34 results about "Performance specification" patented technology

An exemplary system and method that generate a finite state automaton of a controller for sequential decision-making of a computing device for a user-requested task, the generation using automaton-based representations derived from outputs of a large-scale generative language model. The exemplary system and method receive a user command and (i) construct the finite state automaton by parsing GLM responses to prompts / queries for candidate steps and sub-steps for the task, and (ii) verify the finite state automaton, e.g., for logical errors, safety specification, performance specification, and intent of the user, and / or update the finite state automaton to meet such specifications. The state machine can be synthesized on the fly for real-time operation via the GLM outputs and evaluated in the same pipeline operation against physical models, safety models, etc., that can be combined to iteratively modify the state machine until it meets the verification requirements.

To provide a game machine that can appropriately increase attention to a game.SOLUTION: A game machine capable of changing performance specifications for a predetermined performance on the basis of multiple operations on operation means includes a ball entry section into which a game ball flowing down a game area can enter, and ball detection means capable of detecting a game ball that has flowed into an entry part of the ball entry section. When a period before the game ball is detected by the ball detection means which includes the timing at which the detected game ball passes through the entry part is defined as a predetermined period and it is determined that a predetermined operation used to change the performance specifications has been performed during the predetermined period, multiple types of operation modes that can be executed as part of the multiple operations are set, and the execution of the predetermined performance can be controlled on the basis of setting conditions selected using a selection mode that allows different performance specifications to be selected depending on the operation mode.SELECTED DRAWING: Figure 129

To provide a game machine capable of suitably executing a performance based on predetermined information acquired when a game ball is detected by detection means.SOLUTION: When a predetermined operation is performed while notification of first predetermined information (winning random number) obtained before a predetermined operation that can change performance specifications is performed is executed in a first mode (expectation level performance specification mode), and notification of second predetermined information obtained after the predetermined operation is performed can be executed in a second mode (premium performance specification mode), the mode of notification of the first predetermined information is maintained in the first mode during a predetermined display period (middle period of performance) after the predetermined operation is performed, and the mode of notification of at least a part of the predetermined information that is started during the execution of the variation display that is executed during the predetermined display period can be executed in the second mode that corresponds to after the predetermined operation is accepted as valid.SELECTED DRAWING: Figure 133

A method for automatically generating a research and development proposal for an in vitro diagnostic kit, performed by a server for automatically generating the research and development proposal, includes: acquiring an initial proposal including intended use information for the kit; providing the acquired initial proposal to a pre-trained language model; acquiring a specification (spec) for the kit from the language model receiving the initial proposal, wherein the acquired specification for the kit includes at least one of a technical specification to be used for the research and development of the kit, a resource specification for the research and development, a design specification for the kit, a regulatory approval specification that is needed to meet for approval, and a performance specification for the kit; and controlling to generate the research and development proposal for the kit including the acquired specification and the intended use information for the kit.

To provide a game machine capable of suitably executing a performance based on predetermined information acquired when a game ball is detected by detection means.SOLUTION: When a predetermined operation is performed while notification of first predetermined information (winning random number) obtained before a predetermined operation that can change performance specifications is performed is executed in a first mode (expectation level performance specification mode), and notification of second predetermined information obtained after the predetermined operation is performed can be executed in a second mode (premium performance specification mode), the mode of notification of the first predetermined information is maintained in the first mode during a predetermined display period (middle period of performance) after the predetermined operation is performed.SELECTED DRAWING: Figure 133

The invention relates to the technical field of copper alloys, and particularly discloses a preparation system of a copper-chromium-zirconium alloy wire for a high-speed rail, which is used for solving the problems of boiling boundary phase locking, rewetting blocking and cooling speed banding, induction of spiral hot spots, performance discretization and monitoring misjudgment in the existing production process of the copper-chromium-zirconium alloy wire. The system comprises a production processing module, a sensing module, a spraying topology module, a phase analysis module, a boundary analysis module and a production analysis module. Through uniform time base of a partition setting table, a phase coherence characteristic table and a hydrothermal boundary characteristic table and partition fineness regulation and control driven by quantitative indexes, cooling banding caused by phase locking and rewetting blocking is inhibited, spiral hot spots and parameter discreteness are reduced, a cross-partition time sequence and a set boundary are unified, set convergence and switching consistency are improved, and the method is suitable for large-scale popularization and application. Misjudgment of low-frequency pseudo fluctuation monitoring is reduced, and control vectors are optimized in combination with performance specifications of the high-speed rail overhead line system.

