KR20050072040A - Apparatus and method for data recording and/or reproducing, and write-once information storage medium therefor - Google Patents

Abstract

A data recording method, its reproduction method, its data recording and / or reproducing apparatus, and its once recorded information storage medium are disclosed. The recording information storage medium once according to the present invention comprises: at least one data area for recording user data; And at least one recording management information area for recording recording management information for dividing the data area into a plurality of borders when recording user data in the random recording mode in the data area. Include. According to the present invention, when data is recorded on the recording information storage medium once in the random recording mode, the data area can be divided into a plurality of borders, and the convenience and efficiency of use of the recording information storage medium can be improved.

Description

Data recording method, its reproduction method, its data recording and / or reproducing apparatus and its once recorded information storage medium {Apparatus and method for data recording and / or reproducing, and write-once information storage medium therefor}

The present invention relates to a recording information storage medium that can be used by dividing a data area into a plurality of borders. More specifically, the data area is divided into a plurality of borders when data is recorded in a random recording mode. A data recording method, a reproducing method, a data recording and / or reproducing apparatus, and the once recorded information storage medium for use.

The rewritable information storage medium may overwrite new data at a location where the data has already been recorded. However, once the recording information storage medium has the property of being able to record only once in the data recording area, it cannot be overwritten and the data already recorded cannot be deleted or changed.

According to the prior art, in order to facilitate the use of a medium such as data reproduction compatibility, the data area provided in the information storage medium is divided into a plurality of borders, and user data is recorded in a border unit.

Accordingly, a technical problem of the present invention is to provide a recording information storage medium in which recording management information is recorded so that a data area can be divided into a plurality of borders and used when recording data in a random recording mode. It is.

Another technical problem to be solved by the present invention is a data recording method and a data recording method for enabling a data area to be divided into a plurality of borders when data is recorded on a recording information storage medium once in a random recording mode. To provide a device.

Another object of the present invention is to provide a method for reproducing a recording information storage medium and a data reproducing apparatus, in which data is recorded in a random recording mode and divided into a plurality of borders to record data. It is.

In order to achieve the above object, the write-once information storage medium according to the present invention,

At least one data area for recording user data; And at least one recording management information area for recording recording management information for dividing the data area into a plurality of borders when recording user data in the random recording mode in the data area. Include.

The record management information may also include a last border entry including a start address and a last record address (LRA) of a last border among the plurality of borders.

The last border entry also preferably includes state information indicating whether the last border is a closed border dedicated to playback or an open border capable of recording new data.

In addition, the recording management information preferably includes a list of closed border entries including the start address and the last recording address (LRA) of the closed borders, which are exclusively for reproduction, among the plurality of borders.

The recording management information may further include a bitmap indicating a data recording state of the last border.

In order to achieve the above another object, the method of recording data in a write-once information storage medium according to the present invention,

A method for recording data on a recordable information storage medium comprising a data area divided into a plurality of closed borders for reproduction only and a last border in an open state where new data can be recorded. Recording the user data in a random recording mode in the random recording mode; Generating and recording record management information including a last border entry including a start address of the last border and a last record address (LRA).

Also, the last border entry preferably includes state information indicating whether the last border is a closed border or an open border.

In addition, the record management information preferably includes a list of closed border entries including the start address and the last record address (LRA) of the closed borders.

The recording management information may further include a bitmap indicating a data recording state of the last border.

In order to achieve the above another object, the data recording apparatus according to the present invention,

A data recording apparatus for recording data on a recording information storage medium comprising a data area divided into a plurality of closed borders for reproduction only and a last border in an open state in which new data can be recorded. A recording / reading unit for recording data on the recording information storage medium or reading the recorded data once; And controlling the recording / reading unit to record user data in a random recording mode in the last border, and including a start address and a last recording address (LRA) of the last border. And a control unit which controls the recording / reading unit to generate the recording management information including a) and to record the recording management information on the recording information storage medium once.

Also, the last border entry preferably includes state information indicating whether the last border is a closed border or an open border.

In addition, the record management information preferably includes a list of closed border entries including the start address and the last record address (LRA) of the closed borders.

