24 results about "Time function" patented technology

Method for manufacturing a workpiece with a predefined sequence of machine tools by a computer-controlled manufacturing machine with an optimal tool configuration, wherein the initial locations of the tools are allocated, first and second time transfer time functions are calculated for all tools, possible tool location sequences are generated, for possible tool location sequences a respective first cost factor is calculated, obtained tool location sequences are ranked in accordance with the respective first cost factor, the tools are transferred from their initial locations to the optimal locations in accordance with an optimal tool configuration, and the workpiece is manufactured with the optimal tool configuration by the manufacturing machine.

The invention discloses a path query method, which comprises the following steps: acquiring graph data of a time-varying road network, the graph data comprising a vertex set, an edge set, a time-varying transit time function set and a current time window; constructing a time-varying H2H index based on the vertex set, the edge set and the time-varying passing time function set; setting a sliding time window taking the current time window as a reference; sliding the sliding time window along the positive direction of the time axis at a preset time interval, and obtaining corresponding updated traffic prediction data; according to the updated traffic prediction data, performing incremental expansion and updating on the time-varying H2H index to obtain an updated time-varying H2H index; obtaining a query request of a user; and according to the query request, outputting the path with the shortest required passing time corresponding to the query request and the corresponding passing time by using the updated time-varying H2H index.

A high-speed rolling area time mode intelligent controlled cooling method comprises the steps that a time mode variable point is set on a human-computer interface, and an operator selects to start an intelligent controlled cooling mode; a torque signal of a pre-finishing mill unit is used as a triggering condition, set delay time is combined, and a through-water controlled cooling time starting function is set through a time function block FC20; an automatic cold control starting command interlocked with the water valve opening pulse signal is generated, and self-locking is formed; calculating the actual length of the non-cold section of the head of the rolled piece in the PLC according to the physical layout of each through water cooling water tank; according to the length and the finish rolling outlet linear speed, accurate controlled cooling starting delay time is obtained through calculation and conversion; and parameter setting and monitoring are carried out through an integrated WINCC operation picture. Full-process and self-adaptive time mode intelligent controlled cooling under the high-speed rolling environment is achieved, frequent manual operation is effectively avoided, controlled cooling uniformity and product quality are improved, and meanwhile equipment loss is reduced.

The invention discloses a hinge wear depth dynamic simulation method based on a random event, and the method comprises the steps: S1, constructing a random event time function matrix, and generating a periodic collision event occurrence moment according to the design life of an aircraft hinge and a predefined time unit; s2, determining the collision influence duration, and calculating the continuous influence duration of the collision events on the wear process based on the minimum value or the maximum value of the time difference of the adjacent collision events in the random event time function matrix; s3, two-way wear factors are set and represent the multiplication or halving effect of collision events with the consistent stress direction and the opposite stress direction on the wear depth; and S4, establishing a wear process function, and dynamically adjusting a mean value function of an IG process to reflect the nonlinear influence of a collision event according to whether the current time point belongs to the collision event occurrence moment in the random event time function matrix or not and the continuous influence time period of the collision event.

The invention provides a resource scheduling method and device, a storage medium and a computer program product, and the method comprises the steps: obtaining training data which at least comprises task list information, heterogeneous resource information of various task processing nodes, and clock information; determining a resource scheduling strategy corresponding to one or more tasks based on task list information included in the training data, heterogeneous resource information of various task processing nodes, clock information and a first model; based on a preset reward function and a resource scheduling strategy, the first model is trained, the trained first model is obtained, resource scheduling is conducted on one or more target tasks in the to-be-scheduled task list through the trained first model, and the preset reward function comprises a resource usage amount function and a task processing time function.

The application provides a kind of multi-process simulation test system construction method, the method includes: by real-time principle, model and interface separation strategy and interface function division strategy to each functional module of simulation test system is divided, according to the non-real-time function process, model simulation function process, periodic interface communication process and instruction trigger type interface communication process of division complete the construction of multi-process simulation test system, or according to the non-real-time function process, model simulation function process, bus type interface communication process and non-bus type interface communication process of division complete the construction of multi-process simulation test system.The application can solve the technical problems of higher cost and lower efficiency in the development and secondary development of the multi-thread simulation test system in the prior art.

The shallow heavy oil sampling probe selection method and system based on a dynamic mobility window selects data in the process of adjacent well sampling, fits a differential pressure-time function, and then calculates the upper limit and lower limit of the mobility window of each probe to form a probe sliding mobility window, compares each probe sliding mobility window with the best sampling mobility range of the sampling target layer one by one, and selects the optimal probe type. Meanwhile, when the sampling operation cannot meet the success standard, the measured formation pressure and pipeline pressure of the target well are fitted into a new differential pressure-time function to cover the original function, and dynamic adjustment is realized. The beneficial effects of the present application are: improving the sampling success rate, accurately matching the formation conditions and probe parameters through the dynamic mobility window. Shortening the operation time, optimizing the sampling probe type, and effectively improving the operation timeliness. Enhancing system automation, and adapting to changes in complex formations.

