872 results about "Dynamic switching" patented technology

The invention relates to the field of electronic communication, and provides a multi-protocol dynamic switching method and system based on an FPGA. The method comprises the following steps: carrying out regional division on an FPGA chip through a layout planning tool to obtain a static logic region and a plurality of reconfigurable logic partitions; performing hanging processing on the current protocol module based on the protocol switching trigger signal, and writing running state data of the current protocol module into a state cache unit to obtain protocol context snapshot data; according to the target protocol type, bit stream loading is carried out on the corresponding reconfigurable logic partition through configuration of an access port, and a reconfiguration protocol module is obtained; and reading protocol context snapshot data, and performing state recovery on the reconstruction protocol module to obtain a target protocol data path. According to the invention, rapid protocol switching is realized, the utilization rate of hardware resources is improved, and the system deployment cost is reduced.

The invention discloses a cargo scheduling and distribution management system suitable for a stocker three-dimensional warehouse, and relates to the technical field of logistics warehousing, and the system comprises an intelligent scheduling module which employs a multi-algorithm fusion and dynamic switching mechanism, plans the path of a stocker according to an order and the condition in the warehouse, and distributes tasks; the accurate inventory management module is used for guaranteeing the accuracy of inventory data by applying a multi-sensor fusion and intelligent identification technology and combining environment self-adaption and intelligent auditing; the system integration module is used for realizing multi-system integration through a standardized interface and middleware and has a cluster deployment, fault processing and interface management mechanism; an equipment fault handling module; the energy management module is used for optimizing energy utilization based on an energy-efficiency balance model in combination with hybrid energy and an intelligent switching technology; according to the invention, through close cooperation of a plurality of modules and comprehensive application of innovative technical means, efficient, intelligent and reliable operation of the stacker three-dimensional warehouse cargo scheduling and distribution management system is realized.

The technology discloses governing AI inputs and integrating multiple generative AI models through an egress web gateway. The technology involves a client application, a generative AI API, and an egress web gateway to facilitate secure and controlled communication by inspecting and revising communications between the client application and the generative AI API. The inspection is done by comparing the communication against predetermined criteria, which ensures secure and controlled egress from the client application to the generative AI API. In addition, the technology supports multiple generative AI providers, allowing dynamic switching through a unified egress point. Additionally, the technology offers integration of various generative AI models with one user input.

The invention discloses a multi-mode communication module oriented to deep integration of a low-altitude aircraft and a ground network and a networking and dynamic switching method thereof, relates to the technical field of low-altitude aircraft communication, and discloses a networking and dynamic switching method of the multi-mode communication module oriented to deep integration of the low-altitude aircraft and the ground network and the multi-mode communication module. Through dynamic threshold calculation, a pre-switching prediction model and an FPGA hard trigger mechanism, intelligent communication resource allocation based on the real-time state and environment change of the aircraft is realized, and dual-mode switching is quickly triggered when the link quality is reduced or a blind area is predicted to be entered. The problems that a traditional communication mode is poor in stability and low in switching efficiency in a complex low-altitude environment are effectively solved, the communication reliability can be improved, and the data transmission continuity can be guaranteed.

The invention relates to the technical field of integrated circuits and computer networks, and particularly discloses a transmission control and intelligent scheduling system for an integrated chip, and the system sets a dual-mode decision and dynamic switching mechanism for each routing node. Calculating dynamic characteristic parameters including an instantaneous value, a first-order trend and a second-order acceleration; when the parameter is matched with a pre-stored abnormal feature set and the load exceeds a threshold value, the node is immediately atomized and switched to a predefined security scheduling strategy loaded from a shared storage area, and otherwise, the node generates a scheduling decision according to self-adaptive decision logic continuously optimized based on historical performance feedback; all the nodes carry out data packet forwarding control according to the current execution strategy; and the system also periodically realizes federated global knowledge evolution according to the quality evaluation result of the self-adaptive decision of each node.

