10results about How to "Improve forwarding efficiency" patented technology

This invention discloses a bypass transmission architecture for encrypted network interface cards (NICs) based on parallel feature extraction. The architecture includes: a packet stream input interface, a control path unit, a data path unit, a decision window merging unit, a fragmentation-aware incremental checksum correction engine unit, and a security control unit. This invention can reduce forwarding latency, improve transmission determinism and resource utilization, and enhance packet forwarding efficiency in high-speed network scenarios. By using a deterministic delay storage module that matches worst-case latency, timing synchronization between control flow and data flow is achieved, reducing the risk of timing races and rule misjudgments. Simultaneously, the fragmentation-aware incremental checksum correction engine reduces the risks of insufficient fragmentation packet compatibility, checksum miscalculations, and resulting packet loss in traditional solutions.

The embodiment of the invention provides a switch chip, a switch, a computing system and a message transmission method. The scheme is suitable for the switch chip comprising a CISC instruction set, an RISC reduced instruction set (especially an RISC-V instruction set) or a VLIM instruction set architecture. The switch chip comprises an on-chip network, a plurality of port clusters and a plurality of physical layer ports, the port cluster comprises a plurality of switch ports, each switch port is connected with one physical layer port, and the switch ports are connected with the on-chip network; the physical layer port is used for sending the received message to the switch port connected with the physical layer port; and the switch port is used for caching the received message to an inlet end data caching unit included in the switch port, and sending the cached message to the output port through the network-on-chip after receiving permission information sent by the output port through the network-on-chip. According to the scheme, the message transmission delay of the switch chip can be reduced.

The application provides a packet forwarding table query method and electronic equipment. An ASIC chip calculates a corresponding hash value for a to-be-forwarded packet, and takes the hash value modulo a storage value of a forwarding table to obtain an index value corresponding to the to-be-forwarded packet. Then, the ASIC chip stores all the to-be-forwarded packets in a packet cache queue in sequence based on the index value size. A CPU determines a corresponding forwarding behavior in the forwarding table according to the index value, and stores a forwarding behavior corresponding to at least one index value after the index value in a cache. Since the data read next time is likely to be data connected with the forwarding behavior this time, the probability of hitting the cache when reading data next time is greatly improved, and the situation that the CPU repeatedly reads the memory forwarding table due to the random arrangement of data in the packet cache queue is avoided, and the forwarding efficiency is improved.

The application relates to a message forwarding method and device, computer equipment, a readable storage medium and a program product, and relates to the field of message processing. The method comprises the following steps: when a first object sends a request message to a second object, source address information of the request message is acquired; the source address information is subjected to hash processing to obtain a first hash value of the source address information; a first memory core matched with the first hash value is screened out from a plurality of first candidate memory cores used for message processing of the request message; the request message is subjected to message processing through the first memory core to obtain a first target message, and the first target message is forwarded to the second object. The method can improve the message forwarding efficiency.

This invention provides a method, apparatus, electronic device, and storage medium for forwarding maritime distress messages, relating to the field of digital information transmission technology. It converts distress messages into standardized data through feature data, achieving unified standard identification of distress messages from various communication methods and avoiding redundant processing of the same distress message. By generating a universal distress message, this invention separates the core rules of protocol conversion from the underlying communication technology, enabling flexible forwarding of distress messages to adapt to multiple communication methods and improving forwarding efficiency. This invention scores each selectable communication method based on the target receiver's location, communication terminal capabilities, communication method priority, and signal strength, achieving unified and accurate evaluation of various communication methods. This invention ensures that the forwarding of universal distress messages is based on the communication method with the highest compatibility, further improving the forwarding efficiency of distress messages.

The invention provides a segment routing policy intermediate node protection method, which is applied to a first node, and comprises the following steps: receiving a data message, an outer layer destination address of the data message being a segment identifier; querying a forwarding information base, and obtaining a routing table item corresponding to the segment identifier; querying a port state table according to the identification information of the physical port in the routing table entry to obtain the real-time state of the physical port; wherein the port state table is used for associatively storing identification information and state information of the physical port, and the state information of the physical port is independently maintained and updated in real time by a port management module of the first node based on a physical layer event; in response to the fact that the real-time state of the physical port is unavailable and the second node corresponding to the segment identifier is an intermediate node, the data message is forwarded to the third node corresponding to the next segment identifier in the segment route header of the data message, and a route convergence process with long time consumption does not need to be waited. The data message can be forwarded to the third node by directly bypassing the second node, so that the forwarding efficiency is improved.

The embodiment of the invention provides a fragmented message processing method and device, intermediate network equipment and a readable storage medium. The method comprises the following steps: receiving a fragmented message, wherein header information of the fragmented message comprises an initial fragmentation identifier; recording the fragmented message in a fragmented cache table of a data packet to which the fragmented message belongs; and if the initial fragmentation identifier indicates that the fragmentation message is the first fragmentation message of the data packet, creating a connection table of the data packet according to the fragmentation message, and processing and sending the fragmentation message in the fragmentation cache table according to a processing logic included in the connection table. According to the embodiment of the invention, message recombination is not carried out on the intermediate network equipment which does not need to analyze the data packet, so that storage resources and computing resources are saved, and the performance and forwarding efficiency of the intermediate network equipment are improved.

This invention belongs to the field of communication network and data scheduling technology, and discloses a target-driven intelligent data scheduling method and system. The method includes: Step 1, when the front-end device detects a high-value target, it inserts a priority transmission marker into the data stream. After the data plane network node identifies the marker, it dynamically generates a high-priority forwarding rule locally and reports the information to the SDN controller in real time; Step 2, the SDN controller performs target matching and path management based on the reported information. When the same target moves or reappears, it performs priority retention or release operations on the old path. This invention realizes closed-loop scheduling with data plane autonomously triggering priority promotion and control plane intelligently managing priority callbacks. It eliminates the need for the SDN controller to pre-issue flow tables, reduces the control plane load, avoids bandwidth waste caused by fixed QoS policies, and ensures continuous priority transmission of video streams when targets move across devices. It is suitable for scenarios such as security monitoring.

This application discloses a routing and forwarding method, apparatus, device, and storage medium, relating to the field of network communication technology. The routing and forwarding method includes: receiving an instance transaction request; obtaining a first available instance through a microservice management center based on the instance transaction request; and distributing the instance transaction request to the first available instance based on a preset dynamic routing algorithm and the health information of the first available instance. This application, through the above solution, can identify instances in a sub-healthy state, effectively avoiding the problem of excessive load on sub-healthy instances under high traffic conditions, thereby improving the efficiency of routing and forwarding.

The utility model relates to the technical field of bridge construction machinery, in particular to a cantilever bridge fabrication machine walking system and a cantilever bridge fabrication machine. The walking system comprises a walking main beam, main beam supporting legs, a first driving mechanism, a second driving mechanism and a jacking mechanism; the jacking mechanism is fixed on the walking main beam, and the jacking mechanism is used for jacking the walking main beam; the second driving mechanism is installed on the main beam supporting leg, and the main beam supporting leg is located below the walking main beam. A rack is arranged at the bottom of the walking main beam, the first driving mechanism comprises a first driving part and a gear, the first driving part and the gear are installed on the main beam supporting leg, the gear is matched with the rack, and the first driving part is used for driving the gear to rotate and driving the walking beam to advance. The technical problem that a cantilever bridge fabrication machine in the prior art needs a hydraulic oil cylinder to repeatedly jack and advance is solved, and the situation that the push-pull stress of the oil cylinder is not uniform is avoided.