Abstract: The present technology relates to an information processing apparatus, an information processing method, and a program capable of enhancing reproducibility of a finish of a dish. An information processing apparatus according to one aspect of the present technology performs: holding recipe data including at least information indicating a content of cooking work and information indicating a target state, for each of a plurality of cooking steps in which the target state is individually defined by a value of a target parameter including a parameter based on sensor data measurable at a time of cooking; and controlling the cooking work on the basis of the recipe data until a state of cooking in each of the cooking steps reaches a state defined as the target state. The present technology can be applied to a system that assists cooking in a kitchen.

Abstract: There is provided an information processing device, an information processing method, and a program that enable information presentation with high usability. On the basis of presentation location information regarding a change in state of a presentation location where presentation information is presented and at least one piece of information out of processing information regarding processing for generating the presentation information, user information regarding a response of a user to the processing, and environment information regarding a state of an environment of the presentation location, control of at least one state of a presentation state of the presentation information and a state of the processing is performed. The present technology can be applied as a projection device for the inside of a vehicle, a conference room, or the like.

Abstract: An information processing apparatus according to an embodiment of the present technology includes: a threshold value control unit. The threshold value control unit controls, on the basis of three-dimensional position information of each of a first finger and a second finger acquired from a detection result of a sensor, a threshold value relating to determination of a gesture using at least one of the first finger and the second finger. As a result, it is possible to perform gesture determination with high accuracy.

Abstract: An information processing device includes a processor. The processor presents reproduction data indicating a cooking profile of a dish during cooking to a cook in real time in a format that can be compared with reference data.

Abstract: An information processing apparatus (IP) includes a processor (PR). The processor (PR) records, in cooking data, a voice comment made by a recording user during cooking, and the voice comment is associated with sensor data measured at a time of making the voice comment.

Abstract: An information processing device (IP) includes a processor unit (PR). The processor unit (PR) detects a moisture amount of a cut ingredient (CI) on the basis of a sensing result of a cross section of the cut ingredient (CI) cut in accordance with progress of cooking. The processor unit (PR) calculates heating cooking time and a heating temperature of the cut ingredient (CI) on the basis of the moisture amount of the cut ingredient (CI).

Abstract: An information processing apparatus according to an embodiment of the present technology includes: a threshold value control unit. The threshold value control unit controls, on the basis of three-dimensional position information of each of a first finger and a second finger acquired from a detection result of a sensor, a threshold value relating to determination of a gesture using at least one of the first finger and the second finger. As a result, it is possible to perform gesture determination with high accuracy.

Abstract: The present technology relates to an information processing apparatus, an information processing method, and a program capable of appropriately estimating an internal temperature of a food material being heated. An information processing apparatus according to the present technology includes: a construction unit that constructs a three-dimensional model representing a shape and a temperature distribution of a cooking object on the basis of sensor data acquired by sensors that measure states of a cooking utensil and the cooking object; and an internal temperature estimation unit that estimates an internal temperature of the cooking object by performing thermal conduction analysis based on the three-dimensional model. The present technology can be applied to a cooking assistance system that assists cooking work by a cook.

Abstract: There is provided an information processing device, an information processing method, and a program that enable information presentation with high usability. On the basis of presentation location information regarding a change in state of a presentation location where presentation information is presented and at least one piece of information out of processing information regarding processing for generating the presentation information, user information regarding a response of a user to the processing, and environment information regarding a state of an environment of the presentation location, control of at least one state of a presentation state of the presentation information and a state of the processing is performed. The present technology can be applied as a projection device for the inside of a vehicle, a conference room, or the like.

Abstract: There is provided an information processing apparatus, an information processing method, and a program capable of reducing a decrease in resolution in overlapping areas of multiple projection in cases where a plurality of projectors is used to perform the multiple projection onto an object. An information processing apparatus according to one aspect of the present technology generates, in regard to a plurality of projectors irradiating an object serving as a projection target with projection light rays as superimposing light rays depicting a projection image having pixels, mask information for regulating intensity of the corresponding light ray of each pixel of the projection image. The mask information includes information indicating, in regard to the object having a surface including a predetermined position, that the position is irradiated by a predetermined projector. The present technology can be applied to computers each of which causes a plurality of projectors to project images.

Abstract: There is provided an information processing apparatus, an information processing method, and a program capable of reducing a decrease in resolution in overlapping areas of multiple projection in cases where a plurality of projectors is used to perform the multiple projection onto an object. An information processing apparatus according to one aspect of the present technology generates, in regard to a plurality of projectors irradiating an object serving as a projection target with projection light rays as superimposing light rays depicting a projection image having pixels, mask information for regulating intensity of the corresponding light ray of each pixel of the projection image. The mask information includes information indicating, in regard to the object having a surface including a predetermined position, that the position is irradiated by a predetermined projector. The present technology can be applied to computers each of which causes a plurality of projectors to project images.

Abstract: [Object] To provide a mechanism capable of causing processing that meets intention of a user who operates input to be performed. [Solution] An information processing device includes a control unit configured to control processing according to input according to approach of an operation body, on a basis of information regarding a detected position of the input based on a detection result of the input, and information regarding a position of the operation body estimated by using image information obtained by capturing an image in which the operation body serves as a subject. An information processing method includes causing a processor to control processing according to input according to approach of an operation body, on a basis of information regarding a detected position of the input based on a detection result of the input, and information regarding a position of the operation body estimated by using image information obtained by capturing an image in which the operation body serves as a subject.

