8results about How to "Avoid resource conflicts" patented technology

The application relates to a star ceiling control method, a star ceiling control device, a star ceiling control equipment and a storage medium, and belongs to the star ceiling field, wherein the star ceiling control method comprises the following steps: in response to a control instruction, the control instruction is analyzed, and a lamp effect configuration is updated; and a lamp effect is generated according to the analyzed instruction and is executed. The star ceiling control method of the application realizes wireless and intelligent lamp effect regulation and control of the star ceiling through Bluetooth (BLE) and light voice control, has special effects such as constellations and meteors, supports flexible adaptation of 256 / 512 lamp beads, and realizes binding of special effects and custom instructions.

The application provides a remote vehicle control method and device based on a Hongmeng system, a storage medium and an electronic device, and the method comprises the following steps: receiving a first remote vehicle control request for a first vehicle through a remote vehicle control application of a target mobile terminal, wherein the target mobile terminal runs a Hongmeng operating system, the Hongmeng operating system loads the remote vehicle control application, and the remote vehicle control application is bound to multiple vehicles; identifying a domain control platform type of the first vehicle, wherein the domain control platform type is used for representing a remote vehicle control mode of the first vehicle; and performing a remote vehicle control operation on the first vehicle according to the domain control platform type and the first remote vehicle control request. Through the embodiment, the technical problem that the application development efficiency is low because each domain control platform type develops a remote vehicle control application in the prior art is solved, and the development cost and maintenance difficulty of the remote vehicle control application are reduced.

The present application relates to the technical field of Internet of Vehicles communication and wireless resource management, and particularly relates to a 5G-V2X resource allocation and power joint control method. The method obtains communication system parameters and vehicle position information, calculates first and second direct channel gains and first and second interference gains of each V2I link and V2V link, determines the interference budget of each V2I link, and, with the interference budget and a V2V link minimum signal-to-noise ratio threshold as constraint conditions, pre-judges the feasibility of candidate multiplexing pairs, constructs a feasible edge set and a weight matrix, solves a multiplexing matching relationship under the constraint of one-to-one multiplexing, adjusts the transmission power under the current matching relationship and cancels the infeasible multiplexing relationship, and alternately executes matching solving and power adjustment until convergence, and outputs the multiplexing matching relationship and the transmission power configuration. The present application can filter out multiplexing relationships that are infeasible in terms of power in the matching stage, and improves the feasibility of resource allocation and the stability of the system.

The application relates to the technical field of data communication, and particularly provides a data communication method and system based on an intelligent fusion terminal and a medium, the method comprising the following steps: a network management module uniformly manages network interfaces of the intelligent fusion terminal; a channel management module receives a channel registration request of a service module, dynamically allocates a new channel, and sends new channel information to the service module, wherein the channel registration request carries channel control parameters; the channel management module receives a channel deregistration request or a channel change request sent by the service module, checks the service module initiating the request, and executes corresponding channel deregistration or channel change operations; and an encryption management module selects an encryption mode of data forwarding according to the channel control parameters when data is forwarded, and encrypts the forwarded data. Network resources on the fusion terminal are uniformly managed and allocated, and the network resource competition problem caused after the marketing concentrator and the distribution network TTU device are fused is effectively solved.

This invention discloses a method for collaborative startup, state synchronization, and anomaly recovery of a desktop intelligent agent system, belonging to the field of desktop software operation control technology. The method includes: a launcher process creating a named mutex and detecting the existence of an already running instance; activating the already running instance and terminating the current instance if one exists; and loading a local configuration file and verifying the integrity of key fields if no running instance exists. This invention avoids resource conflicts caused by repeated startups by using single-instance mutexes and activation of already running instances; improves recoverability after upgrades, migrations, and reinstallations through configuration completion, compatible migration, and failure rollback; enhances the availability of local sidecar services through gateway orchestration and health check mechanisms; improves state consistency between the main process, rendering layer, and gateway through a unified state bus; and reduces the frequency of manual intervention and improves long-term operational stability through an anomaly-level recovery mechanism.

The application discloses a communication method, a communication device and a storage medium. The method comprises: performing uplink transmission based on configuration uplink transmission indication information; and adding a bias before a cyclic prefix of a first symbol of CG-PUSCH before first uplink transmission (S10). Therefore, resource conflicts between different users can be avoided by cyclic prefix extension, and / or DCI overhead can be saved.

This invention discloses a cross-platform automatic node scheduling method, apparatus, and device based on message queues. The method is applied to a three-layer execution architecture including a triggering layer, a scheduling layer, and a base layer. The method includes: receiving multiple task requests triggered by various types of CI / CD platforms through the triggering layer; constructing a task message queue based on the multiple task requests; sequentially retrieving target tasks to be executed from the task message queue through the scheduling layer; obtaining candidate nodes from a pre-constructed machine message queue; and if the status of a candidate node relative to all CI / CD platforms meets the scheduling conditions, then the scheduling layer brings the candidate node online and executes the target task through the candidate node. The technical solution of this invention can avoid resource conflicts during cross-platform node scheduling, effectively improve the utilization rate of hardware computing resources, achieve full automation of cross-platform node scheduling, and greatly reduce operation and maintenance costs.

The invention relates to the technical field of public safety monitoring, and discloses a remote state monitoring method and system for an LED emergency indicator, and the method comprises the steps: obtaining the historical operation data and environment parameters of the indicator, and carrying out the data cleaning, and obtaining a standardized historical performance data set; calculating an aging index and predicting a fault probability to obtain an equipment risk score; fusing the equipment risk score with the real-time environment change data, and obtaining a dynamic risk level through weighted calculation; carrying out risk level classification based on the dynamic risk level and allocating a reporting frequency interval to form a preliminary frequency allocation scheme; performing communication load simulation on the scheme, optimizing resource allocation by adjusting the frequency of the low-risk equipment, and generating an optimized frequency allocation scheme; and finally, issuing a configuration instruction, confirming an execution state and generating a final reporting mechanism. According to the method, accurate and dynamic risk assessment and resource adaptive scheduling of the state of the emergency indication board can be realized.