An embodiment analyzes an inference request to determine a set of parameters of execution and analyzes a computing environment of a Large Language Model (LLM) to extract a set of parameters of environment. A MIG in the set of MIGs in the environment includes a set of slices of a corresponding GPU (set of MIG slices). A profile is selected from a profiles database using some of the parameters of execution and some of the parameters of environment. By sending a set of instructions to a controller associated with the MIG, the controller is caused to modify an amount of a computing resource available to a MIG slice in the set of MIG slices, the amount being computed according to a performance specification corresponding to the profile. The inference request is scheduled to execute using the modified amount of computing resource at the MIG slice.

A driving apparatus for an electric vehicle operates by combining two motors, three reduction mechanisms, and a power disconnector so that each driving region of the electric vehicle can appropriately perform its role, thereby maintaining efficiency gain and effectiveness in relation to cost, even if required performance specifications increase, or maintaining its driving efficiency at a high level.

A power distribution system may include two or more solid-state power controllers (SSPCs) to regulate power between an input power source and two or more loads, where each of the two or more SSPCs is configured to be coupled to a different one of the two or more loads. The system may further include a controller to receive performance specifications for the two or more loads, receive operating conditions from at least one of the input power source or any of the two or more loads as feedback data, and direct the two or more SSPCs to disconnect or connect any of the two or more loads to the input power source based on the feedback data to achieve the performance specifications for the two or more loads.

The present invention discloses a vehicle-mounted liquefied natural gas lightweight cylinder, which relates to the technical field of LNG cylinders, and comprises an outer shell and an inner liner, wherein the outer shell is a stainless steel outer shell, the inner liner is an aluminum alloy inner liner, a vacuum interlayer is arranged between the outer shell and the inner liner, and the outer shell and the inner liner are connected and fixed by a front support and a rear support. The advantage of the present invention is that the patent of the present invention can achieve the use performance specified in the cylinder standard, and can meet the safety and strength performance. It can reduce the weight by about 40%.

Methods, systems, and apparatus, including computer programs encoded on computer-storage media, for automatic generation of building design specifications. Building design data for a plurality of buildings is obtained as building design artificial intelligence model training data. The building design artificial intelligence model training data is enhanced to include building performance specification data corresponding to obtained building design data. An artificial intelligence model is trained using the building design artificial intelligence model training data to generate building design specifications based on building performance specifications. Building performance specifications for a building project are received and provided to the artificial intelligence model that is trained to generate building design specifications based on building performance specifications. The artificial intelligence model generates building designs for the building project that satisfy the building performance specifications. The building designs for the building project are provided for evaluation and construction of the building project.

The invention relates to the field of RFID tag batch detection, in particular to an RFID tag batch detection method and system, and the method comprises the steps: obtaining the production record information and performance specification information of RFID tags of the same production batch, carrying out the analysis of a typical working scene and a limit working scene of the RFID tags according to the performance specification information, and obtaining the production record information and the performance specification information of the RFID tags; the method comprises the following steps: acquiring production record information of a production batch to obtain a detection scene list of the RFID tags, allocating detection tasks to the detection scene list through a pre-deployed batch detection algorithm model according to the production record information to obtain a batch detection scheme of the production batch, and detecting each RFID tag of the production batch according to the batch detection scheme. And the product quality information of the production batch is obtained.

The application discloses a kind of based on RFLP's warship power steam system digital configuration design method, belong to warship power steam system design technical field, including system requirement analysis, system function analysis, logic architecture generation, logic to physical architecture mapping 4 design stages.Based on the design mode of RFLP, the basic idea is to replace document with digital modeling into system scheme design, the vocabulary, parameter of system structure, function, performance, specification and requirement described in design document are all expressed with digital model.Taking model as center, then create or generate other artifacts from it, including automatically generating document, report, chart and table.This method enhances traceability and consistency, improves design efficiency.

A method of managing virtual storage systems, the method comprising creating a virtual storage system, the virtual storage system including a virtual drive layer that includes a plurality of virtual drives and virtual drive logic configured to manage processing of I / O operations in the virtual storage system; and a backend storage layer including one or more storage devices that include at least one storage device for which one or more performance specifications are defined by a cloud storage service provider; and adjusting at least one component of the virtual storage system.

The application discloses a self-adaptive heat management control system based on a knowledge graph, relates to the technical field of intelligent cooking control, and comprises a graph construction module, which creates a structured knowledge graph containing global main cooking system material thermal property nodes, typical cuisine process parameter nodes and various heating stove performance specification nodes, and the nodes are connected through attribute relationship edges; a knowledge extraction module extracts associated nodes and edges in response to a user recipe selection instruction; a temperature analysis module analyzes recommended core processing temperature, maximum safety threshold and texture change temperature range; a data acquisition module acquires real-time temperature and power sequence; and a reasoning control module constructs a Bayesian probability reasoning network based on data and analysis parameters, calculates posterior probability and outputs double-loop control decisions. Through multi-dimensional knowledge association and probabilistic reasoning, the system realizes self-adaptive precise heat management in the cooking process, improves safety and achieves consistency of material texture.

