53results about How to "Determine reliability" patented technology

A message oriented middleware server application executable by at least one processor implements a message oriented middleware message provider that mediates messaging operations with a plurality of heterogeneous applications including a number of casino gaming applications, where instances of the heterogeneous applications which execute on the plurality of networked processor-based client devices including the networked processor-based casino gaming devices.

According to the invention, the information bit number K of a code block to be coded, the transmission bit number N of the code block to be coded during the transmission process in a real channel, and the rate adaption rule of the code block to be coded are determined, the reliability of each bit in M uncoded bits in the code block to be coded is determined by means of the reliability of each bit in N transmission bits, and therefore K information bits can be determined from the M uncoded bits, and the set A formed by sequence numbers of the information bits is used for the coding or decoding process of a Polar code. Thus, the invention can provide a method for coding or decoding the Polar code on line by means of a communication device.

By removing material of low permeability from within and around a perforation tunnel and creating at least one fracture at the tip of a perforation tunnel, injection parameters and effects such as outflow rate and, in the case of multiple perforation tunnels benefiting from such cleanup, distribution of injected fluids along a wellbore are enhanced. Following detonation of a charge carrier, a second explosive event is triggered within a freshly made tunnel, thereby substantially eliminating a crushed zone and improving the geometry and quality (and length) of the tunnel. In addition, this action creates substantially debris-free tunnels and relieves the residual stress cage, resulting in perforation tunnels that are highly conducive to injection under fracturing conditions for disposal and stimulation purposes, and that promote even coverage of injected fluids across the perforated interval.

A system employs an inspection neural network (INN) to inspect data generated during an inference process of a primary neural network (PNN) to generate an indication of reliability for an output generated by the PNN. The system includes a sensor configured to capture sensor data. Sensor data captured by the sensor is provided to a data analyzer to generate an output using the PNN. An analyzer inspector is configured to capture inspection data associated with the generation of the output by the data analyzer, and use the INN to generate an indication of reliability for the PNN's output based on the inspection data. The INN is trained using a set of training data that is distinct from the training data used to train the PNN.

The invention relates to the technical field of exploration and development of oil and gas fields, in particular to an optimal drilling trajectory prediction method of a lateral well. The method includes the steps of acquiring a rock three-dimensional dynamics parameter field through conversion of dynamic static rock dynamics; determining natural fracture systems and occurrence distribution through core palaeomagnetic orientation, imaging logging and array acoustic logging; conducting present stress field simulation utilizing the rock three-dimensional dynamics parameter field; determining development probability of fractures of different periods utilizing acoustic emission experiments to simulate ancient stress field of different periods; simulating and determining present crustal stressvertical distribution through stress field simulation of well areas; and predicting fracturing fracture spreading directions utilizing crustal stress, fractures and vertical distribution of rock dynamics to establish an equivalent extending vertical zonation model of fracturing fractures. The optimal drilling trajectory prediction method of the lateral well verifies the reliability of fracturing fracture spreading directions by combining the drilling direction of the lateral well and dynamic materials of the lateral well, and realizes direction prediction of fracturing fractures of different blocks and optimal drilling trajectory design of the lateral well.

There is provided an image processing apparatus capable of properly setting a photographing condition in consideration of time allowable for each processing; the image processing apparatus capable of properly setting the photographing condition while referring to an actually generated composite image; the image processing apparatus capable of properly setting the photographing condition even by a user who has no background knowledge; and the image processing apparatus capable of determining whether or not image composition processing is properly executed even by the user who has no background knowledge. A setting mode screen displays a composite image based on generated output image data, together with “processing time”, being expected time required for generating one output image data. The composite image is updated every time the output image data is generated.

An apparatus includes a static random-access memory and circuitry configured to initiate a corrective action associated with the static random-access memory. The corrective action may be initiated based on a number of static random-access memory cells that have a particular state responsive to a power-up of the static random-access memory.