An extended antenna port table includes both legacy Demodulation Reference Symbols, DMRS, and extended DMRS (e.g., Rel-18 DMRS). A UE obtains an indication of the extended antenna port table, either from configured information in memory or from the network, such as via RRC signaling. The indication may be of a subset of the extended antenna port table. The network sends the UE an index into the extended antenna port table, from which the UE determines one or more DMRS ports to use (one per layer). The extended DMRS ports in the extended antenna port table that are the same as corresponding legacy DMRS ports reuse the legacy DMRS port numbers; and extended DMRS ports that are different than legacy DMRS ports use DMRS port numbers not used by legacy DMRS ports. In one embodiment, the network switches the UE between using legacy and extended antenna port tables via a MAC-CE.

The disclosure relates to a 5G or 6G communication system for supporting a higher data transmission rate. The present disclosure relates to wireless communication and, more specifically, to a method of sounding reference signal transmission. The technical result consists in reducing the processing complexity for SRS generation and transmission at the base station, increasing the interference immunity of SRS transmission, and enabling dynamic switching between different SRS sequence configurations. A method of sounding reference signal (SRS) transmission from the user equipment (UE) to the base station (BS) comprises: configuring, at the base station, transmission comb-specific SRS sequences; indicating SRS transmission from the user equipment in accordance with said configuration; generating, in the user equipment, an SRS using at least one said transmission comb-specific SRS sequence, and transmitting the SRS from the user equipment to the base station.

The invention discloses a resource adjustment method and system based on power grid frequency deviation, and relates to the technical field of AGC control, and the method comprises the following steps: obtaining environment state data, and constructing an environment state vector; initializing a control agent according to a preset control mode, taking the environment state vector as input, training the control agent through a reinforcement learning reward function, and outputting a strategy action; dynamically switching the strategy action into a control strategy of the AGC controller based on a soft switching and strategy interpolation mechanism; a model prediction control method is adopted, and the power set value of the AGC control unit is optimized in a rolling mode; according to the method, the trained control agent is integrated into the AGC controller through reinforcement learning, so that the AGC controller can dynamically switch the control strategy of the AGC controller, self-adaptive selection of control actions is realized, and the power grid frequency is controlled to be stable by correcting the set value of the unit in the AGC controller and improving the control precision.

Methods and apparatuses for dynamic switching between single-TRP and multi-TRP based PUSCH schemes are disclosed. In one embodiment, a UE comprises a transceiver; and a processor coupled to the transceiver, wherein the processor is configured to receive, via the transceiver, a higher layer parameter to indicate the multi-panel / TRP PUSCH scheme, a configuration of one or two SRS resource sets for CB or nCB in a BWP of a cell, and a DCI scheduling a PUSCH transmission, wherein, the one or two SRS resource sets are associated with a first UL TCI state and a second UL TCI state; and determine UL TCI state(s) applied to the scheduled PUSCH transmission according to the higher layer parameter and fields contained in the DCI, depending on the configuration of one or two SRS resource sets for CB or nCB.

A network node configured to communicate with a wireless device (WD) is described. An indication indicating to the WD to perform one of a single-TRP operation and a multi-TRP operation for one or more physical channels is determined. The determined indication includes at least one of a first dedicated bit field in a downlink related downlink control information (DCI) scheduling a downlink physical channel; a second dedicated bit field in an uplink related DCI scheduling an uplink physical channel; a first transmission configuration indicator (TCI) bit field in the downlink related DCI, at least one codepoint of the first TCI bit field indicating a single third unified TCI state; a second TCI bit field in the uplink related DCI, at least one other codepoint of the second TCI bit field indicating a single fourth unified TCI state. The determined indication is transmitted to the WD.

The invention discloses a cross-platform self-adaptive internationalization language dynamic switching method based on a database. According to the method, a multi-language resource database table structure is constructed, multi-language resources are stored in a unified mode, and data association and a unique identifier are established; providing a unified universal language request interface, receiving a request query database to obtain resources, writing the resources into a cache layer, and generating a version identifier; establishing a multi-terminal adaptation mechanism, realizing incremental updating of the front-end application according to the cache version identifier, and adapting to different platform and equipment requests; seamless updating of the interface is achieved by means of an event mechanism, and reloading of the application is avoided; an expansion management platform is established, and addition, deletion, modification and check, batch import and automatic translation interface integration of language resources are supported. According to the invention, the problems of dispersed language resource management, inconvenient switching, poor cross-platform compatibility and the like in the prior art are solved, the management process can be simplified, the cost can be reduced, the system performance and expandability can be improved, and smooth and convenient multi-language use experience can be brought to users.

