Abstract: A recording arrangement (1) for receiving and recording a television signal (F) and for receiving an information signal (I) which contains television program information (FPI), for example, title information about future television programs. The recording arrangement (1) has a keyword detector (54) which derives at least one keyword characteristic of the fields of interest of the user from title information of a television program recorded by the recording arrangement (1). A selector (58) selects, from the title information of future television programs, which is contained in the television program information (FPI), the title information containing at least one detected keyword. Selected television programs can be displayed on a display device (3) or can be recorded automatically.

Abstract: An information regenerating unit has a semiconductor memory (2) containing predetermined compressed animation file data that have been electrically stored and mounted detachably to a main body; an MPEG decoder (7) for reading the compressed animation file data to apply uncompressing processes thereto, and mounted to the main body; an NTSC encoder (8) for converting the uncompressed regenerated image data to image data in accordance with a predetermined outputting system, and mounted to the main body; an LCD (3) for displaying the image data on a predetermined displaying region, and mounted to the main body or the outside thereof; and a microcomputer (6) for regenerating repeatedly the image data in each predetermined unit on the basis of the compressed animation file data, whereby the unit is downsized and reliability of data regenerated is improved.

Abstract: A recording medium for storing virtual deletion information, and recording and/or reproducing method and apparatus therefor are provided. The recording medium includes a first region having a plurality of still pictures, and a second region having first virtual deletion information for the still pictures, and still picture group information for separating the still pictures in the first region into a predetermined maximum number of groups in order to manage the still pictures at a group level, wherein the first virtual deletion information is within the still picture group information, and if the first virtual deletion information is set to a virtual delete state, the corresponding still picture is not to be reproduced. Accordingly, file extent information can be prevented from excessively increasing by maximally preventing a recording area from being scattered, when some of a data file are deleted by a user's request.

Abstract: Temporarily storing audio data to be reproduced in the block form, temporarily storing synthesized audio data in the block form, generating and supplying a reference signal, and calculating the first address of the block of audio data, the editing system of the present invention enables identifying the buffering position of the recording signal and then matching the position to the reproduced signal, resulting in quick editing.

Abstract: The erasion level appending range of a file is instructed. According to this instruction, the erasion level is set. When this setting range does not agree with the cell unit of the current cell, the current cell is divided to set a sequence of divided cells. Playback management information of each of the divided cells and current cell is re-created, and erasion level information is appended to playback management information of the divided cell that belongs to the appending range.

Abstract: A method, apparatus and computer program for editing recorded information having a format where both a video signal and an audio signal are recorded on a recording medium. When the recorded information is reproduced, a detection is conducted to determine a position where a predetermined condition is produced in the audio signal. Discriminating information indicative of an editing position is produced based on the position where the predetermined condition is detected and displayed on a screen of a display apparatus.

Abstract: A method for managing a plurality of video data stored on a storage device. The method including the steps of: determining whether sufficient storage space remains on the storage device to store a desired video content; if sufficient storage space does not exist on the storage device to store the desired video content, determining whether any video content of the plurality of video data stored on the storage device has been partially viewed; and if video content stored on the storage device has been partially viewed, deleting the partially viewed video content to make room for storage of the desired video content on the storage device.

Abstract: A transport stream TSd generated from a digital broadcast signal and a transport stream TSa generated from an analog broadcast signal are recorded simultaneously and a portion of TSd wherein the reception state of the digital broadcast is bad is replaced with TSa corresponding to the defective portion for compensation. A composite TS consisting of good TSd and TSa corresponding to defective TSd 102 is formed and recorded.

Abstract: There is provided a method and apparatus for transferring digital image files to a digital video disc. The files in the digital video disc, or digital photos, are representative of a plurality of still pictures and are user controllable interactively played on either a personal computer or through a standard digital video disc playback device, such as a digital video disc player or a video compact disc player. The user has control of manipulating and sequencing the digital photos. During playback, the user has control of sequence during playback on either the personal computer or the television. A custom software package allows for the user controlled playback of the digital photos with most standard playback devices.

Abstract: The erasion level appending range of a file is instructed. According to this instruction, the erasion level is set. When this setting range does not agree with the cell unit of the current cell, the current cell is divided to set a sequence of divided cells. Playback management information of each of the divided cells and current cell is re-created, and erasion level information is appended to playback management information of the divided cell that belongs to the appending range.

