Abstract: Provided is an information processing device including a pressure sensor configured to be capable of detecting a pressure position which is a position of a pressure portion subjected to a pressure manipulation by a user and a pressure force which is a pressure at a time of the pressure manipulation, and to have a cylindrical shape, and a position specifying unit configured to specify a position in a three-dimensional space according to the pressure position and the pressure force.

Abstract: An information processing method includes: grouping temporally consecutive data into a plurality of groups based on a reference defined in advance and storing the grouped data; reading, in response to an access request from an external apparatus, target data to be a target of the request from a first group including the target data and outputting the read target data to the external apparatus; and reading, in response to the reading of the target data, at least part of data from a second group different from the first group as read-ahead target data.

Abstract: Provided is an information processing device including a pressure sensor configured to be capable of detecting a pressure position which is a position of a pressure portion subjected to a pressure manipulation by a user and a pressure force which is a pressure at a time of the pressure manipulation, and to have a cylindrical shape, and a position specifying unit configured to specify a position in a three-dimensional space according to the pressure position and the pressure force.

Abstract: There is provided a display device, including a color display section which displays a color plane expressed by first and second attribute values from among three attribute values constituting a color system, a base section to which the color display section is connected in a rotatable state, and a display control section which changes the color plane in accordance with a rotation angle of the color display section.

Abstract: A reception apparatus includes: a data reception unit receiving compressed/encoded data from external apparatuses; a decoding unit decoding the compressed/encoded data to obtain received data; a data processing unit performing data processing so that information based on the received data obtained from the decoding unit is displayed on corresponding display windows, respectively; a window size setting unit setting sizes of the display windows respectively corresponding to the external apparatuses; an encoding bit rate determination unit determining an encoding bit rate of each external apparatus corresponding to the size of the display window based on a correspondence relation between the size of the display window and the encoding bit rate; an information transmission unit transmitting information regarding each of the encoding bit rates to each of the corresponding external apparatuses; and a size/bit rate correspondence relation setting unit setting the correspondence relation for each of the external appa

Abstract: An information processing apparatus includes an assignment unit and a determination unit. The assignment unit evaluates physical properties of each of a plurality of semiconductor memories constituting one storage device as a whole and assigns a usage attribute corresponding to an evaluation result to at least a part of the plurality of semiconductor memories. The determination unit determines a semiconductor memory having an optimal usage attribute as a write destination of data with respect to a write command of the data.

Abstract: An information processing method includes: grouping temporarily consecutive data into a plurality of groups based on a reference defined in advance and storing the grouped data; reading, in response to an access request from an external apparatus, target data to be a target of the request from a first group including the target data and outputting the read target data to the external apparatus; and reading, in response to the reading of the target data, at least part of data from a second group different from the first group as read-ahead target data.

Abstract: An information processing apparatus configured to transfer encrypted information from a sending source to a sending destination, includes: a decryptor, an encryptor, and a transmitter. The decryptor is configured to decrypt the encrypted content supplied from the sending source by use of a common key used in the sending source. The encryptor is configured to encrypt the information decrypted by the decryptor by use of a common key used in the sending destination and output the encrypted information as information to be transferred to the sending destination. The transmitter is configured to transmit the information decrypted by the decryptor to the encryptor through a route in the information processing apparatus.

Abstract: A reception apparatus includes: a data reception unit receiving compressed/encoded data from external apparatuses; a decoding unit decoding the compressed/encoded data to obtain received data; a data processing unit performing data processing so that information based on the received data obtained from the decoding unit is displayed on corresponding display windows, respectively; a window size setting unit setting sizes of the display windows respectively corresponding to the external apparatuses; an encoding bit rate determination unit determining an encoding bit rate of each external apparatus corresponding to the size of the display window based on a correspondence relation between the size of the display window and the encoding bit rate; an information transmission unit transmitting information regarding each of the encoding bit rates to each of the corresponding external apparatuses; and a size/bit rate correspondence relation setting unit setting the correspondence relation for each of the external appa

Abstract: An original coded stream reproduced from a magnetic tape is decoded by an MPEG decoder, and original video data of a base band is thus generated. A switching circuit generates edited video data by switching the original video data and supplied insertion video data on the base band level at IN-point and OUT-point. The MPEG encoder generates an edited coded stream by coding the edited video data supplied from the switching circuit. A system controller controls a recording circuit to record a picture changed by editing processing, from among the edited coded stream, onto the magnetic tape.

Abstract: An information processing apparatus configured to transfer encrypted information from a sending source to a sending destination, includes: a decryptor, an encryptor, and a transmitter. The decryptor is configured to decrypt the encrypted content supplied from the sending source by use of a common key used in the sending source. The encryptor is configured to encrypt the information decrypted by the decryptor by use of a common key used in the sending destination and output the encrypted information as information to be transferred to the sending destination. The transmitter is configured to transmit the information decrypted by the decryptor to the encryptor through a route in the information processing apparatus.