The embodiment of the invention provides a localized large-scale language model service method and related equipment. The localized large-scale language model service method comprises the following steps: acquiring a request load index of an inference service in real time; according to the request load index, a five-dimensional parallelism strategy is determined in a calculation iteration period, and the five-dimensional parallelism strategy comprises parallelism degrees of five dimensions including data parallelism degree, tensor parallelism degree, pipeline parallelism degree, sequence parallelism degree and expert parallelism degree; and reconstructing the parallel execution mode of the current service into the five-dimensional parallel strategy without interruption, and executing the five-dimensional parallel strategy. According to the technical scheme provided by the embodiment of the invention, the system can be dynamically switched among a plurality of parallel dimensions under the condition of load fluctuation, and the overall calculation cost is minimized on the premise of ensuring the service quality.

The invention relates to the technical field of equipment control, in particular to a self-adaptive switching method and system of a current transformer. The method comprises the following steps: collecting primary side parameters and secondary side parameters of a current transformer to obtain primary side collection parameters of the current transformer and secondary side collection parameters of the current transformer; performing current transformer state segmentation initialization according to the current transformer primary side acquisition parameters and the current transformer secondary side acquisition parameters so as to generate a current transformer operation state classification result; switching result judgment is conducted on the current transformers according to the current transformer operation state classification result, and when the current transformer operation state classification result is a current transformer critical state section, parallel buffering is conducted on the current transformers, and critical current transformer switching data are generated. According to the invention, through accurate state classification, a dynamic switching mechanism, time sequence optimization and visual display, the switching sensitivity and stability of the current transformer are improved.

The invention discloses a multi-language dynamic switching system and method of embedded equipment, and relates to the technical field of human-machine interfaces and embedded systems.The method comprises the steps that source codes in an HMI program are traversed through a character extraction module to extract all character strings; eliminating repeated items, numbering the character strings, and outputting a database file and a replacement array; substituting the serial number into the source code file again by using the substitution array to replace the character string at the corresponding position; outputting the translated database file as a C language source code, compiling the C language source code into a dictionary generation module project, generating an executable file, and outputting the dictionary file to an HMI running directory after the device is started; after the HMI program is started, the dictionary is read into different dictionary arrays according to blocks, and character strings at corresponding positions in the dictionary arrays are extracted after a page sends a request. The method has the advantages of being lower in maintenance difficulty, more efficient in resource utilization, shorter in indexing time, better in system robustness and the like.

The invention relates to the technical field of communication, in particular to a USB-A interface and serial port dynamic switching and protection system based on an analog switch. Comprising a main control unit, the main control unit is used for planning dynamic switching and conflict coordination of a USB-A interface and a serial port as a whole, generating a conflict-free channel switching control instruction by integrating a dynamic priority scheduling algorithm and combining a USB data transmission real-time load, a serial port communication request emergency degree and a device historical interaction record fed back by a state detection unit, and sending the conflict-free channel switching control instruction to the state detection unit; the analog switch unit is driven to complete channel gating; an analog switch unit; a grading protection unit; a protocol adaptation unit; and a state detection unit. Priority scheduling is carried out by means of the main control unit in combination with multi-dimensional parameters such as the transmission load of the USB-A interface and the communication emergency degree of the serial port UART, communication channels of the USB-A interface and the serial port can be flexibly switched, the flexibility and adaptability of interface switching are enhanced, and the problem of switching limitation caused by a single triggering condition is solved.

