Abstract: A conference support system includes: a user information acquisition unit that acquires voice information of each of users; and an analysis unit that generates text data of each user statement on the basis of the voice information, wherein the user information acquisition unit acquires classification information of a problem proposal or problem handling assigned by the users to the text data of the user statement, and acquires classification information of a satisfaction level or a problem resolution level assigned by the users to the text data to which the classification information of the problem proposal or the problem handling is assigned.

Abstract: The present invention provides a coating composition capable of forming a coating film having a good appearance and design of a coating film and having coating film properties such as scratch resistance with a good balance. Furthermore, the present invention provides a method for forming a multilayer coating film including forming a coating film using the coating composition of the present invention.

Abstract: A camera system includes a plurality of camera devices and a switching device. The switching device transmits a reference signal to the camera devices via a network. Each of the camera devices transmits a video signal based on the time when the camera device receives the reference signal. The switching device determines one or more priority images for transmitting video signals with priority, in accordance with operation by a user. The camera system has a configuration in which transmission of a video signal from each of one or more of the camera devices not capturing the one or more priority images is delayed relative to transmission of a video signal from each of one or more of the camera devices capturing the one or more priority images.

Abstract: A recording device that improves the stability of an operation of recording data in a recording medium is provided. Recording device includes mounting unit, protective cover, open/close detecting unit, buffer, and recording controller. The recording controller performs a control of storing data into the buffer, reading, from the buffer, the data stored in the buffer, and recording the data into the recording medium. When the open/close detecting unit detects that the protective cover is opened, the recording controller performs a control of continuing the operation of storing data into the buffer, and yet stopping the operation of reading, from the buffer, the data stored in the buffer and recording the data into the recording medium.

Abstract: A recording device that improves the stability of an operation of recording data in a recording medium is provided. Recording device includes mounting unit, protective cover, open/close detecting unit, buffer, and recording controller. The recording controller performs a control of storing data into the buffer, reading, from the buffer, the data stored in the buffer, and recording the data into the recording medium. When the open/close detecting unit detects that the protective cover is opened, the recording controller performs a control of continuing the operation of storing data into the buffer, and yet stopping the operation of reading, from the buffer, the data stored in the buffer and recording the data into the recording medium.

Abstract: An image capture device as an embodiment of the present disclosure includes: an image capturing section configured to generate video data by performing an image capturing session; a first interface that is connectable to a first storage medium; a second interface that is connectable to a second storage medium; a network interface configured to transmit and receive data by connecting itself to a network; and a controller configured to control writing the video data on the first and second storage media so that if the image capturing section's image capturing session overlaps with transmission of the video data from the first storage medium over the network via the network interface, the video data that has been generated as a result of the image capturing session is written on the second storage medium.

Abstract: A camera system includes a plurality of camera devices and a switching device. The switching device transmits a reference signal to the camera devices via a network. Each of the camera devices transmits a video signal based on the time when the camera device receives the reference signal. The switching device determines one or more priority images for transmitting video signals with priority, in accordance with operation by a user. The camera system has a configuration in which transmission of a video signal from each of one or more of the camera devices not capturing the one or more priority images is delayed relative to transmission of a video signal from each of one or more of the camera devices capturing the one or more priority images.

Abstract: An information providing method includes: obtaining first information indicating a position and direction of image capture device; obtaining, based on the first information, second information indicating geography and layout of buildings in surroundings of the image capture device; obtaining, based on the first information, third information indicating at least one of a running status of a public transportation system and a solar orbit; determining whether or not one of a shooting object and a non-shooting object is within a shooting range of the image capture device based on the first information to the third information; and displaying information indicating a result of the determination on a display.

Abstract: An image capture device as an embodiment of the present disclosure includes: an image capturing section configured to generate video data by performing an image capturing session; a first interface that is connectable to a first storage medium; a second interface that is connectable to a second storage medium; a network interface configured to transmit and receive data by connecting itself to a network; and a controller configured to control writing the video data on the first and second storage media so that if the image capturing section's image capturing session overlaps with transmission of the video data from the first storage medium over the network via the network interface, the video data that has been generated as a result of the image capturing session is written on the second storage medium.

Abstract: A recording and reproducing apparatus (100) can record information on a recording memory (111) having a recording region where a smallest unit for erasing recorded information is a block, on a unit of a cluster that is a unit smaller than the block. The recording and reproducing apparatus (100) includes: an input unit (130) that receives a request for starting or ending recording a file; and a system control unit (101) that records a header section of the file and a data section following the header section, from the beginning of the block in the recording region, when the request for starting recording is received; and updates the header section and records the updated header section on another cluster different from the cluster on which the header section before update is recorded when the request for ending recording is received.

