Abstract: A computer-implemented method according to one or more aspects may include: analyzing action-related information on an action of a user to prepare an analysis result; and generating advice information concerning improvement of a daily habit of the user based on: the analysis result; and a piece of management policy information corresponding to a type of advice requested by the user among pieces of management policy information.

Abstract: Provided is an X-ray output apparatus including an X-ray output unit including a plurality of X-ray sources and configured to output parallel X-ray beams, a shield on which positions that are capable of blocking the output parallel X-ray beams and positions that are capable of transmitting the parallel X-ray beams are variable, and a control unit configured to control the output of the parallel X-ray beams in the X-ray output unit and the positions through which the parallel X-ray beams are transmitted in the shield.

Abstract: There is provided an image processing apparatus including a processing unit configured to superimpose a plurality of X-ray images that are based on X-ray detection data representing detection results obtained by detecting a plurality of times in a time-division manner parallel beam X-rays output from a ray source including a plurality of X-ray sources that output parallel beam X-rays.

Abstract: There is provided a device including an X-ray output apparatus including an X-ray output section including a plurality of X-ray sources and outputting parallel X-ray beams, a shield section capable of changing a position which blocks the output parallel X-ray beams and permeate the parallel X-rays beams, and a control section controlling an output of the parallel X-ray beams at the X-ray output section and the position which permeates the parallel X-ray beams at a shield section.

Abstract: There is provided an image processing apparatus including a processing unit configured to processes projection data in which X-ray detection data representing a detection result of parallel beam X-rays output from an X-ray source has been converted by projection, and form an X-ray image based on the X-ray detection data.

Abstract: There is provided an image processing apparatus including a processing unit configured to processes projection data in which X-ray detection data representing a detection result of parallel beam X-rays output from an X-ray source has been converted by projection, and form an X-ray image based on the X-ray detection data.

Abstract: There is provided an image processing apparatus including a processing unit configured to superimpose a plurality of X-ray images that are based on X-ray detection data representing detection results obtained by detecting a plurality of times in a time-division manner parallel beam X-rays output from a ray source including a plurality of X-ray sources that output parallel beam X-rays.

Abstract: Provided is an X-ray output apparatus including an X-ray output unit including a plurality of X-ray sources and configured to output parallel X-ray beams, a shield on which positions that are capable of blocking the output parallel X-ray beams and positions that are capable of transmitting the parallel X-ray beams are variable, and a control unit configured to control the output of the parallel X-ray beams in the X-ray output unit and the positions through which the parallel X-ray beams are transmitted in the shield.

Abstract: There is provided an image processing apparatus including a processing unit configured to superimpose a plurality of X-ray images that are based on X-ray detection data representing detection results obtained by detecting a plurality of times in a time-division manner parallel beam X-rays output from a ray source including a plurality of X-ray sources that output parallel beam X-rays.

Abstract: There is provided a device including an X-ray output apparatus including an X-ray output section including a plurality of X-ray sources and outputting parallel X-ray beams, a shield section capable of changing a position which blocks the output parallel X-ray beams and permeate the parallel X-rays beams, and a control section controlling an output of the parallel X-ray beams at the X-ray output section and the position which permeates the parallel X-ray beams at a shield section.

Abstract: A plurality of bit streams are seamlessly spliced. Separate decoders decode each bit stream. A controller selects the decoded pictures according to a re-encoding range in the vicinity of a splicing point of the bit streams. Pictures presenting a reordering of the streams are excluded in the selection of the decoded pictures. An encoder re-encodes the pictures within the re-encoding range. When it is determined that crossover motion compensation exists between pictures of different streams, the controller changes the motion prediction direction of the problematic picture. The controller changes a motion prediction picture type of a picture which is improperly motion predicted with reference to another stream. A quantization characteristic or motion vectors for the new picture type are generated by the controller. The controller effects the encoding in accordance with a target amount of bits to prevent a breakdown of a buffer and a discontinuation of an amount of data occupancy thereof.