The application provides a kind of based on the monitoring processing method, device and equipment and medium of main bearing of heading machine, the method comprises: monitoring obtains the running data of main bearing in first preset time, and obtains first characteristic value according to the running data in first preset time, to construct the first time function corresponding to running data according to first characteristic value;Monitoring obtains the running data of main bearing at first time after constructing first time function, and obtains the first predicted value corresponding to first time according to first time function;When determining the difference between the running data of first time and first predicted value is greater than the first difference value of preset, determine that main bearing is in degradation stage, and execute the alarm processing of main bearing in degradation stage.Can timely alarm when main bearing enters degradation stage to adjust the load working condition and lubrication condition of main bearing, ensure project on time completion.

The present disclosure provides a man-machine interactive method and apparatus for a long-endurance operation based on a dynamic time pressure, belonging to the technical field of man-machine ergonomics. The method specifically includes: constructing a maximum performance-time pressure-time function curve based on a performance-time pressure function curve corresponding to a long-endurance operation; calculating a response time of a next long-endurance operation based on a historical response time of man-machine interaction after the current long-endurance operation is completed; calculating a maximum performance value corresponding to an initial time of the next long-endurance operation and a time pressure corresponding to the maximum performance value based on the maximum performance-time pressure-time function curve; and calculating an optimal reserved time corresponding to the maximum performance value based on the response time of the next long-endurance operation and the time pressure. The method and the apparatus can improve the performance level of the man-machine interaction during the long-endurance operation, and reduce human errors caused by cumulative fatigue and too short reserved time of the operation, thereby improving the flight safety.

The application discloses a train loading method and device for calculating train bridge dynamic response, and relates to the technical field of bridge dynamic analysis. The method comprises the following steps: based on an established bridge finite element analysis model, setting a train load loading node interval, and forming a dynamic loading node sequence; a virtual beam unit is established between the dynamic loading node sequence, and the length of the virtual beam unit before and after each dynamic loading node is calculated; the time when the train head reaches each dynamic loading node is calculated; the equivalent node force of the train uniform load and the concentrated force is calculated, and the equivalent node force of the dynamic loading node is obtained; the equivalent node concentrated force loading time function is obtained; the input file of the finite element software is generated according to the equivalent node concentrated force loading time function corresponding to each dynamic loading node and the train head arrival time, and is led to the finite element software, so that the train dynamic load moving loading is realized. The application reduces the node loading data, and greatly shortens the calculation time.

The invention discloses a dynamic use case random processor verification system based on real-time function simulation, and particularly relates to the technical field of processor verification, and the system comprises an instruction and random preference modeling module which is used for defining instruction description information, architecture basic information and random preference information; and the instruction generator is used for analyzing the instruction description information, the architecture basic information and the random preference information, loading and generating a guide file, and generating a target instruction sequence and asynchronous event information. According to the method, the memory state and the register state are updated according to a real-time result through dynamic simulation, the next instruction to be generated is optimized according to the current state, constraint through a prepositive sequence is not needed, an excitation side can simulate an external event according to an actual scene, and through introduction of three-party comparison, verification of event behaviors is more accurate, and the verification efficiency is improved. The purposes of accelerating processor verification convergence and improving processor delivery quality are achieved by improving use case writing efficiency, enhancing project inheritance and improving use case effectiveness.

The invention belongs to the technical field of computer system design, and particularly relates to a computer system with a non-perceptual loading and unloading function, which is characterized in that an RTOS kernel layer, a real-time user layer and a user-defined program layer are arranged, system bottom layer initialization and system memory allocation are performed through the RTOS kernel layer, and a specified user area is reserved; a real-time user layer supports a bottom layer of a user layer program, so that the user layer program supports a real-time function, including identifying and verifying inserted or connected hardware, reading a user layer program mirror image stored on the hardware, and accessing and running the identified program mirror image in the existing mirror image in a non-perceptual manner; the program is dynamically called in and removed through a user-defined program layer and a non-perceptual loading and unloading mechanism, and a unified program mirror image format is defined. A novel computer system design that user layer programs can be loaded and unloaded without perception without interruption or manual intervention in the real-time operation process of the system is achieved.