Abstract: A digital video disk player having a quick playback function and a method of reproducing an optical disc using the digital video disk player. The quick playback function is accomplished by analyzing reproduction control information and searching the titles corresponding to a predetermined title, calculating the running time of each title based on the video title information corresponding to the searched titles, and reproducing the selected title on the basis of the calculated running time. Accordingly, a selective reproduction of a title corresponding to a main movie among a plurality of titles recorded on the disk can be performed.

Abstract: The erasion level appending range of a file is instructed. According to this instruction, the erasion level is set. When this setting range does not agree with the cell unit of the current cell, the current cell is divided to set a sequence of divided cells. Playback management information of each of the divided cells and current cell is re-created, and erasion level information is appended to playback management information of the divided cell that belongs to the appending range.

Abstract: In order to search for an image recorded on an optical disk 10, a registration trigger is generated automatically or in response to an instruction of the user from a microcomputer block 30, a pointer indicating the recording position of a main image which is used as an index image in a preset area of the optical disk 10 via a data processor 36 and disk drive 32, index image data which becomes the index image is created in an encoder section 50 and data is recorded from an index image buffer memory 59 into a user menu file on the optical disk 10 via a formatter 56, data processor 36 and disk drive 32.

Abstract: A video editing system uses simple heuristics and parameters on video footage to provide a condensed version of the footage. The editing system automatically provides either a finished condensed version of the footage or selects a plurality of clips based on the heuristics and parameters. The clips are optionally further edited by a user to produce a condensed version. The condensed version is transferable to any desired media suitable for storing video. A user interface enables the user to select heuristics to identify video clips from the footage. Parameters are also be set to automatically edit the clips in a desired manner. Temporal combinations of heuristics and parameters form templates, which are used to assemble desired clips for selected types of events.

Abstract: Described herein is an exemplary system and related methods for cross-file DVR record padding playback. The exemplary system can recover program fragments lost by intentionally or unintentionally padding programs during recording.

Abstract: The erasion level appending range of a file is instructed. According to this instruction, the erasion level is set. When this setting range does not agree with the cell unit of the current cell, the current cell is divided to set a sequence of divided cells. Playback management information of each of the divided cells and current cell is re-created, and erasion level information is appended to playback management information of the divided cell that belongs to the appending range.

Abstract: A video signal recording and reproduction device of this invention uses one of a plurality of terminals for receiving input of component video signal to also serve as a composite video signal input terminal, thereby reducing a number of the input terminals. This realizes a reduction in size of the device, yet maintains the device to be capable of receiving both inputs of component video signal and composite video signal. The video signal recording and reproduction device of this invention also uses one of a plurality of terminals for outputting component video signal to also serve as a composite video signal output terminal, thereby reducing a number of the output terminals. This realizes a further reduction in size of the device, yet maintains the device to be capable of providing both outputs of component video signal and composite video signal.

Abstract: A broadcast video image recording apparatus for recording broadcast video image data has a first storage unit for storing broadcast video image data, a second storage unit for storing video image data to be played back, and a control unit for searching the first storage unit for video image data which has been indicated, and storing the indicated video image data in the second storage unit. Broadcast video images are stored in the first storage unit at all times, and video images stored in the first storage unit are read and stored in the second storage unit at a time indicated for recording. Therefore, video images that have been broadcast in the past can be recorded.

Abstract: In an information recording and reproducing apparatus, information representative of first video contents is recorded on a recording medium. A decision is made as to whether or not a remaining usable capacity in the recording medium corresponds to longer than a predetermined time during the recording of the first video-contents information on the recording medium. When it is decided that the remaining usable capacity in the recording medium does not correspond to longer than the predetermined time, recorded information representative of second video contents is erased from the recording medium to increase the remaining usable capacity in the recording medium. Continuing the recording of the first video-contents information on the recording medium is enabled due to the erasing of the second video-contents information from the recording medium.

Abstract: The video signal recording and reproducing apparatus of the invention includes: a receiving section for receiving a television signal; an image compression section for compressing an amount of information per unit time of the received continuous video signal; a writing section for intermittently writing a compressed video signal, obtained as an output of the image compression section, onto a hard disk apparatus via a magnetic head; a reading section for intermittently reading out the written compressed video signal from the hard disk apparatus via the magnetic head; a decoding section for restoring the read compressed video signal into an original video signal; a display section for displaying the restored video signal; and a control section for controlling the writing section and the reading section such that writing the video signal onto the hard disk apparatus and reading an arbitrary video signal, which was previously written onto the hard disk apparatus, from the hard disk apparatus are performed apparen