The recording management information may further include a bitmap indicating a data recording state of the last border.

In order to achieve the above another object, the data reproduction method according to the present invention,

A method of reproducing data recorded on a recording information storage medium once including a data area divided into a plurality of borders, the method comprising: reading the finally recorded recording management information from the recording information storage medium once; ; Obtaining a start address and a last recording address (LRA) of a last border of the plurality of borders from the record management information; Determining a recording position of a file system finally updated using the start address and last write address (LRA) of the last border; And reading the file system and playing the file system.

The last border entry also includes status information indicating whether the last border is a closed border dedicated to playback or an open border capable of recording new data.

The recording management information also includes a list of closed border entries including the start address and the last record address (LRA) of the reproduction-only closed borders.

The determining of the recording position of the finally updated file system may include: when no data is recorded in the last border, from the closed border entry list of the closed border entry. Obtaining a start address and a last write address (LRA), and determining the recording position of the file system finally updated by using the start address and the last write address (LRA) of the closed border on which the data was finally written. Do.

In order to achieve the above another object, the data reproducing apparatus according to the present invention,

A data reproducing apparatus for reproducing data recorded on a recording information storage medium once including a data area divided into a plurality of borders, the data reproducing apparatus comprising: a reading unit which reads the data recorded on the recording information storage medium once; And controlling the reading unit to read recording management information recorded finally from the recording information storage medium, and including a start address and a last recording address (LRA) of a last border among the plurality of borders included in the record management information. And a controller for determining a recording position of the file system finally updated by using and controlling the reading unit to read the file system from the recording information storage medium once.

The last border entry also includes status information indicating whether the last border is a closed border dedicated to playback or an open border capable of recording new data.

In addition, the recording management information preferably includes a list of closed border entries including the start address and the last recording address (LRA) of the reproduction-only closed borders.

In addition, when no data is recorded in the last border, the controller obtains a start address and a last recording address (LRA) of a closed border on which data is finally recorded, from the closed border entry list. It is preferable to determine the recording position of the finally updated file system using the start address and the last write address (LRA) of the closed border on which the data was finally written.

Hereinafter, with reference to the accompanying drawings will be described embodiments of the present invention;

1 is a view showing an example of the structure of a single recording layer once write information storage medium 100 according to an embodiment of the present invention, Figure 2 is a double record layer once write information storage according to an embodiment of the present invention It is a figure which shows an example of the structure of the medium 200.

Referring to FIG. 1, in a single recording layer once recording information storage medium 100, a lead-in area, a data area, and a lead-out area are provided in the circumferential direction from the inner circumference. The lead-in area includes finalized disc management area 1 (FDMA1), FDMA2, and recording management data area 0 (RMD area 0). The data area includes a spare area 0, a spare area 1, and a user area. The lead out area includes FDMA3, FDMA4, and RMD area 1 similarly to the lead in area.

The RMD area is an area for recording recording management information (hereinafter referred to as "RMD") according to the present invention. RMD is mentioned later.

The spare area is an area allocated to replace and rewrite the defective user data when a defect occurs in the user data recorded in the user area. In the present embodiment, the spare area is allocated to the data area once by the data recording and / or reproducing apparatus or by the user's choice upon initialization of the recording information storage medium 100.

In the present embodiment, in addition to user data rewritten for defect management, temporary defect management information (TDDS: Temporary Disc Defect Structure) and temporary defect information (TDFL: Temporary DeFect List) are recorded in the spare area.

The TDDS may include a temporary defect management information identifier, an update count, location information in which final temporary defect information is recorded, location information in which final disc and drive information is stored, size information of a spare area allocated to a data area, and the like. .

The TDFL may include a temporary defect information identifier, an update counter, a number of defect factors, a defect factor, and the like, and the defect factor includes status information, location information of a defect cluster, and location information of a replacement cluster. And substitute information.

Once the recording information storage medium is finalized, the TDFL and TDDS are updated and recorded at a predetermined update time point in the spare area, and when the medium is finalized, the finally updated TDFL and TDDS are recorded in the FDMA as DFL and DDS, respectively. By recording the DFL and the DDS in the FDMA, the recording information storage medium can be reproduced even once in the reproducing apparatus for the rewritable medium.

