4 results about "Mixed services" patented technology

The application discloses a distribution network cooperative networking device fusing a pole-mounted circuit breaker FTU and a ring network box DTU, and the device comprises a memory and a processor, and the memory and the processor are configured to perform the following operations: obtaining a data packet to be sent; judging whether the proportion of non-forwarding data packets and forwarding data packets is less than a proportion threshold; if yes, performing enhanced scheduling sorting on a sending cache queue, and the enhanced scheduling sorting comprises: selecting data packets from the sending cache queue to construct a sending window according to a preset window entry quota; and for the data packets entering the sending window, reordering the data packets in the sending window based on the remaining time limit, the freshness, the closed-loop correlation, the fair compensation value and whether the data packet is a forwarding data packet of each data packet. The application can improve the adaptability of the sending order to a mixed service scenario, and takes into account the timeliness, the closed-loop service demand and the sending fairness, thereby improving the rationality and reliability of data uploading.

This invention discloses a method, apparatus, device, medium, and product for transmitting mixed services. The method is applied to a deterministic network architecture, which includes a central controller and multiple domain controllers. The domain controllers receive mixed service flows and perform adaptive bandwidth allocation within the domain based on intra-domain information and the service traffic characteristics of the mixed service flows, obtaining intra-domain transmission information. The central controller performs node-aware service scheduling based on the intra-domain transmission information and inter-domain interconnection topology information to determine inter-domain transmission information. The domain controllers then transmit the mixed service flows through pre-built mixed queues according to the inter-domain and intra-domain transmission information. The mixed queue structure meets the power safety protection requirements for carrying mixed services. Combined with adaptive bandwidth allocation and node-aware delay forwarding mechanisms, it improves network bandwidth utilization, enhances the flexibility of traffic scheduling at cross-domain edge nodes, and achieves isolation and efficient scheduling of mixed services.

The application discloses a distribution network cooperative networking device fusing a pole-mounted circuit breaker FTU and a ring network box DTU, and the device comprises a memory and a processor, and the memory and the processor are configured to perform the following operations: obtaining a data packet to be sent; judging whether the proportion of non-forwarding data packets and forwarding data packets is less than a proportion threshold; if yes, performing enhanced scheduling sorting on a sending cache queue, and the enhanced scheduling sorting comprises: selecting data packets from the sending cache queue to construct a sending window according to a preset window entry quota; and for the data packets entering the sending window, reordering the data packets in the sending window based on the remaining time limit, the freshness, the closed-loop correlation, the fair compensation value and whether the data packet is a forwarding data packet of each data packet. The application can improve the adaptability of the sending order to a mixed service scenario, and takes into account the timeliness, the closed-loop service demand and the sending fairness, thereby improving the rationality and reliability of data uploading.

The carrier configuration method and device and electronic equipment provided by the application relate to the technical field of wireless communication, can comprehensively perceive the dynamic characteristics of a heterogeneous network scene by collecting multi-dimensional state information covering a communication terminal, a network environment and network load. A strategy set containing multiple candidate carrier combinations and transmission modes is generated based on the characteristics of the communication terminal, which provides a selection space for carrier configuration. Through a preset intelligent decision model, an optimal target dynamically adapted to different service types is used to make a joint selection decision from the candidate configuration strategy set, so that accurate matching between carrier resource configuration and actual service demand of the terminal is realized. Therefore, the application can actively adapt to the dynamic changes of the network environment and the mixed services, effectively meet the differentiated performance requirements of throughput, delay and reliability of diversified services, and improve the resource utilization efficiency and overall service performance.