In a magnetic data processing device, a magnetic data input part sequentially receives magnetic data output from a three-dimensional (3D) magnetic sensor. A storage part stores a plurality of the magnetic data as a data set of statistical population. An acceleration data input part receives acceleration data output from a 3D acceleration sensor. A reliability determination part derives a reliability index that is a function of an angular difference between a direction of a line perpendicular to an approximate plane representing a distribution of the data set of the statistical population and a direction of acceleration represented by the acceleration data.

The present invention generally provides an apparatus and a method for inspecting a substrate in a substrate processing system. In one aspect, a voltage or current source is used in conjunction with a power density receiving device, such as a spectrometer, to inspect a substrate for various noise spectrum signatures. In one embodiment, spectral data collected from a given substrate is used to generate a current or voltage spectral signature. This spectral signature may then be compared to a reference spectral density signature to predict reliability of a feature structure of a substrate in processing and feedback to the substrate processing system for substrate processing control. Embodiments of the invention further include computer-readable media containing instructions for controlling the substrate processing system, and computer program products having computer-readable program code embodied therein for controlling the substrate processing system and inspecting defects on semiconductor features.

System and methods for assessing sensed signals for determining a reliability measure of their accuracy with respect to a patient's true physiological status. As one example, the signals can include multiple, independently obtained signals, such as an electro-chemically based measure of cardiac activity and a plethysmography based measure of hemodynamic output which typically exhibit different morphologies and varying phase shifts with respect to each other. One manner of assessing the signals is to transform them into the frequency domain, such as via a Fast Fourier Transform (FFT), and evaluate them, such as by a coherence determination, to determine the degree of their mutual agreement. This can be used to assess the reliability of the sensing. Therapy can be delivered under certain observed conditions, such as a condition of hemodynamic insufficiency where anti-tachycardia pacing and/or shocking therapy can be delivered.

The invention discloses a block chain consensus method, a block chain system and computer equipment. The method comprises the steps that a current verification node receives first voting information for transaction information, wherein the first voting information comes from other verification nodes and comprises reputation scores of the other verification nodes, and the reputation scores are used for representing the capability and/or credibility of corresponding nodes; the current verification node performs first verification on the first voting information based on the reputation score in the first voting information; and if the first verification is passed, the current verification node sends first verification passing information of the transaction information to the statistical node. According to the scheme, consensus can be performed based on the reputation score of the verification node, and the reliability of block chain consensus is improved.

A method of determining the reliability of long-term predicted orbit data is disclosed. The method includes: analyzing a variation in the accuracy of the time-series predicted positions included in predicted position data by comparing the predicted positions included in the predicted position data, which is acquired by predicting a position of a positioning satellite in a time series, with actual positions of the positioning satellite corresponding to the predicted positions; and determining the reliability in each of the prediction periods of the long-term predicted orbit data including predicted satellite orbits in a plurality of successive prediction periods on the basis of the analysis result.

The invention belongs to the technical field of food flavor quality detection, and discloses a method and system for detecting evaluation information of the food flavor quality. The corresponding relation between the sample baking time and the sensory evaluation score is determined through hierarchical cluster analysis, aroma substances in samples are separated and extracted through a headspace extraction method, the aroma substances in each set of samples are analyzed through a gas-phase mass spectrum and chromatography combination technique, smell information of the samples is collected through a gas-phase chromatography-mass spectrum combination instrument, principal component analysis (PCA) is conducted by combining PCA so as to observe the difference of volatile matter in the five samples, and the corresponding relation between the smell information and the baking time is established. The corresponding relation between the sample smell information and the sensory evaluation scoreis determined through partial least squares, correlation between the smell information and an aroma quality evaluation result is determined through a multivariate analysis method, and thus the reference is provided for establishing a unified evaluation method and standard.