Referring to FIG. 2, the dual recording layer once write information storage medium 200 includes a first recording layer L0 including a lead-in area, a data area 1 and an intermediate area 1, an intermediate area 2, a data area 2 and a lead out area. It consists of a second recording layer L1 comprising a. The structures of the recording layers L0 and L1 are almost similar to those of the single recording layer once write information storage medium 100 shown in FIG. The user data is recorded in the outer circumferential direction in the inner circumference of the user area 0 of the recording layer L0, and the user data is recorded in the inner circumferential direction in the outer circumference of the recording layer L1 when data can no longer be recorded in the user area 0.

Although not shown in Figs. 1 and 2, the RMD area is also allocated to the data area to increase the number of times of updating the recording management information at the initialization time for the use of the medium, as determined by the data recording and / or reproducing apparatus or user. It may be.

In the recording information storage medium shown in Figs. 1 and 2, an RMD area for recording only the RMD is separately allocated to a lead-in area or the like. You can also write to

3A and 3B are diagrams for describing a method of updating an RMD in an RMD region. Referring to Fig. 3A, RMD # 0 to RMD #n are recorded in the circumferential direction from the inner circumference. 3B, RMD # 0 to RMD #n are recorded in the inner circumferential direction from the outer circumference.

In the present embodiment, the RMD areas are continuously used when a plurality of RMD areas exist on the recording information storage medium 100 or 200 once. That is, after one RMD region is used up, the newly updated RMD is recorded in the next RMD region.

In the dual recording layer medium 200 shown in Fig. 2, the RMD areas are used in the order of RMD area 0, RMD area 1, RMD area 2, and RMD area 3. By defining the order of use of the plurality of RMD areas and the direction of use of each of the RMD areas, the data recording and / or reproducing apparatus can access the finally updated RMD in the dual recording layer medium 200 more quickly and easily. Can be.

4 is a diagram illustrating an RMD format for a random recording mode according to an embodiment of the present invention. Referring to FIG. 4, the RMD 400 according to the present embodiment includes an RMD header 410, a list of close border entries 430, and a bitmap of last open border. 450).

The RMD Header 410 includes RMD identifier 411, last border entry 413, and total number of borders 415. The RMD identification information 411 is information for distinguishing each RMD recorded in the RMD area, and the last border entry 413 is a plurality of data areas provided in the data area of the recording information storage medium once according to the present invention. Information indicating the position and state of the last used border. The number of borders 415 means the total number of borders provided on the recording information storage medium once.

The recording information storage medium once according to this embodiment is used continuously in units of borders according to the direction of use of the user area. The last border is a border used last among the plurality of borders provided on the medium based on the direction of use. Therefore, only the last Border can always be an open border, and all borders before the last border are closed.

FIG. 5 is a diagram illustrating an example of the Last Border entry 413 illustrated in FIG. 4. The last border entry 413 shown in FIG. 5 includes status information indicating the state of the last border, a start address of the last border, and a last recorded address (LRA) which is a last address where data is recorded. The start address is the physical start sector address of the border. LRA is the physical sector address of the last location where data was recorded in the border.

The status information of the Last Border entry 413 is information indicating whether the Last Border is in an open state capable of recording new data in the random recording mode or a border dedicated for reproduction in which new data cannot be recorded. As will be described later, this state information is only for the Last Border and does not include the state information in the entries of the closed borders.

Meanwhile, the number 415 of the borders of FIG. 4 may be used to calculate the start position of the bitmap 450 of the Last Border in the RMD 400. The position where the bitmap 450 of the last border starts in the RMD 400 may be calculated as in Equation 1 below.

Start position of bitmap of Last Border = (length of one Border entry * ("Total number of Borders" -1)) + (start of "List of close Border entries")

FIG. 6 is a diagram illustrating an example of a list of close border entries 430 shown in FIG. 4. Referring to FIG. 6, the list 430 of closed border entries includes k closed Border entries. The entry of the closed border includes the start address of the closed border and the address where the data was finally written. Unlike the last border, the entry does not contain state information. The reason for including status information only for the Last Border is that it is not recorded in the border which is already closed, and is used only for playback, so it does not matter in which recording mode. Furthermore, closing the Last Border means that the medium is finalized and used only for playback.