The invention discloses a seamless switching method and system for a high-speed terminal of a ground-non-ground convergence network based on trajectory prediction and resource pre-reservation, and belongs to the technical field of space-ground convergence communication. The core of the method is that a switching area is accurately judged through bidirectional motion prediction of a terminal and an NTN node; a dynamic switching window is calculated in a self-adaptive mode by combining factors such as terminal speed and network time delay; intelligently selecting an optimal target link by using an AI enabled link scoring model; and cooperative pre-reservation and uplink and downlink synchronization of resources are completed before the window. The method has the advantages that the problem of failure of traditional RSRP judgment in an NTN dynamic environment is solved, the switching success rate and prediction accuracy in a high-speed moving scene are remarkably improved, the service interruption time and signaling overhead are greatly reduced, the continuity and reliability of communication are effectively guaranteed, and the method is suitable for large-scale popularization and application. The method is suitable for high-dynamic service scenes such as intelligent network connection vehicles and unmanned aerial vehicles in a 6G network.

The invention relates to the technical field of host asset management, and discloses a method for automatically checking host system assets, which comprises the following steps of: multi-protocol adaptation and dynamic selection: realizing dynamic protocol selection and adaptation by utilizing a protocol selection engine according to the type of a host, environment attributes and network characteristics; data acquisition and integration: performing real-time acquisition on multi-source data through an asynchronous concurrent acquisition task, and completing data cleaning, duplicate removal and standardization; and distributed storage and correlation analysis: storing the collected host asset data in a distributed database, and establishing a dependency relationship model between assets by using the database. According to the technical scheme, a multi-protocol adaptation and dynamic selection technical scheme based on a host attribute priority rule is adopted, a protocol selection engine is combined with a dynamic switching mechanism, efficient collection of multiple types of host assets is achieved in a heterogeneous environment, and the technical effect of selecting an optimal protocol for systems of different host types is achieved.

Apparatuses, systems, and methods for uplink beam indication with unified TCI framework, including systems, methods, and mechanisms for supporting dynamic switching between single-TRP and multi-TRP transmission for PUCCH, dynamic switching between single-DCI and multi-DCI operation for PUSCH, and to provide a beam indication for SRS for non-codebook transmission with regard to an indicated unified TCI and associated CS-RS as well as selection of a beam to transmit SRS.

The invention discloses an intelligent optimization scheduling method for household energy use, and relates to the technical field of household energy intelligent optimization, and the method comprises the following steps: building a communication network through an Internet of Things device, collecting the operation state information of household appliances, an energy storage device and an energy supply device, and when the device communication abnormality is detected, sending the operation state information to a server; and recording the state data of the fault equipment and sending detailed fault reminding information to the user terminal. According to the invention, through the multi-protocol standby communication path and the dynamic switching mechanism, the household energy management system rapidly switches the path when the communication fault occurs, the communication stability is ensured, and the system robustness and the resource efficiency are improved. And in combination with priority scheduling and an intelligent algorithm, the system preferentially guarantees operation of key equipment, optimizes energy distribution, reduces the cost in the peak period, improves the utilization efficiency and reduces waste. According to the scheme, core function continuity is ensured, user experience is improved, and remarkable economic and environment-friendly benefits are brought.

The invention discloses a satellite Internet of Things distributed node parallel transmission acceleration method, which relates to the technical field of satellite Internet of Things, and comprises the following steps: dynamically fragmenting, splitting into N fragments according to a network load rate and a node state, adding a serial number, a check code and redundant information, and marking a head as {INJ}; the intelligent routing is used for distributing fragments to distributed nodes through a scoring function based on satellite ephemeris, node loads and link quality; dynamic path switching: monitoring link and node states, and switching to a better path when the performance does not reach the standard; fault-tolerant recombination is carried out, recombination is carried out according to sequence numbers, if missing fragments are few, erasure codes are used for recovery, and if missing fragments are more, local retransmission is carried out. Through parallel transmission, dynamic switching and fault-tolerant recombination, the transmission rate, throughput and robustness are improved, node loads are balanced, and the performance of the satellite Internet of Things is optimized.

The invention provides a supply chain front-end architecture method for multi-industry dynamic switching and routing adaptation, which relates to the technical field of front-end architecture and comprises the following steps: establishing a hierarchical model by scanning a component dependency relationship, setting a progressive switching strategy, constructing a routing adaptation layer to realize multi-dimensional decision, monitoring a state and executing difference synchronization. And replacing the components according to a preset sequence and setting rollback points. According to the invention, smooth switching of components in different industries is realized, the coupling degree between the components is reduced, the adaptability and reliability of the front-end architecture are improved, and the system is enabled to maintain stable operation in a multi-industry scene.