The invention provides a digital modeling method, device and system for measurement and control equipment. The method comprises the following steps: acquiring equipment information and an application scene of to-be-modeled measurement and control equipment; searching a target performance specification attribute parameter and a target modeling rule matched with the equipment information from a preset dictionary database according to the equipment information and the application scene; the dictionary database comprises performance specification attribute parameters and modeling rules of various measurement and control devices; the various measurement and control devices comprise to-be-modeled measurement and control devices; and according to the target performance specification attribute parameters and the target modeling rule, performing digital modeling on the to-be-modeled measurement and control equipment to obtain a digital model of the to-be-modeled measurement and control equipment. According to the technology, the performance specification attribute parameters and the modeling rules are matched from the preset dictionary database, so that accurate digital modeling for different application scenes is realized, and the modeling efficiency and the applicability and accuracy of the model are remarkably improved.

The invention discloses a circuit parameter adjusting method, and relates to the field of semiconductor manufacturing, and the method comprises the steps: obtaining circuit design data which comprises circuit simulation data in a netlist form and device group parameters; preprocessing the obtained circuit design data, and generating a training data set suitable for a self-supervised learning model BERT; constructing and training a self-supervised learning model BERT until the training set is converged by the self-supervised learning model BERT; and using the trained self-supervised learning model BERT to optimize and adjust the parameters of the to-be-predicted device group in the circuit design so as to realize forward prediction from the parameters of the to-be-predicted device group to the performance specification of the to-be-predicted circuit and reverse derivation of the corresponding parameters of the to-be-predicted device group based on the performance requirements of the to-be-predicted circuit. The method ensures that the model can still provide reliable circuit performance and device parameter data under the conditions of changeable processes and the like.

The present disclosure is directed to a computer that receives weather information from a weather service provider (“WSP”) server and automatic vehicle locating system (“AVL”) collected information from an AVL server, accesses a material performance specification for at least one treatment material, and determines, based on the weather information and / or AVL collected information and the material performance specification, a treatment recommendation for a selected roadway segment and / or route.

To provide an evaluation method of performance specifications of a pressure motor type mass damper in which the performance specifications of the mass damper can be accurately evaluated and easily adjusted.SOLUTION: An evaluation method of performance specifications of a pressure motor type mass damper includes: not allowing a hydraulic fluid HF to flow in a communication passage 4; setting up a test piece 1E (first test piece) of a mass damper 1, configured so that a gear motor 5 is inoperable, onto a testing device 51 via a reaction jig 59 to vibrate; calculating relief characteristics cr and rigidity kb of contraction spring elements obtained by contracting the hydraulic fluid HF of the master damper 1, spring elements other than the hydraulic fluid HF, and a reaction jig 59, on the basis of the detected input vibration force and displacement (damper force Fd and displacement x); allowing the hydraulic fluid HF to flow in the communication passage 4; setting up an original mass damper 1 (second test piece) where the gear motor 5 is operable onto the testing device 51 to vibrate; and calculating an equivalent mass md and an attenuation coefficient cd of the mass damper 1, on the basis of the detected input vibration force and displacement, and of the rigidity kb of the contraction spring element and the relief characteristics cr.SELECTED DRAWING: Figure 1

An example apparatus includes a first amplifier stage having a first stage input, a first input pair having a first input and a first output coupled to the first stage input, a second input pair having a second input and a second output, current steering circuitry having a third input, a fourth input, a third output, and a fourth output, the third output coupled to the first input and the fourth output coupled to the second input, source follower circuitry having a fifth input and a fifth output, the fifth output coupled to the first input, and a comparator having a sixth output coupled to the fifth input.

A power distribution system may include two or more solid state power controllers (SSPCs) to regulate power between an input power source and two or more loads, where each of the two or more SSPCs is configured to be coupled to a different one of the two or more loads. The system may also include a controller to receive a performance specification of the two or more loads, receive an operating condition from at least one of any of the two or more loads or the input power supply as feedback data, and directing the two or more SSPCs to disconnect or connect any of the two or more loads from or to the input power source based on the feedback data to achieve a performance specification of the two or more loads.