An electronic device according to various embodiments may comprise at least one processor and a memory. The memory may store a computer program including a plurality of artificial intelligence (AI) models and computer-executable instructions. The instructions may be individually or collectively executed by the at least one processor and instruct the electronic device to: obtain a response time function obtained by performing machine learning on training data including a response time according to a result of executing an AI pipeline including at least one of the plurality of AI models; identify the AI pipeline included in a queue; determine an occupancy time to be allocated to at least one AI model included in the AI pipeline, on the basis of the response time function; and cause the at least one AI model to be executed within the occupancy time. Various implementations other than the above embodiment are possible.

The invention discloses a method for monitoring leakage of a high-pressure gas pipeline, which comprises the following steps of: judging whether a pipe network system has an intermediate station or not, and acquiring a historical error value according to historical operation data of a pipe network; the size between a real-time error value corresponding to the real-time operation data of the pipe network and a corresponding historical error value is judged, when the real-time error value is larger than the historical error value and lasts for preset time, leakage possibly exists in the pipe network, and when the real-time error value is larger than two times of the historical error value and lasts for preset time, leakage exists in the pipe network; the pressure of the leakage point is determined according to a steady-state formula, a flow conservation formula and a distance relation formula between the leakage point and the inlet and outlet of the pipeline, a corresponding leakage position time function when the pressure of the leakage point converges is obtained, and the leakage position is obtained according to the leakage position time function. Whether the gas pipeline leaks or not and the leakage position can be accurately monitored.

The embodiment of the invention relates to a test method and system of a drive-by-wire chassis system, a computer program product and electronic equipment, and relates to the technical field of test.The method comprises the steps that a test request is received, and a test system needing to be tested in the drive-by-wire chassis system of a drive-by-wire engineering vehicle is determined according to the test request; determining a test request response function corresponding to the test system, responding to a confirmation event for the test request response function, and preliminarily starting a time function by the test request response function; the test request response function is used for prompting test information of a test system; after the time function is initially started, calling an execution function corresponding to the time function; and according to the execution function, executing a test instruction of a single step in the test system corresponding to the test request to obtain a test result of the test system. The test efficiency and the test consistency can be improved.

The invention discloses an electricity-carbon cooperative scheduling method, system and device based on a target representative element and a medium, and belongs to the field of electric power systems, and the method comprises the steps: obtaining prediction data and a scheduling optimization problem; inputting the prediction data into a scheduling model, projecting the scheduling model to a target space, determining a target representative element set based on the subspace information volume of the target space, and mapping a continuous time function of the scheduling model to a representative element interpolation subspace based on the target representative element set by adopting a mapping operator of the target space, according to the method, a target function and a constraint condition are reconstructed to reconstruct a scheduling optimization problem into a nonlinear programming problem, the nonlinear programming problem is calculated to obtain a scheduling scheme, a power system of the next day is scheduled according to the scheduling scheme, and a target space is a regenerative kernel Hilbert space with an expansion characteristic. The scheduling precision, the calculation efficiency and the new energy consumption capability can be improved.

The invention provides an accelerometer zero offset change compensation method and device, and the method comprises the following steps: carrying out multiple times of zero offset tests on an accelerometer in a preset time period, calculating the variable quantity of each test relative to an initial zero offset value according to the multiple times of test results, and constructing a zero offset variable quantity sequence; time is used as an independent variable, a square root function model is used for fitting the zero offset variation, and a function relation that the zero offset changes along with the time is established; the zero offset change-time function relation obtained through fitting is used as a compensation model to be embedded into the navigation system, the system automatically predicts and compensates the zero offset of the accelerometer according to the accumulated working time in the operation process, and therefore the long-term precision and stability of the navigation system are remarkably improved. The method has the advantages of being easy to implement, remarkable in compensation effect, suitable for various types of accelerometers and the like, and is particularly suitable for a long-time task scene with the high requirement for navigation precision.

The invention discloses a mining area nonlinear deformation monitoring method, mining area nonlinear deformation monitoring equipment and a medium. The method comprises the following steps: establishing a function model of the deformation quantity of the mining area along with time change based on a Boltzmann time function; the deformation quantity is an S-type nonlinear deformation quantity and comprises the maximum settling volume, the maximum settling velocity occurrence time and a settling rate coefficient; establishing a nonlinear deformation observation model associated with the unwrapping phase and the characteristic parameters; acquiring synthetic aperture radar image data of a target mining area, and registering the synthetic aperture radar image data; constructing a small baseline set interference network based on the registered synthetic aperture radar image data, and processing the small baseline set interference network to generate an unwrapped phase diagram; unwrapping phase data in the unwrapping phase diagram are substituted into the deformation model, and the S-type nonlinear deformation quantity of the target mining area is obtained through solving. According to the invention, the precision of nonlinear deformation monitoring of the mining area is improved.

