Abstract: A system that assists in treatment includes circuitry configured to generate three-dimensional body data of a patient using data obtained from a three-dimensional measurement unit, obtain a tomographic image of the patient from a body tomographic measurement apparatus, execute an examination assist process, which aligns the three-dimensional body data with the tomographic image, execute a treatment plan assist process, which make a treatment plan that specifies a posture of the patient when treatment is performed using the tomographic image and the three-dimensional body data that are aligned with each other, and execute a treatment assist process, which outputs a treatment instruction based on the posture specified in the treatment plan.

Abstract: In the present invention, a control section of a CRM server performs editing processing for TPO (the time, the place, and the occasion) requirements. Next, a control section of a TPO server registers the TPO requirements in order to convert the same to TPO definitions. Then, the control section performs setting processing for the TPO definitions. A portable terminal identifies the current location and the current time. Then, a control section verifies TPO definition state transitioning. If transitioning of the TPO definition state is detected, the control section performs TPO definition state transition notification processing. The control section of the portable terminal performs individual control processing on the basis of the TPO definitions.

Abstract: A system includes a learning object storing section that stores objects to be learned, a learning result storing section that stores learning results, and a control section connected to an input section. The control section computes a principal component coefficient vector of a first feature vector of an object to be processed that is designated by the input section, computes a principal component coefficient vector of a second feature vector using a principal component basis vector stored in the learning result storing section, and computes the second feature vector of the object to be processed using the principal component coefficient vector of the second feature vector.

Abstract: In the present invention, a control section of a CRM server performs editing processing for TPO (the time, the place, and the occasion) requirements. Next, a control section of a TPO server registers the TPO requirements in order to convert the same to TPO definitions. Then, the control section performs setting processing for the TPO definitions. A portable terminal identifies the current location and the current time. Then, a control section verifies TPO definition state transitioning. If transitioning of the TPO definition state is detected, the control section performs TPO definition state transition notification processing. The control section of the portable terminal performs individual control processing on the basis of the TPO definitions.

Abstract: In the present invention, a control section of a CRM server performs editing processing for TPO (the time, the place, and the occasion) requirements. Next, a control section of a TPO server registers the TPO requirements in order to convert the same to TPO definitions. Then, the control section performs setting processing for the TPO definitions. A portable terminal identifies the current location and the current time. Then, a control section verifies TPO definition state transitioning. If transitioning of the TPO definition state is detected, the control section performs TPO definition state transition notification processing. The control section of the portable terminal performs individual control processing on the basis of the TPO definitions.

Abstract: A system, a method, and a program for predicting a processing shape formed by a plasma process, including databases for apparatus condition, incident ion, incident radical, actual measurement, material property and surface reaction, as well as a trajectory calculation unit, and a surface shape calculation unit. The trajectory calculation unit calculates the trajectories of the respective ions incident on the surface of the substrate based on information and data obtained from the databases and from measurement data from an on-wafer monitoring sensor. Based on the calculation result by the trajectory calculation unit, the surface shape calculation unit calculates the change of the shape by referring to the data stored in the material property and surface reaction DB.

Abstract: A system computes the interaction energy between a plurality of fragments in a calculation object substance according to the fragment molecular orbital method. The energy of each fragment, the two-body interaction energy of each dimer including two fragments, and the three-body interaction energy of each trimer including three fragments are calculated. The two-body interaction energy of each dimer is corrected by adding, to the two-body interaction energy of the dimer, the contribution of the dimer in the three-body interaction energy of the trimer that includes the dimer.

Abstract: In the present invention, a control section of a CRM server performs editing processing for TPO (the time, the place, and the occasion) requirements. Next, a control section of a TPO server registers the TPO requirements in order to convert the same to TPO definitions. Then, the control section performs setting processing for the TPO definitions. A portable terminal identifies the current location and the current time. Then, a control section verifies TPO definition state transitioning. If transitioning of the TPO definition state is detected, the control section performs TPO definition state transition notification processing. The control section of the portable terminal performs individual control processing on the basis of the TPO definitions.