Referring to FIG. 6 again, in the case of a recording information storage medium having a closed border entry list as shown in FIG. 6, the number of total borders is k + 1 since there are k closed borders and there will be one last border. . When the medium in this state is loaded, the data recording and / or reproducing apparatus can know the position at which the bitmap for the last border starts at the RMD by Equation 1 above. The Last Border entry also shows the starting address and LRA of the Last Border.

As described above, by having a border entry having a start address and an LRA for each border, the start address and the LRA for each border can be known, so that the data recording and / or reproducing apparatus can be used as a recording information storage medium according to the present invention. Information about the latest file system can be obtained more quickly. For example, for a UDF file system, the anchor point for a closed border should be at least two of 256, last logical sector number-256, and last logical sector number within the closed border. Therefore, in the case of the UDF file system, the start address and LRA of each border can be known so that the data recording and / or reproducing apparatus can easily obtain the location where the file system is recorded.

In addition, according to the present invention, when closing a border, the bitmap for the closed border is not included in the RMD, and the number of usable borders can be guaranteed as much as possible by including the bitmap for the newly created open border in the RMD. In other words, if the RMD includes a bitmap for closed borders, the data amount of the bitmap to be included in the RMD becomes very large. If the size of the RMD is fixed, the amount of data of the bitmap to be included in the RMD increases, thereby reducing the recording space for the border entry.

Thus, as in this embodiment, the space for the border entry is increased by not including the bitmap for the closed borders in the RMD. Therefore, more borders can be allocated to the recording information storage medium once.

As described above, according to the present invention, the concept of border entry can be used to divide the data area into multiple borders when recording data on the recording information storage medium once in the random recording mode.

7A and 7B are diagrams showing a data area in which a previous last open border is closed and a new last open border is generated.

FIG. 7A shows k closed borders and a (k + 1) th border as the last border in the open state. In the last border (k + 1) th border, data is recorded according to a random recording method from the first position 510 to the position 530 where the last data is recorded. The bitmap of the Last Border included in the RMD corresponding to the data area shown in FIG. 7A is as shown in FIG. 7A. In this embodiment, a bitmap is generated by assigning a bit value '1' to a cluster where data is recorded and a bit value '0' to a cluster where no data is recorded.

FIG. 7B is a diagram illustrating a data area in which the (k + 1) th border, which is the last border shown in FIG. 7A, is closed, and the (k + 2) th border, which is a new last open border, is generated. The (k + 1) th border ranges from the first position 510 to the position 530 where the last data was recorded. The bitmap of the Last Border included in the RMD corresponding to the data area shown in FIG. 7B is as shown in FIG. 7B. Since no data is recorded in the last border (k + 2) th border, all bit values of the bitmap are '0'.

FIG. 8 is a view showing an RMD 610 corresponding to the data area shown in FIG. 7A, and FIG. 9 is a view showing an RMD 630 corresponding to the data area shown in FIG. 7B.

Referring to the RMD 610 illustrated in FIG. 8, there are currently (k + 1) borders in the recording information storage medium once, and the last border entry has state information and start address of the (k + 1) th border which is the last border. And LRA. The bitmap of the last open border of the RMD 610 is as shown in FIG. 7A.

Referring to the RMD 630 shown in FIG. 9, there are currently (k + 2) borders in the recording information storage medium, and the last border entry has state information and start address of the (k + 2) th border which is the last border. And LRA. The bitmap of the last open border of the RMD 630 is as shown in FIG. 7B.

When the data recording and / or reproducing apparatus is shown in Fig. 7B, when the (k + 1) th border which is the last last border is closed, and the (k + 2) th border which is the new last open border is generated in the data area, The previous RMD 610 shown in Fig. 8 is updated to generate the RMD 630 shown in Fig. 9, and then recorded in the RMD area.