The application discloses a kind of mining area nonlinear deformation monitoring method, equipment and medium.The method comprises: based on Boltzmann time function, function model of the change of mining area deformation variable with time is established;Deformation variable is S-type nonlinear deformation variable, including maximum settlement, maximum settlement velocity occurrence time and settlement rate coefficient;Establish nonlinear deformation observation model associated with characteristic parameters and unwrapping phase;Synthetic aperture radar image data of target mining area is obtained, and synthetic aperture radar image data is registered;Based on the synthetic aperture radar image data after registration, construct small baseline set interference network, process small baseline set interference network to generate unwrapping phase diagram;Unwrapping phase data in unwrapping phase diagram is substituted into deformation model, and S-type nonlinear deformation variable of target mining area is obtained by solving.The application improves the precision of mining area nonlinear deformation monitoring.

This application discloses an atomic time calculation method and apparatus based on hydrogen atomic clock drift prediction. The method includes: obtaining historical clock difference data from a database; obtaining initial clock difference values ​​between the combined clock and a reference clock and between each clock and the combined clock based on the clock difference data of each atomic clock; performing time function fitting based on the clock difference data and the drift values ​​between each clock and the combined clock to obtain a time-varying frequency drift prediction value; and subtracting the frequency drift value introduced by the hydrogen atomic clock in the combined clock based on the time-varying frequency drift prediction value to obtain an atomic timescale. This application solves the problem of long-term frequency drift in atomic timescale calculation based on hydrogen atomic clocks, thereby enabling real-time updates of atomic clock frequency drift during atomic timescale calculation, allowing for accurate subtraction of drift terms, and ultimately obtaining an atomic timescale that simultaneously possesses short-term and long-term stability.

The invention provides a unified fixed time and preset time control method and system for USV-AUV cooperative trajectory tracking, and the method comprises the following steps: S1, task trajectory generation and modeling, S2, construction of a unified fixed time and preset time function, and giving of a stability condition, S3, state acquisition and time scaling error construction, and S4, state acquisition and time scaling error construction. The method comprises the steps of S1, establishing a first Lyapunov function and designing a virtual control law, S2, establishing a second Lyapunov function and designing a control law, and S6, establishing an overall Lyapunov function and analyzing preset time stability. According to the technical scheme, the control input can be always kept in an amplitude range which can be realized by a project, and unrealizable singular behaviors of the control gain at a specific moment are avoided, so that the main obstacle that a traditional preset time strategy is difficult to deploy in an actual system is overcome; and the engineering implementability of the method in an offshore operation scene is obviously improved.

The utility model belongs to the technical field of ornaments, and particularly relates to an ornament with a timing function, which comprises a base, a connecting support is arranged on the top surface of the base, the top of the connecting support is rotatably connected with an ornament main body, the ornament main body comprises a shell, and timing devices are arranged around the peripheral side of the shell at intervals. According to the utility model, the timing devices are arranged on the peripheral side of the shell at intervals in a surrounding manner, so that a user can clearly acquire time information at any position. The design avoids the inconvenience that the traditional fixed direction timing equipment needs to adjust the visual angle to check the time, greatly improves the convenience of time acquisition, is especially suitable for multi-user shared space or complex use scenes such as conference rooms, classrooms and open office areas, and meets the requirements of people in different directions for checking the time.

The invention discloses a zero-sequence inverse time limit dynamic setting method and system based on time domain fault positioning. The method comprises the following steps: acquiring voltage and current at a protection installation position; constructing a fault distance measurement equation according to the collected time domain information, and solving to obtain fault distance measurement; obtaining a zero-sequence inverse time limit time adjustment coefficient according to fault distance measurement; standard action time is calculated by using the zero-sequence inverse time limit over-current protection action time function, and the standard action time is corrected by using the time adjustment coefficient to obtain corrected zero-sequence inverse time limit over-current protection action time; and determining a final time constant value of the zero-sequence inverse time limit overcurrent protection action according to the corrected zero-sequence inverse time limit overcurrent protection action time, the zero-sequence inverse time limit matching time and the zero-sequence inverse time limit minimum action time. On the premise of maintaining protection selectivity, the high-resistance fault response speed is remarkably increased, and the zero-sequence inverse time limit overcurrent protection performance is improved.

This invention relates to the field of optical radar technology, specifically providing an OPA control method based on phase switching time sorting. The method primarily involves reordering the scanning phases of the OPA within the measurement range, establishing a phase switching time function, arranging the corresponding groups of scanning phases and driving voltage values ​​to generate all possible arrangements, and then calculating to find the scanning phase arrangement that minimizes the phase switching time. This invention utilizes a sorting method to find the arrangement that minimizes the cumulative phase switching time among all achievable scanning angle arrangements. This minimizes the cumulative phase switching time of the overall OPA during scanning for different deflection phases, thus optimizing the upper limit of the system's operating speed.