition, this computing machine can be general or specific purposes computing machine, and can use the program that goes up coding at firmware (firmware).
Utilizability on the industry
As stated, the invention provides a kind of defect management method that may be used on recordable disc such as Write-once disc.In the method, the temporary defect information area is included in the data area of dish, and therefore, defect information is recorded in the temporary defect information area with being accumulated, and does not consider disk recording capacity.In addition, during the typing of dish, only temporary defect information is by being read from last temporary defect information area, and the information that reads is recorded among the DMA, thereby realizes effective use of the DMA that its recording capacity is limited.Therefore, can record the user data on the Write-once disc, simultaneously carry out defect management above that, thus backup operation can be carried out more reposefully, and do not have interruption.
Particularly, specify the pointer of the position of corresponding TDDS#i to be recorded among the TDFL#i, specify the pointer of the position of TDFL#i to be recorded among the TDDS#i.Therefore, therefore, but the relation between crosscheck TDFL#i and the TDDS#i.Because identical, but the relation between crosscheck DDS and the DFL.In addition, defect management mode information is comprised among TDDS#i and the DDS, and allows selectable defect management, thus successfully executive logging operation, and do not consider to write down environmental baseline.
In addition, be interpreted as: in order to realize the recording capacity of tens GB (gigabyte), record shown in Fig. 1 and/or reproduction units 1 can comprise that the data that are used for tens GB are recorded in low wavelength, high numerical aperture type unit on the dish 100.Like those unit that the example of this element includes, but are not limited to use the optical wavelength of 405nm and has 0.85 numerical aperture, those unit and Blu-ray Disc are compatible, and/or those unit and advanced CD (AOD) compatibility.
Though be described according to Write-once disc, this is interpreted as: but this method can be used at rewritable media or have the medium that once writes with rewriting portion.
Although show and the description certain embodiments of the invention, it should be appreciated by those skilled in the art, not breaking away under principle of the present invention, spirit and the situation, can make a change in an embodiment by accompanying claims and equivalent institute restricted portion.

Claims (11)

1. method of managing the defective in the dish, this dish comprises the data area, also comprises introducing the zone and drawing at least one in the zone, this method comprises:
To be recorded in the data area as temporary defect information according to the defect information that each recording operation is recorded in the data in the data area;
The defect management information that will be used for managing temporary defect information is recorded in the temporary defect management information areas as temporary defect management information, and this temporary defect management information areas is being introduced the zone and drawn at least one in the zone; With
During the typing of dish, temporary defect information and temporary defect management information is recorded in to be formed at introduces the zone and draw in the defect management at least one in the zone.
2. method of managing the defective in the dish, this dish comprises the data area, this method comprises:
Will according to first be recorded in the data in the data area to the n recording operation defect information be recorded in the data area as n temporary defect information;
The defect management information that will be used for managing n temporary defect information is recorded in the temporary defect management information areas as n temporary defect management information, and wherein, n is an integer, and n＞1;
During the typing of dish, with the temporary defect information of record and the temporary defect management information of last record are recorded in the defect management at last.
3. recording unit with respect to the dish Data transmission, this dish comprises the data area, also comprises introducing the zone and drawing at least one in the zone, this equipment comprises:
Record cell is recorded in data in the data area of dish according to recording operation; With
Controller, control recording unit:
To be recorded in the data area as temporary defect information according to the defect information of recording operation data recorded,
The defect management information that will be used for managing temporary defect information as temporary defect management information be recorded in the temporary defect management information areas and
During the typing of dish, temporary defect information and temporary defect management information is recorded in to be formed at introduces the zone and draw in the defect management at least one in the zone,
Wherein, the temporary defect management information areas the introducing zone of dish with draw at least one in the zone.
4. recording unit with respect to the dish Data transmission, this dish comprises the data area and introduces the zone and draw at least one in the zone that this equipment comprises:
Record cell is recorded in data in the data area to the n recording operation according to first; With
Controller, control recording unit:
To be recorded in the data area as n temporary defect information according to first the defect information to n recording operation data recorded,
The defect management information that will be used for managing n temporary defect information as n temporary defect management information be recorded in the temporary defect management information areas and
During the typing of dish, the temporary defect information and the temporary defect management information that write down at last are recorded in the defect management,
Wherein, n is an integer, and n＞1.
5. the method for the defective on the managed storage medium, this method comprises:
When new temporary defect information was write down, accumulation ground was recorded in all the temporary defect information of precedence record and new temporary defect information in the temporary defect information area of data area of storage medium together; With
During the typing of storage medium, the temporary defect information that is lastly recorded in the corresponding temporary defect information area is recorded in the defect management of storage medium.
6. recording unit that uses with dish, said equipment comprises:
Record/read the unit is used for data are recorded in said dish; With
Controller is used to control said record/read unit:
Will be about being recorded in as n temporary defect information in the temporary defect information area of data area of dish to the n defect information to first of n recording operation data recorded according to first;
To be used for managing said n temporary defect management of information information and be recorded in the temporary defect management information areas as n temporary defect management information, wherein, n is an integer, and n＞1, and
During the typing of dish, with the temporary defect information of record and the temporary defect management information of last record are recorded in the defect management at last.
7. equipment as claimed in claim 6, wherein, said temporary defect management information comprises the positional information of said temporary defect information.
8. equipment as claimed in claim 6 also comprises storer, and wherein, during said recording operation, said controller is controlled said record/read the unit temporary defect information corresponding to said recording operation is recorded in the said storer.
9. equipment as claimed in claim 8; Wherein, Said controller controls that said record/reading the unit to read the temporary defect information corresponding to said recording operation from said storer, and said temporary defect information that reads and said temporary defect management information are recorded on the said dish to respond the end of said recording operation.
10. equipment as claimed in claim 6, wherein, said dish is the multilayer disc that comprises a plurality of recording layers, said each recording layer comprises area.
11. equipment as claimed in claim 6, wherein, said dish is a Write-once disc, and said Write-once disc has after said data are recorded in the zone of said dish and prevents that new data is written into said this regional attribute of said dish.
CN2007101048563A 2002-08-12 2003-08-11 Method of managing defect and recording apparatus Expired - Lifetime CN101064157B (en)

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KR10-2002-0047514 2002-08-12
KR1020020047514A KR100667747B1 (en) 2002-08-12 2002-08-12 Disc with temporary DDS and temporary DFL, and method and apparatus therefor
KR1020020047514 2002-08-12
KR1020020047513 2002-08-12
KR1020020047513A KR100900969B1 (en) 2002-08-12 2002-08-12 Method for managing defect using temporary DFL and temporary DDS, and disc thereof
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