If the last border is closed once for the finalization of the record storage medium, it is not necessary to create a new last border in the data area. As described above, when the media is finalized, the final media management information such as TDDS and TDFL is recorded in the FDMA so that the data recording and / or reproducing apparatus can determine whether the media is finalized by accessing the FDMA in the future. Alternatively, the final recorded RMD can be obtained, and it can be determined whether the medium is finalized from the state information of the Last Border entry obtained therefrom.

10 is a block diagram of a data recording and / or reproducing apparatus according to an embodiment of the present invention. Referring to FIG. 10, the apparatus according to the present embodiment includes a write / read unit 1, a control unit 2, and a memory 3. The write once information storage medium 10 is a write once information storage medium according to the embodiment of the present invention shown in FIG.

The recording / reading section 1 records and / or reproduces data in the recording information storage medium 100 once under the control of the control section 2. In data recording, the recorded data is read out after the recording in order to verify the recorded data.

The control unit 2 controls the overall operation of the data recording and / or reproducing apparatus according to the present embodiment.

At an initial point in time when the recording information storage medium 10 is loaded into the data recording and / or reproducing apparatus, the data recording and / or reproducing apparatus may be used such as RMD, TDDS, TDFL, etc. The information is read out and stored in the memory 3. Then, in the random recording mode, once the user data is recorded on the last open border of the recording information storage medium 10 and a need arises for updating the RMD, the control unit 2 stores the recording information once, stored in the memory 3. An updated RMD is generated with reference to the RMD read from the medium 10.

The following describes a method of recording data on a recording information storage medium once according to an embodiment of the present invention, which is performed by the data recording and / or reproducing apparatus shown in FIG.

11 is a flowchart of a data recording method according to an embodiment of the present invention.

Although not separately shown, once the recording information storage medium 10 is loaded into the data recording and / or reproducing apparatus, the initialization for the use of the recording information storage medium 10 is performed once. That is, the controller 2 reads out basic control information for use of the recording information storage medium 10 and finally updated TDFL, TDDS and RMD from the lead-in area and stores them in the memory 3. The control unit 2 obtains the state of the last border, the start address, and the LRA from the RMD. The control unit 2 finds the position where the last updated file system is recorded from the start address of the last border and the LRA, reads it, and stores it in the memory 3.

Once user data is input to the record information storage medium 10 with the user data recording command from the host (not shown) once after initialization for use of the record information storage medium 10 is performed (S810), the controller ( 2) records user data once in a predetermined unit in a random recording mode on the last open border of the recording information storage medium 10 (S830).

The data recording and / or reproducing apparatus generates an updated RMD with reference to a previous RMD read out from the recording information storage medium 10 once stored in the memory 3 at a predetermined time for updating the RMD, and then records the updated RMD in the RMD area. (S850). The data structure of the RMD is as shown in FIG. When data is written to the last open border, at least the bitmap 450 of the last open border of the RMD will change, so the bitmap of the last open border of the newly updated RMD will be different from the bitmap of the last open border of the previous RMD. 7A and 7B, when the last open border is closed and a new last open border is created, the RMD Header 410 of the RMD, the list of closed border entries 430 and the bitmap 450 of the last open border are displayed. ) Will be updated.

Meanwhile, the update timing of the RMD can be determined in various ways. For example, the RMD can be updated by updating the RMD every predetermined period, updating when one recording operation is completed, or updating the amount of user data recorded in the recording information storage medium 10 once a predetermined amount.

Hereinafter, the data reproduction method of the recording information storage medium 10 in which the RMD is recorded will be described according to the present invention.

The data reproducing apparatus according to the present embodiment uses the data recording and / or reproducing apparatus shown in FIG. However, since it is a reproduction-only device, the recording / reading unit 1 corresponds to the reading unit and the control unit 2 will only perform a function related to data reading.

12 is a flowchart of a data reproducing method according to an embodiment of the present invention. Once the recording information storage medium 10 is loaded into the data reproducing apparatus (S910), the finally updated RMD is read out from the recording information storage medium 10 and stored in the memory 3 (S930).

The process of reading the finally updated RMD into the record information storage medium 10 is performed upon initialization for use of the record information storage medium 10 once. That is, the controller 2 reads out basic control information for use of the recording information storage medium 10 and finally updated TDFL, TDDS and RMD from the lead-in area and stores them in the memory 3.