The present disclosure relates to a 5G or 6G communication system for supporting higher data transfer rates. Specifically, the present discourse provides a method of receiving, by a terminal, transmission configuration indicator (TCI) state information in a wireless communication system, the method comprising the steps of: receiving information on a TCI state from a base station; obtaining a parameter relating to at least one of an uplink transmission beam and a downlink reception beam on the basis of the received information on the TCI state; and transmitting or receiving data to or from the base station on the basis of the determined parameter.

The invention provides a multi-LoRA large language model deployment system based on a cloud computing platform. A cloud computing AI platform layer trains a LoRA adapter matched with a basic large language model for a reasoning process; the multi-LoRA dynamic loading layer dynamically switches LoRA adapters needing to be mounted according to the request parameters, GPU optimization configuration is carried out according to service priorities in the request parameters, a basic large language model is loaded, and a plurality of LoRA adapters stacked in a sparse matrix form are mounted; and the resource scheduling optimization layer responds to the resource scheduling application, and outputs the request parameters subjected to priority management and hardware sensing optimization to the LoRA dynamic loading layer based on the container arrangement platform. According to the method, LoRA and container arrangement are deeply fused, and an automatic assembly line of training and reasoning is achieved. A video memory sharing mechanism enables a plurality of service scenes to share the same basic large language model, a LoRA adapter is loaded as required, and video memory occupation is greatly reduced. Full-life-cycle management from data preparation to model service is supported, and the large model deployment cost is remarkably reduced.

The invention provides an FDP mode dynamic switching method and device of an SSD, computer equipment and a storage medium, and the method comprises the following steps: presetting a dynamic configuration table containing multi-mode parameters, and defining a physical block management rule by the dynamic configuration table; performing physical block resource initialization according to the dynamic configuration table, and generating an initial physical block index and a management structure matched with the current mode; in response to a mode switching instruction, based on a target mode parameter in the dynamic configuration table, cleaning user data and reconstructing a physical block index; updating a target mode identifier according to the reconstructed physical block index, and generating an encryption check code to verify a switching result; and based on a switching result, multiplexing the reconstructed physical block index to realize multi-mode cyclic switching. The technical problems that an existing FDP mode switching method of the SSD is complex in process, poor in fault tolerance and waste in resources are solved.

The invention discloses an ARMv8-based virtual machine interrupt through routing method, which comprises the following steps that: a Hypervisor directly routes a physical interrupt to an EL1 through configuration, sets a top page table address of a vCPU (Virtual Central Processing Unit) and a Hypervisor control register at the same time, and sets a vcpudid flag bit for indicating whether the vCPU adopts a virtual interrupt injection mechanism or a physical interrupt through routing mechanism; and judging whether an interrupt through routing condition is met or not so as to determine whether an interrupt through routing mechanism or a virtual interrupt injection mechanism is adopted, periodically judging whether a switching condition is met or not when the interrupt through routing mechanism is adopted, and switching from the interrupt through routing mechanism to the virtual interrupt injection mechanism if the switching condition is met. The method is compatible with two interrupt controller specifications of GICv2 and GICv3, supports the virtual machine and the hypervisor to respectively and independently respond to respective corresponding interrupt requests, and meanwhile, the method has the capability of dynamically switching an interrupt routing mechanism during the system operation period, so that the flexibility of interrupt processing and the expandability of the system are improved.