A radiographic tomography apparatus includes a tomosynthetic image capturing section for applying radiation from a radiation source to an examinee at a plurality of different angles, and detecting the radiation transmitted through the examinee with a radiation conversion panel to capture a plurality of tomosynthetic tomography images of the examinee. The radiographic tomography apparatus further includes a still image capturing section for capturing a plurality of still images of the examinee in one image capturing position at different times, and a body motion detector for detecting a body motion of the examinee based on the still images captured by the still image capturing section.

The invention relates to a simulation method for a simulated energy spectral curve. The simulation method comprises the steps of: step S1, acquiring an actual nuclear energy spectral curve chart; step S2, and processing the actual nuclear energy spectral curve chart to obtain a simulated energy spectral curve. The simulation method for the simulated energy spectral curve obtains numerical values (ie., energy levels of nuclear energy spectra and counting rates of the energy levels) of points of the energy spectral curve through carrying out curve identification on the actual nuclear energy spectral curve chart and numeralization on the energy spectral curve, obtains a random number of each nuclear energy level through randomly and directly sampling a group of the numerical values by adopting a Monte Carlo method, so as to simulate the randomness of the nuclear decay process, finally conducts statistical processing on the random number to obtain the simulated energy spectral curve, and performs inversion on the simulated energy spectral curve and an actual energy spectral curve so as to determine the reliability and precision of a simulated nuclear signal generator.

The present invention relates to an operational monitoring system that collects information in real-time from a work-site with a personnel tracking system, an equipment tracking system. The collected information is sent to a server, which is received and presented on an interactive display system that uses information capture by a site rendering system to render a 3D model of the work-site. A task management system allows an end-user to assign work profiles, tasks, and zones for workers and equipment operating on-site, which is thereafter monitored in real-time.

The invention discloses a method for testing the residual intensity of a bituminous mixture. The method comprises following steps: (1) preparing a bituminous mixture test piece, carrying out a fatiguetest, and determining a fatigue developing rule; (2) carrying out another fatigue test, and stopping loading on the test piece before the test piece is broken; (3) immediately carrying out a tensilestrength test on the test piece after the loading is stopped; (4) repeating steps (2) and (3) to determine the tensile strength of the bituminous mixture under different fatigue levels; and (5) fitting the residual intensities under different fatigue states to obtain the relationship between residual intensity and fatigue damage. According to the method, fatigue tests and tensile strength tests are carried out at the same time to determine the deterioration law of the ultimate tensile strength of a bituminous mixture in different fatigue phases along with the fatigue damage of the bituminous mixture; and the method has an important meaning for the pavement design and traffic control scheme establishment in the full service life of a pavement.

A device is disclosed for charging an electric vehicle. The device includes a plurality of electrical contacts, at least two of them coupled to a power supply, and each electrical contact of the plurality of electrical contacts is arranged for contacting a different contact surface of the electric vehicle. The device also includes a secondary contact forming a contact arrangement with one of the electrical contacts of the plurality of electrical contacts. The electrical contact and the secondary contact of the contact arrangement are arranged to contact the same contact surface of the vehicle.

The invention discloses an old line differential wind-proof evaluation method, which takes a wind speed recurrence period of 50 years as a reference, obtains load factors of wind speed recurrence periods of different years, and according to the load factors of wind speed recurrence periods of different years, determines the reliability grade of recurrence periods corresponding to the load factorsof wind speed recurrence periods of different years; the wind load regulation coefficients and wind pressure non-uniformity coefficients corresponding to different voltage levels are extracted from different design codes; the wind pressure non-uniformity coefficient and wind load adjustment coefficient are obtained when calculating wind load under different voltage grades; an equivalent factor ofthe tower line system is calculated according to the wind pressure non-uniformity coefficient and the wind load adjustment coefficient; according to the equivalent factor of the tower-line system, thereliability level of the corresponding equivalent factor is determined; the reliability level of the tower line is determined by comparing the reliability level of the recurrence period with the reliability level of the equivalent factor. The wind-resistant reliability of transmission towers can be evaluated effectively by adopting different evaluation methods for transmission towers with different design specifications.