The control unit 2 obtains the state of the last border, the start address, and the LRA from the RMD having the structure as shown in FIG. 4 (S950). The control unit 2 determines the location where the last updated file system is recorded from the start address of the last border and the LRA (S970). For example, in the case of the UDF file system, the anchor point has at least two logical sector numbers in the border of 256, last logical sector number-256, and last logical sector number. Therefore, the starting address of the last border and the location where the file system is recorded can be known from the LRA.

If the last border is open and no data is recorded, the last updated file system may not be recorded on the last border. In this case, from the list of closed border entries 430 of the RMD, the starting address and LRA of the last closed border since last used are found. From the start address of the last closed border and from the LRA you can see where the file system was last updated.

The control unit 2 reads and reproduces the last updated file system recorded on the record information storage medium 10 once (S990). Reproducing the file system means that the control unit 2 analyzes the read file system to recognize the type, the recording position, the directory structure, and the like of the user data recorded on the recording information storage medium 10 once.

The invention can also be embodied as computer readable code on a computer readable recording medium. The computer-readable recording medium includes all kinds of recording devices in which data that can be read by a computer system is stored. Examples of computer-readable recording media include ROM, RAM, CD-ROM, magnetic tape, floppy disks, optical data storage devices, and the like, and may also be implemented in the form of a carrier wave (for example, transmission over the Internet). It includes being. The computer readable recording medium can also be distributed over network coupled computer systems so that the computer readable code is stored and executed in a distributed fashion.

So far I looked at the center of the preferred embodiment for the present invention. Those skilled in the art will appreciate that the present invention can be implemented in a modified form without departing from the essential features of the present invention. The scope of the present invention is shown in the claims rather than the foregoing description, and all differences within the scope will be construed as being included in the present invention.

As described above, when recording data on the recording information storage medium once in the random recording mode by recording and using the recording management information RMD once in the recording information storage medium, It can be divided into borders, and it is possible to improve the convenience and efficiency of the recording information storage medium.

1 is a view showing an example of the structure of a single recording layer once write information storage medium according to an embodiment of the present invention;

2 is a diagram illustrating an example of a structure of a dual recording layer write once information storage medium according to an embodiment of the present invention;

3A and 3B are diagrams for explaining a method of updating an RMD in an RMD region;

4 is a diagram showing an RMD format for a random recording mode according to an embodiment of the present invention;

5 is a diagram illustrating an example of a Last Border entry shown in FIG. 4;

FIG. 6 is a diagram illustrating an example of a list of closed border entries shown in FIG. 4; FIG.

7A and 7B illustrate a data area in which a previous last open border is closed and a new last open border is generated;

8 is a diagram showing an RMD corresponding to the data area shown in FIG. 7A;

9 is a view showing an RMD corresponding to the data area shown in FIG. 7B;

10 is a block diagram of a data recording and / or reproducing apparatus according to an embodiment of the present invention;

11 is a flowchart of a data recording method according to an embodiment of the present invention;

12 is a flowchart of a data reproducing method according to an embodiment of the present invention.

Claims (26)

