48 results about "Global simulation" patented technology

The embodiment of the invention relates to the technical field of data processing, and particularly relates to a traffic simulation method and device. The method comprises the following steps: according to the traffic simulation test requirement, obtaining global road section data of a test road section corresponding to the test requirement, the global road section data at least comprising a global image of the test road section, the global image being an image obtained by shooting a traffic real scene of the test road section, and the shooting range of the global image at least comprising allareas of the test road section; determining traffic elements in the global road section data according to the global road section data of the test road section; determining a global traffic simulation scene corresponding to the test requirement according to traffic elements in the global road section data; and performing traffic simulation according to the determined global traffic simulation scene. Traffic elements in the traffic scene can be accurately determined through the simulation data including the global image, the global simulation traffic scene can better restore the traffic sceneof the test road section, and a better simulation result and a better simulation effect are obtained.

The embodiment of the invention discloses a robot positioning deployment method, device and equipment and a storage medium. The method comprises the following steps: constructing a global simulation map corresponding to an actual environment, and dividing the global simulation map into a plurality of grid regions, wherein the actual environment is the environment where the robot actually executesthe task; obtaining the easy-to-lose probability of the robot in each grid region; determining an easy-to-lose level of each grid region according to the easy-to-lose probability; and deploying a positioning strategy of the robot in each grid area according to the easy-to-lose level. According to the invention, a positioning strategy of the robot is deployed in each grid area according to the easy-to-lose level of the grid area in the global simulation map, so the robot can be positioned and deployed in advance when executing the task, thereby improving the positioning and deploying accuracy of the robot; workers do not need to judge the task executing condition on the site of the robot executing the task, thereby reducing the robot deploying cost input.

Simulation of models within a distributed environment is facilitated. A model is partitioned based on clock domains, and communication between partitions on different processors is performed on synchronous clock boundaries. Further, data is exchanged across the network on latch boundaries. Thus, management aspects of the simulation, such as management associated with the global simulation time, are simplified.

The invention discloses a digital factory analogue simulation system. The analogue simulation system comprises a database, a data model, an operation module, a demonstration module, a warning module, warning equipment, an analysis module, a viewing module, a printing module and a modification module, the database is used for storing technological process data, product proportion data, operation time data of all procedures, operation temperature and pressure requirement data of all procedures and image and sound data related to product production in the product production process. The system has the advantages that various data in the process can be automatically analyzed and optimized in the simulation operation process of the digital model, and the optimized data is used for replacing corresponding initial data in a database, so that the degree of dependence on professionals is reduced, data and equipment abnormal conditions occurring in the simulation process can be transmitted to surrounding operators in time, so that the operators can conveniently and quickly obtain required data information without waiting for the end of the whole simulation process, and the working efficiency can be improved.

The invention relates to a flow field optimization method for a two-stage serial tower type wet flue gas desulfurization device. A calculation mode of first unidirectional flow and then multiphase flow is adopted; single-phase flow simulation adopts a system overall simulation mode, and multiphase flow simulation adopts a local segmentation mode; single-module two-phase flow CFD simulation calculation optimization is carried out on trays in a prewashing tower and an absorption tower, the aperture ratio and the aperture size of the trays of the prewashing tower are determined, and the height and resistance information of liquid holding layers in the trays is obtained; and two-phase flow overall simulation calculation optimization is carried out on the flow in the prewashing tower and the absorption tower to obtain a final optimization scheme including flow guide plate arrangement, spraying layer optimization arrangement and tray optimization design in a flue. The method is suitable for optimization calculation of the flow field of the wet desulfurization tower, and is particularly suitable for optimization calculation of the flow field of a two-stage desulfurization tower provided with the trays and a serial tower, the flow characteristic in the desulfurization tower can be accurately obtained, meanwhile, the calculation amount of flow field optimization is greatly reduced, and the calculation time of flow field optimization of the whole desulfurization system is shortened.

The invention discloses a human-simulated embedded water-injectable intramuscular injection module. The module can be embedded into the abdomen of an existing overall simulation human for teaching, and complete intramuscular injection process practice of the overall simulation human is achieved, including position placement of a simulation patient, injection position positioning, liquid injection, resetting after injection and the like. Compared with an existing simulated human injection module, the improved injection module is closer to the muscular tissue structure of a real person, a large amount of liquid can be injected, multiple times of muscular injection practice can be continuously provided for multiple persons, and the improved simulated human injection module is suitable for being used in medical nursing colleges, teaching training and the like.

