9 results about "Hybrid routing" patented technology

The present disclosure relates to a system that enables hybrid routing with active and standby instances. At 702, a request from a site other than the site in Nagpur is obtained, and at 706, a request from the site in Nagpur is obtained. Then, at 704, it is checked whether any endpoint is active. If so, the request is sent to the primary cluster 710. However, if none of the endpoints are active, then at 708, it is checked again whether any endpoint is active. However, if at 708, it is found that the request is not from Nagpur, then the request is served to the DR cluster 720 in Nagpur. Further, at 712, if any endpoint is active, then the request is sent to the active cluster 730 in Nagpur, but if none of the endpoints are active, then the request is served to the DR 740 in Nagpur.

This invention discloses a hybrid routing method and system for low-Earth orbit (LEO) mega-constellation networks under conditions of limited gateway station deployment. The method includes: Access satellite and gateway station selection: Based on the geographical location of ground users, the minimum hop count from the access satellite to each gateway station is calculated using a hop count evaluation model, and the combination of access satellites and gateway stations with the minimum hop count is selected; Multi-hop awareness routing decision: A multi-hop load-aware area is established along the transmission path from the access satellite to the gateway station. Paths are dynamically planned according to a link cost metric model, where the link cost is calculated by weighting queue occupancy, congestion probability, and bandwidth utilization, and congestion nodes are bypassed; Gateway station load balancing control: Within the gateway station coverage area, traffic is allocated using a backpressure routing strategy based on the queue backlog difference at satellite ports to achieve load balancing. This method achieves synergistic optimization in latency, congestion control, and load balancing, significantly enhancing network stability and service quality.

The present disclosure relates to a system that enables hybrid routing with active and standby instances. At 702, a request from a site other than the Nagpur site is acquired, and at 706, a request from the Nagpur site is acquired. Then, at 704, it is checked whether any endpoint is active. If it is active, the request is sent to the primary cluster (710). However, if the endpoint is not active, at 708, it is checked whether the request is from Nagpur. If so, at 712, it is checked again whether any endpoint is active. However, at 708, if it is found that the request is not from Nagpur, the request is fed to the Nagpur DR cluster (720). Additionally, at 712, if any endpoint is active, the request is sent to the Nagpur active cluster (730), but if the endpoint is not active, the request is fed to the DR for Nagpur (740).

The application provides an information recommendation method, system, device and storage medium, comprising: by associating a special graph structure for different expert networks, the physical and logical decoupling of modal information is realized, and the embedding feature information of the target user and the candidate item in different semantic dimensions can be more accurately described. By calculating the data routing distribution with the user-item interaction instance as the granularity, and combining the progressive routing strategy with the prior routing distribution to obtain a hybrid routing distribution, accurate expert scheduling can be realized in different context environments, that is, it can automatically identify which modal features play a key role in user decision-making in a specific scenario, thereby accurately capturing the fine-grained preferences of users. Through the gating selection mechanism, the feature contribution of key experts is retained, effectively filtering the noise interference generated by irrelevant modalities, and further improving the accuracy of the prediction score and the reliability of the recommendation result.

The application relates to the technical field of intelligent traffic and infrastructure monitoring, and particularly discloses a highway infrastructure intelligent monitoring and management system based on wireless communication. The system comprises a wireless sensor node cluster, a relay coordination node and a network management server. The system combines a hybrid routing mechanism of distributed greedy forwarding and centralized optimal path calculation, and dynamically adjusts a routing strategy according to data service priorities, so that balanced distribution of network load and energy consumption is realized, low-delay and high-reliability transmission guarantee is provided for high-priority service data packets, the network life is prolonged, and the timeliness of key information reporting is improved. The system combines a hybrid routing mechanism of distributed local decision and centralized global optimization, and fundamentally solves the problems of energy consumption hotspots and network segmentation caused by static networking.

A semiconductor device having hybrid routing is provided. The semiconductor device includes a package substrate having a first major side and a second major side. A plurality of conductive bond-on-pad (BOP) pads and a plurality of conductive bond-on-trace (BOT) pads are formed at the first major side. A non-conductive layer is formed over the plurality of BOP pads. Openings in the non-conductive layer expose a central portion of each BOP pad of the plurality of BOP pads. An inlet region is formed in the non-conductive layer such that a first BOT pad of the plurality of BOT pads is located within the inlet region.

The application relates to a micro-power wireless hybrid routing networking method based on AI decision, which comprises the following steps: step S1, gateway beacon frame flooding issuing and node repeated packet discrimination; step S2, neighbor table collection and node state recording; step S3, AI-assisted path generation; step S4, fixed routing path registration and distribution; step S5, hybrid forwarding mechanism; step S6, AI-assisted path switching decision; and step S7, low power consumption and self-adaptive adjustment. The technical problems of the existing full flooding algorithm, such as serious broadcast storm, high node energy consumption, path redundancy, path failure in a dynamic environment, high maintenance cost and lack of intelligent switching, are solved.

The present application relates to the technical field of traditional Chinese medicine, and in particular to a traditional Chinese medicine constitution intelligent identification and dynamic interpretable conditioning scheme generation system, comprising a bimodal encoding module and a hybrid routing fusion module, a generative conditioning engine, and an online-offline closed-loop updating module. Through the tongue surface bimodal feature alignment and rule-neural network hybrid dynamic routing architecture, the present application effectively overcomes the semantic gap between heterogeneous modalities and the limitations of single black box decision. On the self-built 12000 real data set, the Top-1 accuracy rate of traditional Chinese medicine constitution identification is greatly increased from 72.3% of the prior art to 89.7%. At the same time, with the generative conditioning engine integrating strict medical safety verification and SHAP numerical contribution degree echo, not only is the dynamic prescription generation of multi-dimensional perception and thousands of methods for thousands of people realized, but also the "black box" trust crisis of AI diagnosis is completely broken, and the blind evaluation satisfaction of professional traditional Chinese medicine practitioners is significantly improved from 3.2 points to 4.6 points.

The application belongs to the technical field of Bluetooth networking, and discloses a layered mixed routing method based on Bluetooth and related devices. The layered architecture is used to divide backbone and edge network layers. The edge nodes do not participate in routing forwarding, and only access the backbone nodes to obtain services, so that the edge nodes do not consume radio frequency resources to participate in irrelevant topology maintenance. The Bluetooth broadcast channel is used to carry neighbor discovery, and the data channel is used to carry signaling and service data. The bandwidth advantage of the Bluetooth data channel is fully utilized, and the signal collision and broadcast storm problems caused by the dependence on the broadcast channel are avoided. A routing candidate table is constructed based on multi-dimensional link quality indexes, and the link layer confirmation mechanism is combined to guarantee stable data transmission. Through active routing switching and passive fracture repair, the problems of service interruption and slow response in traditional routing switching are solved. Meanwhile, global balanced allocation of radio frequency resources is realized, single point overload is avoided, control signaling and service data transmission are separated, and topology update lag is prevented when congestion occurs.