5 results about "Priority Number" patented technology

The invention discloses an automatic configuration starting method for a 5G core network slicing service, relates to the technical field of service configuration, and is used for solving the problem that the configuration success rate and the execution efficiency are reduced when the network load fluctuates or the network element performance is different. Extracting configuration object type and action range information, constructing a directed edge based on a dependency relationship, generating a configuration dependency directed graph, performing loop detection, collecting historical configuration time consumption and execution failure times of an execution network element, and evaluating an execution capability coefficient by integrating the historical configuration time consumption and the execution failure times. The method comprises the following steps: detecting current link data, analyzing a load state, correcting an execution capability coefficient in real time, sorting same-layer nodes of a configuration dependence directed graph according to the corrected execution capability coefficient, generating a time sequence priority number, executing a configuration instruction, and recalculating the execution capability coefficient in an execution process, whether secondary sorting is carried out is dynamically judged, and the configuration success rate is increased.

The invention relates to the technical field of smart home, and provides a method and a device for determining main and central network equipment, and electronic equipment. The method for determining the main and central network equipment comprises the following steps: receiving a priority number distributed by a cloud server; wherein the cloud server distributes a priority number for the central network equipment after receiving an access request of the central network equipment for the equipment interconnection local area network, and the equipment interconnection local area network adopts a main and standby central network architecture; according to the priority number, determining that the own priority is the highest in the device interconnection local area network by searching the priority numbers of other central network devices in the device interconnection local area network; and setting the device as a main central network device of the device interconnection local area network. According to the invention, automatic election of the main hub network equipment in the main and standby hub networks can be efficiently and reliably realized.

This invention relates to a data priority processing method and system based on computing power, belonging to the field of data processing technology. It includes: collecting demand processing data and current operating status; retrieving operating specifications and data volume based on the current operating status, and determining the remaining processing volume; selecting priority judgment rules based on the demand processing data and performing judgments to generate a priority sequence; retrieving priority data volume and priority number values, and determining whether the remaining processing volume is greater than the priority data volume corresponding to the first priority number value; if greater, performing processing according to the priority sequence; if not greater, calculating a data volume deviation value; combining the data volume deviation value and the priority number value to determine a sequence adjustment value, and combining the sequence adjustment value with the priority data volume to form an operating sequence, and performing processing according to the operating sequence. This invention improves the overall efficiency of data processing.

Provided are methods for communicating precedence using vehicle to everything (V2X) messages, which include broadcasting at least one outgoing message associated with an upcoming intersection, and receiving at least one incoming message to at least one other vehicle approaching the upcoming intersection. Some methods described also include determining a priority conflict exists, and updating the respective priority number based on the respective stopped time and the at least one other stopped time. Some methods described also include updating the respective conflict flag based on the updated respective priority number, and determining whether the priority conflict exists based on the updated respective conflict flag. Some methods described also include determining a consensus priority order in response to determining that the priority conflict does not exist. Systems and computer program products are also provided.

The invention requests to protect an equal priority packet scheduling strategy based on dynamic adjustment of a cache region, and belongs to the technical field of network communication and data exchange. According to the strategy, on the premise that the equal priority data scheduling fairness is guaranteed, the resource allocation weight of each group can be calculated by relying on a cache region dynamic adjustment mechanism and combining real-time loads, then efficient scheduling of data transmission is achieved, and the scheduling efficiency is improved. In order to solve the problems of cache congestion and resource waste under the same priority scene, the method provides an innovative technical path, and comprises the following steps of: according to system parameter configuration, obtaining a data packet state table for randomly and dynamically generating data packets; simulation is started according to the data packet state table, the current initial time is 0, whether a data packet is received at present is judged, the data packet is received, and the data packet is classified into a corresponding priority queue according to the priority number. And calculating whether the priority buffer area in the time period corresponding to the packet needs to be changed when the packet arrives. And judging whether the data packets in the low-priority queues are subjected to priority improvement or not. And traversing the priority queues from high to low, and arranging a packet taking sequence according to the priority scheduling factor for the same priority. A data packet is selected and taken out, and a SEG-DCAS queue scheduling algorithm is completed; the method improves the system throughput, is small in calculation amount, and is easy for engineering realization.