In the recording information storage medium once, At least one data area for recording user data; And At least one recording management information area for recording recording management information for dividing the data area into a plurality of borders when recording user data in the random recording mode in the data area. Recording information storage medium. According to claim 1, And the record management information comprises a last border entry including a start address and a last record address (LRA) of a last border among the plurality of borders. The method of claim 2, And the last border entry includes state information indicating whether the last border is a closed border dedicated to reproduction or an open border capable of recording new data. The method of claim 2, Wherein the recording management information includes a list of closed border entries including a start address and a final recording address (LRA) of the closed borders, which are exclusively for reproduction, among the plurality of borders. Storage media. The method of claim 2, And the recording management information includes a bitmap indicating a data recording state of the last border. The method of claim 3, wherein And when the record information storage medium has been finalized, the status information indicates that the last border is a closed border. A method of recording data on a record information storage medium comprising a data area divided into a plurality of closed borders for reproduction only and the last border in the open state where new data can be recorded. Recording user data in a random recording mode in the last border; Generating and recording record management information comprising a last border entry comprising a start address and a last record address (LRA) of the last border. The method of claim 7, wherein And wherein the last border entry includes state information indicating whether the last border is a closed border or an open border. The method of claim 7, wherein And the record management information comprises a list of closed border entries including the start address and the last record address (LRA) of the closed borders. The method of claim 7, wherein And the recording management information includes a bitmap indicating a data recording state of the last border. The method of claim 8, And when the record information storage medium is finalized, the status information indicates that the last border is a closed border. A data recording apparatus for recording data on a recording information storage medium once comprising a data area divided into a plurality of closed borders for reproduction only and the last border in the open state where new data can be recorded. A recording / reading unit for recording data on the recording information storage medium or reading recorded data; And A last border entry which controls the recording / reading unit to record user data in a random recording mode in the last border, and includes a start address and a last recording address (LRA) of the last border; And a control unit for generating the recording management information including the control unit and controlling the recording / reading unit to record the recording management information on the recording information storage medium once. The method of claim 12, And the last border entry includes state information indicating whether the last border is a closed border or an open border. The method of claim 12, And the record management information comprises a list of closed border entries including the start address and the last record address (LRA) of the closed borders. The method of claim 12, And the recording management information includes a bitmap indicating a data recording state of the last border. The method of claim 13, And when the record information storage medium is finalized, the status information indicates that the last border is a closed border. A method of reproducing data recorded on a recording information storage medium once comprising a data area divided into a plurality of borders, the method comprising: Reading recording management information recorded last from the recording information storage medium once; Obtaining a start address and a last recording address (LRA) of a last border of the plurality of borders from the record management information; Determining a recording position of a file system finally updated using the start address and last write address (LRA) of the last border; And And reading the file system and playing the file system. The method of claim 17, And wherein the last border entry includes state information indicating whether the last border is a closed border dedicated to playback or an open border capable of recording new data. The method of claim 17, And the recording management information includes a list of closed border entries including the start address and the last record address (LRA) of the reproduction-only closed borders. The method of claim 19, Determining the recording location of the finally updated file system, If no data is recorded in the last border, a start address and a last write address (LRA) of a closed border where data is finally recorded are obtained from the list of closed border entries, and the data is finally recorded. Determining the recording position of the last updated file system using the start address and the last write address (LRA) of the closed border. A data reproducing apparatus for reproducing data recorded on a recording information storage medium once including a data area divided into a plurality of borders, A reading unit which reads the data recorded on the recording information storage medium once; And And control the reading unit to read recording management information recorded finally from the recording information storage medium, and determine a start address and a last recording address (LRA) of a last border among the plurality of borders included in the record management information. And a control unit which determines a recording position of the file system finally updated by using the control unit, and controls the reading unit to read the file system from the recording information storage medium once. The method of claim 21, And the last border entry includes status information indicating whether the last border is a closed border dedicated to playback or an open border capable of recording new data. The method of claim 21, And the recording management information includes a list of closed border entries including a start address and a last recording address (LRA) of the reproduction-only closed borders. The method of claim 23, wherein The control unit, If no data is recorded in the last border, a start address and a last write address (LRA) of a closed border where data is finally recorded are obtained from the list of closed border entries, and the data is finally recorded. And use the start address and the last write address (LRA) of the closed border to determine the recording position of the last updated file system. A method of recording data on a record information storage medium comprising a data area divided into a plurality of closed borders for reproduction only and the last border in the open state where new data can be recorded. Recording user data in a random recording mode in the last border; And And recording recording management information including a last border entry including a start address of the last border and a last record address (LRA). Recordable media that can be read by A method of reproducing data recorded on a recording information storage medium once comprising a data area divided into a plurality of borders, the method comprising: Reading recording management information recorded last from the recording information storage medium once; Obtaining a start address and a last recording address (LRA) of a last border of the plurality of borders from the record management information; Determining a recording position of a file system finally updated using the start address and last write address (LRA) of the last border; And And reading the file system and reproducing the file system. The computer-readable recording medium having recorded thereon a program for realizing the method.