Abstract: Disclosed herein is an information processing apparatus for converting a first signal furnished as an input baseband video signal into a second signal to be output. The information processing apparatus includes: a conversion unit configured to convert the first signal into the second signal of a predetermined system; a delay unit configured to delay the first signal to ensure synchronism with the second signal following the conversion; and a selection unit configured to select either the delayed first signal or the second signal in accordance with a third signal. The selection unit outputs either the delayed first signal or the second signal that has been selected.

Abstract: The present invention provides a transmission/reception system including a first sender device, a second sender device, and a receiver device. The first device is configured to encrypt stream data by a predetermined encryption method and transmit the encrypted stream data. The second sender device is configured to transmit stream data without encrypting the stream data. The receiver device is configured to receive stream data that is transmitted from the first sender device or the second sender device. The receiver device includes a receiver and a generator. The receiver is configured to receive the stream data that is transmitted from the first sender device or the second sender device. The generator is configured to determine whether the stream data received by the receiver is encrypted, and generate encryption information that indicates the obtained determination result.

Abstract: An original coded stream reproduced from a magnetic tape 1 is decoded by an MPEG decoder 29, and original video data of a base band is thus generated. A switching circuit 15 generates edited video data by switching the original video data and supplied insertion video data on the base band level at IN-point and OUT-point. The MPEG encoder 19 generates an edited coded stream by coding the edited video data supplied from the switching circuit 15. A system controller 13 controls a recording circuit 23 to record only a picture changed by editing processing, from among the edited coded stream, onto the magnetic tape.

Abstract: An original coded stream reproduced from a magnetic tape 1 is decoded by an MPEG decoder 29, and original video data of a base band is thus generated. A switching circuit 15 generates edited video data by switching the original video data and supplied insertion video data on the base band level at IN-point and OUT-point. The MPEG encoder 19 generates an edited coded stream by coding the edited video data supplied from the switching circuit 15. A system controller 13 controls a recording circuit 23 to record only a picture changed by editing processing, from among the edited coded stream, onto the magnetic tape.

Abstract: An object of the present invention is to provide a sending device, a receiving device, and a sending/receiving device which make it possible to easily implement a two-channel compressed moving picture transmission system by using an existing single-channel compressed moving picture transmission system. The sending device includes transmission systems corresponding to two channels including video bit rate reduction encoders 2 and 6 for compressing picture data, and SDDI encoders 4 and 8 for generating predetermined serial signal data from compressed picture data, and a data selector 9 for conducting changeover between serial signal data of channel 1 output from the transmission system of the channel 1 and serial signal data of channel 2 output from the transmission system of the channel 2 on the basis of a reference frame signal RF.

Abstract: This invention concerns a new monoclonal antibody (mAb) 4C, recognizing a specific antigen, Leu 200, found in human hematopoietic tissues. The monoclonal antibody precipitates a series of glycoproteins (Leu 200) with a molecular weight range of about 190,000 to 230,000 from both T- and B-cell lines. The series of glycoproteins resolves into four discrete glycoprotein bands, the distribution of which varies according to the cell lines. Bands 3 and 4 predominate in a majority of T-cells whereas band 2 predominates in B cells. Thus, a Leu 200 antigen subset distribution is possible with mAb 4C. Bands 1, 2, 3, 4 have apparent molecular weights of 230K, 215K, 205K, and 190K respectively, with differences in their carbohydrate moieties. nAb 4C is a IgG sub two a,kappa immunoglobulin. 4C has potential use in leukemia, hematopoietic cell differentiation and transplantation diagnoses and therapy.

Abstract: This invention concerns a new monoclonal antibody (mAb) 4C, recognizing a specific antigen, Leu 200, found in human hematopoietic tissues. The monoclonal antibody precipitates a series of glycoproteins (Leu 200) with a molecular weight range of about 190,000 to 230,000 from both T- and B-cell lines. The series of glycoproteins resolves into four discrete glycoprotein bands, the distribution of which varies according to the cell lines. Bands 3 and 4 predominate in a majority of T-cells whereas band 2 predominates in B cells. Thus, a Leu 200 antigen subset distribution is possible with mAb 4C. Bands 1, 2, 3, 4 have apparent molecular weights of 230K, 215K, 205K, and 190K respectively, with differences in their carbohydrate moieties. mAb 4C is a IgG sub two a, kappa immunoglobulin. 4C has potential use in leukemia, hematopoietic cell differentiation and transplantation diagnoses and therapy.

Abstract: The preparation and use of monoclonal antibodies to human renal tumor cells is described. The monoclonal antibodies bind to glycoproteins of 160Kd, 120Kd and 115Kd, a glycolipid, a HLA heavy chain, group A blood and group B blood antigens.