The invention belongs to the matching technical field of tunnel construction rescue and discloses a platform and method for testing the protective capability of a tunnel construction rescue capsule body. The testing platform comprises a bearing stand, a traction device, multiple vertical loading executing mechanisms, and multiple horizontal loading execution mechanisms. The traction device comprises a traction trestle, two winches, a steel wire, and a traction vehicle. The bearing stand is provided with a stopping block. Each vertical loading executing mechanism comprises a vertical hydraulic cylinder and a vertical pressure block. The hydraulic rod of the vertical hydraulic cylinder is disposed vertically. The multiple horizontal loading execution mechanisms are arranged in a left row and a right row. The testing method comprises performing a test for simulating uniformly distributed dead load, a test for simulating impulse load, and a test for simulating local and single-side bias load on the rescue capsule body and the whole rescue capsule. The bearing stand, as the main force-bearing member of the platform, bears the reactive force of loaded static force in a test and may well disperse the reactive force of the loaded static force in the test.

The invention provides a wind turbine generator unit simulation control system and method. The system comprises a plurality of signal processing modules. Each signal processing module inputs a signalto a master control system of a device related to the signal processing module in a wind turbine generator unit correspondingly. Each signal processing module comprises an enabled control unit, a signal simulation unit and a physical signal analysis unit. When receiving any one of the global simulation signal, the subsystem simulation signal or the single signal simulation signal, the enabled control units output a first starting signal to the corresponding signal simulation units, and the signal simulation units start. On the contrary, the enabled control units output a second starting signalto the corresponding physical signal analysis units, and the physical signal analysis units input the signal to the master control systems of the related devices to conduct physical analysis. The wind turbine generator unit simulation control system simulates output signals of the devices in the wind turbine generator unit, reduces the requirements for the simulation environment and improves thesimulation efficiency.

The invention relates to a computer-assisted method (1) and a device (C1) for generating a digital representation (17) of a technical structure, in particular an electric motor, and to a corresponding computer program product (1, C2). In the method (1), a domain-specific model based on digital geometric data of the components (2, 18, 19, 20, 21, 22) is provided. Thereby, a model reduction is carried out, in which a domain-specific model is converted into modal coordinates, in which a spectral representation of the component (2, 18, 19, 20, 21, 22) is determined by means of a corresponding modal analysis. Based on this, the corresponding state space representation is generated as a reduced-order spectral model. In order to integrally simulate the technical structure, the spectral models are coupled to each other to form a digital representation (17) for simulation, which describes the performance of the technical structure across domains.

The present invention provides a gate-level circuit simulation method, system, storage medium and device. The method includes: reading a translated directed graph file; inputting an ID of an initial node and assigning a value to the initial node, according to the initial The ID of the node is queried in the directed graph file to find the initial node and assign the value to the input port of the initial node to simulate the input excitation signal to the initial node; take the initial node as the simulation starting point in sequence Perform simulation solution and recursive propagation on each node of the directed graph. If the simulation solution result of any node of the directed graph changes and the node is a multi-input node, the node is transferred to the global simulation queue to wait in sequence. The simulation solution is performed and the simulation solution result is transmitted to the next node after the simulation solution is obtained until the final simulation result is obtained.

The invention discloses a global flow level network simulation method, system and device, and the method comprises the steps: constructing a global simulation network topology architecture to form a simulation environment, generating a simulation task through a task generator, dividing the simulation task into a plurality of stages, and storing each stage of the simulation task into a global variable for global call; the method comprises the following steps: continuously updating time information transmitted by flow objects in a global simulation network topology architecture through a global refreshing strategy, determining a flow event of which the time is shortest for each global flow object, and after the current flow object completes the flow event, calculating flow event completion time expected values of other flow objects through refreshing; global stage information is obtained through a global control strategy, whether all flow objects in a certain stage complete flow events or not is detected, so that the end of the stage of the simulation task is predicted, and a test result of the simulation task is obtained. According to the network simulation scheme provided by the invention, the resource consumption is reduced, the calculation time is shortened, and meanwhile, the simulation correctness is ensured.