Abstract: A formatting device (200) which formats a memory module in such a manner that delay in updating management information is prevented is a formatting device that formats a memory card (100) including a first recording area (110) and a second recording area (120) having different characteristics, the formatting device including: a use determination unit (210) configured to hold a ratio of recording areas to be allocated to each of directories that are to be created when the memory card (100) is formatted; and a management information generation unit (220) configured to allocate, to each directory, a recording area having a size determined for the directory according to the ratio held by the use determination unit (210), the recording area being included in the first recording area (110) of the memory card (100).

Abstract: Achieving improvement in protection of recorded data and reproduction performance and editing performance of video data and audio data, in addition to minimizing the number of disk devices, an inexpensive and high-performance video recording and reproducing apparatus (100) and a method thereof include: a first disk device and a second disk device; a mirroring unit which mirrors video data and audio data to an identical logical address employed by the first disk device and the second disk device; a reading unit which reads (i) the video data out of one of the first disk device and the second disk device, and (ii) the audio data out of another one of the first disk device and the second disk device; and a reproducing unit which reproduces, via synchronization, the video data and the audio data read by the reading unit.

Abstract: A storage medium adapter 200 includes storage medium interfaces 230, 240, to which multiple storage media 250, 260 are to be connected, a host interface 210, which is to be connected to an external device, and a control section 220, which is electrically connected to the storage medium interfaces 230, 240 and the host interface 210. The control section 220 determines whether or not the same data can be written on those storage media 250, 260 simultaneously. If the answer is YES, the control section 220 writes data that has been received by way of the host interface 210 on the respective storage media.

Abstract: The present invention provides a recording/reproduction device that can perform post-record editing on a disk on which post-record editing has been determined to be impossible by conventional methods, and that can reproduce data that thus has been subjected to post-record editing, by devising a method for access in one cycle of repetitive processes of post-record editing.

Abstract: An encryptor is provided for encrypting AV data sent from an interface. A controller controls recording of the encrypted AV data by controlling a recorder for recording the encrypted AV data in a magnetic disk. The recorder is controlled by the controller so as to reproduce the data recorded on the disk. A decrypter decrypts the reproduced data that is sent to the interface.

Abstract: A formatting device (200) which formats a memory module in such a manner that delay in updating management information is prevented is a formatting device that formats a memory card (100) including a first recording area (110) and a second recording area (120) having different characteristics, the formatting device including: a use determination unit (210) configured to hold a ratio of recording areas to be allocated to each of directories that are to be created when the memory card (100) is formatted; and a management information generation unit (220) configured to allocate, to each directory, a recording area having a size determined for the directory according to the ratio held by the use determination unit (210), the recording area being included in the first recording area (110) of the memory card (100).

Abstract: Achieving improvement in protection of recorded data and reproduction performance and editing performance of video data and audio data, in addition to minimizing the number of disk devices, an inexpensive and high-performance video recording and reproducing apparatus (100) and a method thereof include: a first disk device and a second disk device; a mirroring unit which mirrors video data and audio data to an identical logical address employed by the first disk device and the second disk device; a reading unit which reads (i) the video data out of one of the first disk device and the second disk device, and (ii) the audio data out of another one of the first disk device and the second disk device; and a reproducing unit which reproduces, via synchronization, the video data and the audio data read by the reading unit.

Abstract: A recording and reproducing apparatus (100) can record information on a recording memory (111) having a recording region where a smallest unit for erasing recorded information is a block, on a unit of a cluster that is a unit smaller than the block. The recording and reproducing apparatus (100) includes: an input unit (130) that receives a request for starting or ending recording a file; and a system control unit (101) that records a header section of the file and a data section following the header section, from the beginning of the block in the recording region, when the request for starting recording is received; and updates the header section and records the updated header section on another cluster different from the cluster on which the header section before update is recorded when the request for ending recording is received.

Abstract: An encryptor is provided for encrypting AV data sent from an interface. A controller controls recording of the encrypted AV data by controlling a recorder for recording the encrypted AV data in a magnetic disk. The recorder is controlled by the controller so as to reproduce the data recorded on the disk. A decrypter decrypts the reproduced data that is sent to the interface.

Abstract: A recording and reproduction apparatus includes a first decoding section for outputting first decoded data generated by decoding the first data; a second decoding section for outputting second decoded data generated by decoding the second data; and a control section for calculating a first time period, from a start point of a seek operation of the reading section from the read finish point of first data to the read start point of second data until the first decoding section completes output of the first decoded data, and a second time period, from the start point of the seek operation until the second decoded data is allowed to be output by the second decoding section; and comparing a length of the calculated first time period and a length of the calculated second time period.