The invention provides a satellite-ground heterogeneous network dynamic switching method and system and electronic equipment, and relates to the technical field of wireless communication, and the method comprises the steps: carrying out the collection of core state parameters from a network side, a user side and a service side, and obtaining the state parameters, related to network switching, of the network side, the user side and the service side; performing dynamic association processing on the state parameters respectively corresponding to the network side, the user side and the service side to generate a unified state vector; performing dynamic decision optimization according to the unified state vector through a reinforcement learning model to obtain a satellite-ground switching decision weight; according to the satellite-to-ground switching decision weight, generating a satellite-to-ground network comprehensive score difference, and according to the satellite-to-ground network comprehensive score difference, determining a network switching target and a decision confidence coefficient of the network switching target; and determining an execution parameter of the network switching target according to the decision confidence through a Bayesian execution engine, and performing network switching according to the execution parameter. According to the invention, the switching effect of the satellite-ground heterogeneous network is improved.

The invention provides a multi-serial-port intelligent switching method and system and a storage medium, and relates to the technical field of servers. The method comprises the following steps: initializing serial port configuration of the embedded equipment, and connecting default output of the embedded equipment to a public serial port; receiving a serial port data stream input by a user terminal through the public serial port; monitoring whether the data stream contains predefined special switching characters or not in real time through character detection logic; when the special switching character is monitored, analyzing the special switching character to determine a channel number of a target CPU serial port based on a predefined rule; dynamically switching the output of the public serial port to a logic channel corresponding to the target CPU serial port through serial port switching logic according to the channel number; and outputting the identification information of the currently connected CPU serial port to the user terminal to complete the switching operation. According to the method, the operation process is simplified, rapid switching among different serial ports is realized, and the operation efficiency and the user experience are improved.

The invention provides a multi-node dynamic switching method and a multi-node dynamic switching system for a MongoDB (MongoDB). The method comprises the following steps: acquiring configuration information of a plurality of MongoDB nodes, and establishing a data access layer based on the configuration information; through a data access layer, acquiring index data marks of the MongoDB nodes about a plurality of operation indexes according to a hierarchical frequency acquisition task configured by each MongoDB node; in combination with a node weight preset value of the MongoDB node, converting the node performance index into a weight value of the MongoDB node; based on a connection pool management mechanism and the node available state data, a request distribution strategy is determined according to the weight value, and the request distribution strategy is used for indicating the distribution proportion of the MongoDB requests distributed to the MongoDB nodes; and performing state detection on the MongoDB node through a data access layer, marking the detected MongoDB node as an unavailable state when detecting that the MongoDB node meets an abnormal state condition, and updating available state data of the node. The problems that in the prior art, manual intervention is needed, the real-time load condition of the node cannot be sensed, and the code coupling degree is high are solved.

The invention discloses a dynamic switching method and system for game display pictures based on user feedback, and relates to the technical field of game display pictures. A plurality of sub-switching items are formed according to division of switching information; and the dynamic switching mechanism is determined according to the plurality of sub-switching items, the game content displayed by the game display interface and the virtual scene of the game, so that the accuracy of the dynamic switching mechanism is ensured. At the moment, under the dynamic switching mechanism, a final virtual scene is determined based on a plurality of virtual scenes of the game, preference characteristics of the user for the game and gesture signals of the user; according to the final virtual scene, the game content displayed by the game display interface and the virtual form of the user, the switched game display interface is determined so that the switched game display interface can be output, and dynamic switching of the game display interface under the feedback information of the user is achieved.

The invention belongs to the field of metallurgy and coal, and relates to an automatic control model for feeding and discharging of a coal bunker. The coal bunker feeding and discharging automatic control model is designed according to the blast furnace coal injection procedure of an iron making plant of an iron and steel enterprise, and automation and intelligentization of the whole coal bunker feeding and discharging process are achieved. A sensor, an automatic control system and a data analysis technology are integrated in the model, the material level of the coal bunker is monitored in real time through a material level indicator, and feeding and discharging strategies are automatically adjusted in combination with multi-level priority control logic. The system is provided with a dynamic switching mechanism, feeding targets can be automatically switched according to the material level of the coal bunker, the coal grinding speed is accurately controlled, and material breakage and material overflowing are prevented. In addition, the model has a safety interlocking protection function, and production safety is ensured. Through application of the model, the labor intensity of workers is remarkably reduced, the production efficiency and stability are improved, resource waste and equipment abrasion are reduced, the requirements of the modern industry for automatic and intelligent production are met, and sustainable development of enterprises is assisted.