Abstract: A method and a program for predicting a processing shape by a plasma process, the method including: a conditions-setting step (STEP 11) for setting conditions relevant to an object to be processed, process conditions including a cycle number provided that an etching process and a deposition process are taken as one cycle, and conditions relevant to simulation; an etching process surface transition amount calculating step (STEP 12) for calculating a surface transition amount by plasma etching based on etching process conditions; and a deposition process surface transition amount calculating step (STEP 13) for calculating a surface transition amount by plasma deposition based on deposition process conditions, wherein the etching process surface transition amount calculating step (STEP 12) and the deposition process surface transition amount calculating step (STEP 13) are repeated for the cycle number set in the conditions-setting step (STEP 11), thereby obtaining a processing shape by the the Bosch process.

Abstract: A system, a method, and a program for predicting a processing shape by a plasma process by which a process state is measured on a realtime basis based on the result of which the processing shape is predicted. The system includes an apparatus condition DB 21, an incident ion DB 22, an incident radical DB 23, an actual measurement DB 24, a material property and surface reaction DB 25, a trajectory calculation unit 26, and a surface shape calculation unit 27. The trajectory calculation unit 26 calculates the trajectories of the respective ions incident on the surface of the substrate based on information and data obtained from the apparatus condition DB 21, the incident ion DB 22, and the incident radical DB 23 depending on the condition setting of the plasma processing apparatus 10, the respective pieces of data obtained from the actual measurement DB 24 depending on the condition setting of the plasma processing apparatus 10, and the respective pieces of data from the on-wafer monitoring sensor 11.

Abstract: A controller of a cantilever evaluation system calculates a stream function value ?z(x, y; t+1) and vorticity ?z(x, y; t+1) at a subsequent time step t+1 using boundary conditions according to displacement h(z; t) of a cantilever and velocity ?h/?t(z; t), a stream function value ?z(x, y; t) and vorticity ?z(x, y; t) in two-dimensional planes. The controller uses the calculated stream function value ?z(x, y) and vorticity ?z(x, y) to calculate a fluid drag force acting on the cantilever. The controller substitutes the calculated fluid drag force into a displacement calculation equation to calculate the displacement h(z; t+1) of the one-dimensional beam at the subsequent time step t+1. The controller repeats such calculation for each grid point and further repeats it at each time step.

Abstract: A method and system for feeding liquefied carbon-dioxide gas into the ground, by which liquefied carbon-dioxide gas can be efficiently permeated and diffused in a deep aquifer. The disclosed method for feeding liquefied carbon-dioxide gas into the ground includes the following steps:using a pumping well to pump up water from a deep aquifer to aboveground; creating injection water; applying pulsatile hydraulic pressure to the injection water; feeding the injection water to which pulsatile hydraulic pressure has been applied into the deep aquifer via an injection well; feeding liquefied carbon-dioxide gas—while maintaining carbon-dioxide gas in a liquefied condition—from a storage tank into the injection well to a depth having such pressure and temperature in which the liquefied condition can be maintained; mixing the liquefied carbon-dioxide gas—in the form of fine droplets—with the injection water, thereby generating a mixture of those two liquids.

Abstract: A sample atomic configuration creation part in a control section creates the atomic arrangement data of a sample, and a sample surface height calculation part calculates a sample surface height for every mesh. A probe profile creation part creates the atomic arrangement data of a probe, and a probe surface height calculation part calculates the height of the probe surface for every mesh. A probe scanning part supplies the coordinate of a scanning start position in the scanning range to a collision height specification part. The collision height specification part calculates the distance between the sample surface and the probe in each mesh. Calculation of this distance is repeated for all meshes of the probe at the coordinate of this measuring position.