The invention discloses a sterilization test fixture for a small-volume ampoule injection product, which comprises an upper fixture and a lower fixture, wherein the lower fixture is formed by combining an ampoule stand bottom plate and ampoule stand pull rods, the ampoule stand bottom plate is a stainless steel plate with a circular center, two symmetrical side edges of the bottom plate are respectively provided with an elastic pin, lower ends of the two pull rods are respectively fixed on the elastic pins at two sides of the bottom plate; and the upper fixture comprises an ampoule stand pressing plate which is a stainless steel plate with a circular center, two symmetrical side edges of the pressing plate are respectively provided with an elastic pin, the upper fixture corresponds to thelower fixture, and during the use, the upper ends of the pull rods are locked into the elastic pins on the ampoule stand pressing plate. The fixture has the advantages of reasonable design, small size, convenience for use and capability of ensuring that a test sample is stable.

The embodiment of the invention belongs to the technical field of the Internet of Things, and relates to an Internet of Things traceability system based on Fabric and IPFS, comprising a data layer which is used for acquiring sensor data acquired by all devices from the Internet of Things; the processing layer is used for performing standardization processing on the data acquired by the Internet of Things; the storage layer stores the processed data in an IPFS to generate a plurality of IPFS nodes, the plurality of IPFS nodes are connected to build an IPFS cluster, and node content in each IPFS node generates a corresponding hash; and the block chain layer is used for storing the hash in a Fabric block chain. The invention further provides an Internet of Things tracing method and device based on Fabric and IPFS, computer equipment and a storage medium. According to the invention, the tracing of the Internet of Things based on Fabric and IPFS is completed.

The invention discloses a high-strength thermal conductive silica gel sheet, which comprises polysiloxane, a silane coupling agent, vinyl silicone oil, boron nitride or copper powder carbon fiber forpreparation. The invention also discloses a preparation method of the high-strength thermal conductive silica gel sheet. The preparation method comprises the steps of mixing 5-12 parts by mass of polysiloxane, 8-21 parts of vinyl silicone oil and 3-7 parts of silane coupling agent, and conducting reaction in a nitrogen or hydrogen atmosphere; and putting an obtained mixture in a vacuum box to conduct vacuum defoaming, adding boron nitride or copper powder carbon fiber, and then conducting pressing to a predetermined thickness by a coating apparatus, and conducting vulcanization molding to obtain a product. The invention also discloses the application of the above high-strength thermal conductive silica gel sheet. The invention has the advantages that the preparation conditions are simple and can easily meets preparation requirements, the raw materials are relatively common, there is no waste of raw materials and cost is saved in the preparation process.

The invention discloses a clamping and electricity-conducting device for an auxiliary electrode of a vacuum arc remelting furnace. A pneumatic chuck is arranged at the lower end of a thrust rod; a conductive rod is arranged inside the thrust rod; a conductive head is arranged at the lower end of the pneumatic chuck and is connected to the lower end of the conductive rod; an insulation sleeve is arranged on the outer side of the thrust rod and the outer side of the pneumatic chuck, and a pneumatic jacket is arranged outside the insulation sleeve; steel balls are embedded into holes of the pneumatic jacket, the insulation sleeve is arranged between the pneumatic jacket, the thrust rod and the pneumatic chuck, and a detection ring is arranged at the neck part in the middle of the pneumatic jacket. The clamping and electricity-conducting device for the auxiliary electrode is moved to the part right above the auxiliary electrode, an operation air cylinder pulls back the pneumatic chuck, and then the steel balls are retracted; the clamping and electricity-conducting device for the auxiliary electrode is inserted into a hole in the upper end of the auxiliary electrode, the detection ring is pushed upwards, the operation air cylinder moves for pushing out the pneumatic chuck after the detection ring reaches the position, the steel balls are pushed out, and then the clamping and electricity-conducting device for the auxiliary electrode is vertically lifted. The clamping and electricity-conducting device has the advantages that the electrical conductivity is good, the strength of clamping the auxiliary electrode is high, and the service life is long.