Abstract: A plurality of bit streams are seamlessly spliced. Separate decoders decode each bit stream. A controller selects the decoded pictures according to a re-encoding range in the vicinity of a splicing point of the bit streams. Pictures presenting a reordering of the streams are excluded in the selection of the decoded pictures. An encoder re-encodes the pictures within the re-encoding range. When it is determined that crossover motion compensation exists between pictures of different streams, the controller changes the motion prediction direction of the problematic picture. The controller changes a motion prediction picture type of a picture which is improperly motion predicted with reference to another stream. A quantization characteristic or motion vectors for the new picture type are generated by the controller. The controller effects the encoding in accordance with a target amount of bits to prevent a breakdown of a buffer and a discontinuation of an amount of data occupancy thereof.

Abstract: There is provided an image processing apparatus including a processing unit configured to superimpose a plurality of X-ray images that are based on X-ray detection data representing detection results obtained by detecting a plurality of times in a time-division manner parallel beam X-rays output from a ray source including a plurality of X-ray sources that output parallel beam X-rays.

Abstract: There is provided an image processing apparatus including a processing unit configured to processes projection data in which X-ray detection data representing a detection result of parallel beam X-rays output from an X-ray source has been converted by projection, and form an X-ray image based on the X-ray detection data.

Abstract: An information processing apparatus controlling processing for splicing first and second compressed image data at an editing point includes acquiring means for acquiring the code amounts of the first compressed image data near the start point and the second compressed image data near the end point of a first range around the editing point; analyzing means for analyzing, in accordance with the code amounts, a first locus of virtual buffer occupancies when the virtual buffer occupancy at the start point is minimum and a second locus of virtual buffer occupancies when the virtual buffer occupancy of a picture next to the end point is maximum; and determining means for determining, in accordance with the first locus and the second locus, an upper limit and a lower limit of the virtual buffer occupancy at the start point and the end point, respectively, when the first range is re-encoded.

Abstract: An information processing apparatus and method for splicing first compressed image data with second compressed image data. The method includes performing a decoding process for a first decoding interval that includes a first editing point set to the first compressed image data to produce a first non-compressed image signal. A second decoding process includes a second editing point set to the second compressed image data to produce a second non-compressed image signal. A re-encoding process re-encodes an interval of a third non-compressed image signal and the first and second non-compressed image signals are spliced at the first and second editing points to produce third compressed image data.

Abstract: A plurality of bit streams are seamlessly spliced. Separate decoders decode each bit stream. A controller selects the decoded pictures according to a re-encoding range in the vicinity of a splicing point of the bit streams. Pictures presenting a reordering of the streams are excluded in the selection of the decoded pictures. An encoder re-encodes the pictures within the re-encoding range-When it is determined that crossover motion compensation exists between pictures of different streams, the controller changes the motion prediction direction of the problematic picture. The controller changes a motion prediction picture type of a picture which is improperly motion predicted with reference to another stream. A quantization characteristic or motion vectors for the new picture type are generated by the controller. The controller effects the encoding in accordance with a target amount of bits to prevent a breakdown of a buffer and a discontinuation of an amount of data occupancy thereof.

Abstract: An information processing apparatus for encoding a baseband signal, the information processing apparatus includes: a data splitting block; an encoder; a control block; and a splicing block. The data splitting block is configured to acquire the baseband signal before splitting it into predetermined encoding sections. The encoder is configured to generate encoded streams by parallelly encoding a continuous plurality of the encoding sections acquired by the data splitting block from the baseband signal. The control block is configured to control the encoder to perform the parallel encoding in a manner subject to predetermined constraints. The splicing block is configured to splice the encoded streams generated by the encoder.

Abstract: An image processing apparatus includes: a time code reader reading a time code from respective image data of multi-view images; an encoding processing unit performing encoding processing of the image data by each viewpoint; and a control unit controlling start of the encoding processing based on the time code to synchronize picture types in the encoding processing by each viewpoint.

Abstract: A picture type identifier, indicating one of intra-picture coding (an I-picture), forward or backward predictive coding (a P-picture) and bi-directionally predictive coding (a B-picture), is included with a picture signal when the signal is encoded and when the signal is decoded. Each of initial and subsequent encoding and decoding is a function of the included picture type.