Abstract: The present invention provides a system for treating carbon dioxide, and a method by which such treated carbon dioxide can be stored underground at low cost and with high efficiency. The present invention' method for storing carbon dioxide underground includes: a step for pumping up to the ground groundwater from a pumping well in a deep aquifer, and then producing injection water. Carbon dioxide that has been separated and recovered from exhaust gas from a plant facility is changed into the bubbles. The bubbles are mixed with the injection water, and hereby produces a gas-liquid mixture a step for injecting into. The deep aquifer is injected into the gas-liquid mixture from the injection well. The method preferably further includes a step for dissolving a cation-forming material in the injection water, and a step for injecting the injection water, in which the cation-forming material is dissolved, into the deep acquifer at its top and above the place at which injection water has already been injected.

Abstract: A meta-information storing section records a plurality of pieces of taxonomy data in ranks. A plurality of pieces of leaf meta-data respectively correspond to pieces of the lowest taxonomy data. A database records a plurality of pieces of real data which respectively correspond to pieces of leaf meta-data. A server control section searches for upper taxonomy data corresponding to the keyword included in a search request and acquires lower taxonomy data associated with the upper taxonomy data. The server control section is capable of repeatedly acquiring further lower taxonomy data until the lowest taxonomy data is specified, and as a result, acquiring leaf meta-data. The server control section samples real data corresponding to all of the leaf meta-data from the database and outputs it.

Abstract: A controller of a cantilever evaluation system calculates a stream function value ?z(x, y; t+1) and vorticity ?z(x, y; t+1) at a subsequent time step t+1 using boundary conditions according to displacement h(z; t) of a cantilever and velocity ?h/?t(z; t), a stream function value ?z(x, y; t) and vorticity ?z(x, y; t) in two-dimensional planes. The controller uses the calculated stream function value ?z(x, y) and vorticity ?z(x, y) to calculate a fluid drag force acting on the cantilever. The controller substitutes the calculated fluid drag force into a displacement calculation equation to calculate the displacement h(z; t+1) of the one-dimensional beam at the subsequent time step t+1. The controller repeats such calculation for each grid point and further repeats it at each time step.

Abstract: A sample atomic configuration creation means (211) in a control section (21) creates the atomic arrangement data of a sample, and a sample surface height calculation means (212) calculates a sample surface height for every mesh. A probe profile creation means (213) creates the atomic arrangement data of a probe, and a probe surface height calculation means (214) calculates the height of the probe surface for every mesh. A probe scanning means (216) supplies the coordinate of a scanning start position in the scanning range to a collision height specification means (215). The collision height specification means (215) calculates the distance between the sample surface and the probe in each mesh. Calculation of this distance is repeated for all meshes of the probe at the coordinate of this measuring position.

Abstract: The present invention provides a system for treating carbon dioxide, and a method by which such treated carbon dioxide can be stored underground at low cost and with high efficiency. The present invention' method for storing carbon dioxide underground includes: a step for pumping up to the ground groundwater from a pumping well in a deep aquifer, and then producing injection water. Carbon dioxide that has been separated and recovered from exhaust gas from a plant facility is changed into the bubbles. The bubbles are mixed with the injection water, and hereby produces a gas-liquid mixture a step for injecting into. The deep aquifer is injected into the gas-liquid mixture from the injection well. The method preferably further includes a step for dissolving a cation-forming material in the injection water, and a step for injecting the injection water, in which the cation-forming material is dissolved, into the deep acquifer at its top and above the place at which injection water has already been injected.

Abstract: A meta-information storing section records a plurality of pieces of taxonomy data in ranks. A plurality of pieces of leaf meta-data respectively correspond to pieces of the lowest taxonomy data. A database records a plurality of pieces of real data which respectively correspond to pieces of leaf meta-data. A server control section searches for upper taxonomy data corresponding to the keyword included in a search request and acquires lower taxonomy data associated with the upper taxonomy data. The server control section is capable of repeatedly acquiring further lower taxonomy data until the lowest taxonomy data is specified, and as a result, acquiring leaf meta-data. The server control section samples real data corresponding to all of the leaf meta-data from the database and outputs it.