Abstract: A device includes a gas cell (10X) configured to form an introduction space (11X) into which a target gas is introduced, an infrared light source (20X) disposed at one end of the gas cell (10X), a modulation mirror (70X) disposed at one end of the gas cell (10X) and configured to reflect or transmit light emitted from the infrared light source (20X), a reflecting mirror (60X) configured to reflect light transmitted through the modulation mirror (70X), a saturated gas chamber (40X), in which a predetermined comparison gas is hermetically enclosed, disposed on an optical path of light transmitted through the modulation mirror (70X), a light receiving unit (30X) disposed at the other end of the gas cell (10X) and configured to receive light reflected by the modulation mirror (70X) and light transmitted through the modulation mirror (70X) and reflected by the reflecting mirror (60X) through the saturated gas chamber (40X), and a calculation circuit (3X) configured to calculate the concentration of the target gas

Abstract: An information processing apparatus includes: a screen which displays information; a coordinate input unit which inputs coordinates instructed by a user to the screen; and a control unit which determines a user instruction based on a track of a user input via the coordinate input unit and controls an operation of the screen in accordance with a determination result.

Abstract: A device includes a gas cell (10X) configured to form an introduction space (11X) into which a target gas is introduced, an infrared light source (20X) disposed at one end of the gas cell (10X), a modulation mirror (70X) disposed at one end of the gas cell (10X) and configured to reflect or transmit light emitted from the infrared light source (20X), a reflecting mirror (60X) configured to reflect light transmitted through the modulation mirror (70X), a saturated gas chamber (40X), in which a predetermined comparison gas is hermetically enclosed, disposed on an optical path of light transmitted through the modulation mirror (70X), a light receiving unit (30X) disposed at the other end of the gas cell (10X) and configured to receive light reflected by the modulation mirror (70X) and light transmitted through the modulation mirror (70X) and reflected by the reflecting mirror (60X) through the saturated gas chamber (40X), and a calculation circuit (3X) configured to calculate the concentration of the target gas

Abstract: A gas turbine combustor has a premixing burner for jetting out a premixed gas of fuel and air. A stabilizer forms a circulation of combustion gas generated by combustion of the premixed gas at the downstream side of the stabilizer to stabilize flame formed by the combustion of the premixed gas. Before the operation of the combustor, a relationship between a temperature of the stabilizer and combustion conditions of the premixed gas is checked. Thereafter during operation of the combustor, the temperature of the stabilizer is measured during combustion and the combustion conditions are checked according to only the measured temperature of the stabilizer and the aforesaid relationship. The stabilizer has a heat receiving surface at the most downstream side thereof. The temperature of a portion of the stabilizer around the heat receiving surfaces measured to allow an accurate assessment of the combustion conditions.

Abstract: The present invention has an object to provide a gas turbine combustor which is able to effect stable combustion in a wide range of fuel flow rate. A burner 1 is provided with fuel nozzles 31 and 32. When a fuel flow rate is small, diffusion flame is formed with fuel supplied from the nozzle 31 with a ring-shaped flame stabilizer 11. Next, fuel is supplied from the nozzle 32 to mix with air, reach to the flame stabilizer 11 and be held by the diffusion flame already formed, whereby stable premixed flames are formed in the flame stabilizer 11 from a range of low fuel air ratio. Further, when flame is propagated from the burner 1 to the burner 2, a fuel air ratio at the outer periphery side of the burner 1 is locally raised by the fuel supplied from the nozzle 31, whereby the combustion stability can be raised in a wide range of fuel flow rate and propagation of flame to adjacent burners becomes easy.

Abstract: A plurality of turbulence promotors (11) are arranged on a surface of a stabilizer (11) comprising a stabilizer portion (14) contacting combustion gas and support portion (15) for rectifying flow except for a heat receiving surface (13) contacting with combustion gas to promote heat transfer from the stabilizer to an air fuel flow. The distance between the turbulence promotor closest to the heat receiving surface (13) and the heat receiving surface is at least 4 times the height of said turbulence promotor to prevent back fire due to provision of the turbulence promotor.

Abstract: A camera includes a plurality of photosensors disposed on an imaging surface. The photosensors separately output respective photodetection signals, and are grouped into a plurality of photosensitive units each including at least two of the photosensors. The photosensors of each of the photosensitive units have respective detection wavelength ranges which do not overlap one another. The photodetection signals outputted from selected ones of the photosensors of each of the photosensitive units are used in performing spectrum analysis. R (red), G (green), and B (blue) signals are synthesized from the photodetection signals outputted from the photosensors of each of the photosensitive units and are used in displaying an ordinary color image.

Abstract: A hybrid integrated circuit of the invention is formed of an insulation substrate, a thick film conductor printed and sintered on the insulation substrate, and a terminal conductor and a circuit part connected to the first thick film conductor. A first electrically conductive metal plate is brazed on the first thick film conductor and connects the circuit part and the first terminal. Electric current between the circuit part and the first terminal mostly flows through the metal plate.