Sensor data (121-124) is received from a plurality of sensors (111-114), wherein the plurality of sensors (111-114) represent a common scene (80) using a plurality of measurement modes. At least one corresponding feature is determined in each of the sensor data (121-124), and corresponding performance specification data (172) is also obtained for each of the plurality of sensors (111-114). Furthermore, a correspondence analysis of interactions between features of the sensor data (121-124) is performed taking into account the corresponding performance specification data (172). Sensors are fused as a function of the correspondence analysis.

Exemplary systems and methods are directed to anomaly detection on a mobile communication network. A computing device receives data samples formatted from at least an endpoint and / or an interface on the mobile network. The computing device uses an encoder to build a data model of the mobile network data using data included in one or more data fields of each received data sample. The data model including datasets that meet at least one of a security or performance specification. A set of detectors is generated from the data model by performing a negative selection to select one or more datasets that do not match data that meets the security or performance specification, as well as genetic algorithm operations if anomalous data is available. Data is extracted from the received data samples and compared to the set of detectors to determine whether the mobile network data includes an anomaly.

An embodiment analyzes an inference request to determine a set of parameters of execution and analyzes a computing environment of a Large Language Model (LLM) to extract a set of parameters of environment. A MIG in the set of MIGs in the environment includes a set of slices of a corresponding GPU (set of MIG slices). A profile is selected from a profiles database using some of the parameters of execution and some of the parameters of environment. By sending a set of instructions to a controller associated with the MIG, the controller is caused to modify an amount of a computing resource available to a MIG slice in the set of MIG slices, the amount being computed according to a performance specification corresponding to the profile. The inference request is scheduled to execute using the modified amount of computing resource at the MIG slice.

The present invention relates to the field of gateway technology, and discloses an intelligent edge computing gateway and system with an asymmetric multi-processor architecture, including a cloud control center, a cloud control center connection layer, a variable logic matrix, an offline execution management unit, an execution port and a data source; encrypted communication between the cloud control center and the cloud control center connection layer; a two-way signal connection between the output end of the cloud control center and the input end of the cloud control center connection layer. The intelligent edge computing gateway and system with an asymmetric multi-processor architecture realizes the separation of low-level hardware control functions and high-level logic control operation functions by configuring two processor units with different performance specifications on an integrated circuit PCB board, so as to achieve the edge computing processing functions and performance indicators that previously required two independent hardware to work together on one hardware carrier.

The present disclosure is directed to a computer that receives weather information from a weather service provider (“WSP”) server and automatic vehicle locating system (“AVL”) collected information from an AVL server, accesses a material performance specification for at least one treatment material, and determines, based on the weather information and / or AVL collected information and the material performance specification, a treatment recommendation for a selected roadway segment and / or route.

An inventory database stores device data indicating an Internet Protocol (IP) address of a network device, performance specifications of the network device relating to the IP address, and an IP address of a network device enabled to perform IP communication with the network device. A software-defined networking (SDN) controller receives a communication route determination request in which a pair of IP addresses and a performance requirement relating to a communication route between the IP addresses are linked, and which is issued for a network slice. The SDN controller determines, based on the device data, the communication route in the network slice, which passes through at least one of the network devices, and which satisfies the performance requirement between the IP addresses.

Methods, systems, and apparatus, including computer programs encoded on computer-storage media, for automatic generation of building design specifications. Building design data for a plurality of buildings is obtained as building design artificial intelligence model training data. The building design artificial intelligence model training data is enhanced to include building performance specification data corresponding to obtained building design data. An artificial intelligence model is trained using the building design artificial intelligence model training data to generate building design specifications based on building performance specifications. Building performance specifications for a building project are received and provided to the artificial intelligence model that is trained to generate building design specifications based on building performance specifications. The artificial intelligence model generates building designs for the building project that satisfy the building performance specifications. The building designs for the building project are provided for evaluation and construction of the building project.

A radio frequency (RF) waveguide comprising a channel, a filter, and a support bridge. The channel can comprise an outer wall defining an inner cavity configured to propagate electromagnetic waves. The filter can be disposed in the inner cavity of the channel and can comprise a perimeter edge and an aperture. The support bridge can comprise a first interface connected to an inner surface of the outer wall at a first location, and a second interface connected to the filter at a position between the perimeter edge and the aperture of the filter to support the filter within the channel. The support bridge can remain in place as connected to the filter, and the filter and waveguide can operate without interference from the support bridge, meaning that the waveguide meets all performance specifications and functions as intended for a particular application even with the support bridge left in place.

Apparatus, systems, and techniques for implementing an application programming interface (API) to specify an amount of power to be consumed by one or more processors. For example, one or more processors include one or more circuits for implementing an API to specify an amount of power to be consumed by one or more processors as a result of operating the one or more processors at a first clock frequency.