3results about How to "Integrated reduction" patented technology

The application belongs to the technical field of communication network and routing control plane configuration management, and relates to a single-process embedded NETCONF configuration management method, system and terminal. The management method comprises the following steps: embedding a NETCONF server module and a YANG data tree in a routing control plane management process, creating a data storage instance; initializing the NETCONF server module and making it enter a listening state; after a session is established with a NETCONF client, receiving an RPC request in the process by the NETCONF server module, parsing an XML message to extract an operation type, configuration change data of the NETCONF and a target path; calling the data storage instance by the NETCONF server module through an interface in the routing control plane management process; and performing corresponding configuration transaction operations on a candidate configuration library and / or a running configuration library according to the operation type by the data storage instance. The application significantly reduces the system integration and operation complexity and guarantees the strong consistency of multi-interface configuration.

This application relates to a domain-specific language compiler for cache coherence protocols, belonging to the field of computer architecture modeling and simulation technology. The compiler takes a high-level abstract specification of the cache coherence protocol as input and automatically converts it into cache controller and / or directory controller code executable by a periodic precision simulator. Through systematic mapping and translation of the protocol's finite state machine, event-triggered mechanism, concurrent transaction management, and asynchronous hardware interaction, it achieves event-driven, non-blocking control logic generation. Simultaneously, the compiler supports network communication code generation, debug tracing injection, and formal logical equivalence checks. Furthermore, it incorporates a performance constraint-aware optimization module to automatically optimize the generated state machine, thereby improving simulation efficiency, reducing development complexity, and enhancing verifiability while ensuring the semantic correctness of the protocol.

This utility model relates to the technical field of natural gas vehicle-mounted gas supply systems, specifically disclosing an integrated pressure reducing and regulating device and a natural gas vehicle-mounted gas supply system. The integrated pressure reducing and regulating device includes a regulating device body, a solenoid valve assembly, and a filter assembly. The regulating device body has an inlet and an outlet connected sequentially. By using this integrated pressure reducing and regulating device, the solenoid valve assembly and the filter assembly are integrated into the regulating device body, effectively reducing the number of joints in the pipeline connections within the natural gas vehicle-mounted gas supply system, thereby reducing the risk of leakage. This effectively solves the problem in the prior art where the solenoid valve, filter, and regulating device are independent components, which easily leads to leakage during installation and affects the safety of the natural gas vehicle-mounted gas supply system. Simultaneously, it not only improves the overall stability and reliability of the natural gas vehicle-mounted gas supply system but also provides a feasible basis for the modular integration of natural gas vehicle-mounted gas supply systems.