9 results about "Tiered service" patented technology

The invention relates to a method and a device for optimizing a large language model interactive service for a weak network environment, which are particularly suitable for regions with limited network infrastructures. The method comprises the following steps: establishing an interactive self-adaptive hierarchical service architecture of a large language model, and dynamically adjusting LLM context management and generation control according to a network condition; establishing a semantic local cache mechanism oriented to large language model interaction, and performing local storage and offline response of LLM specific key data at a user equipment side; establishing an asynchronous fault-tolerant processing mechanism of large language model interaction, and providing an interaction continuity guarantee when the network is abnormal; and establishing a transmission optimization strategy of the large language model, and optimizing the transmission characteristics of the data. According to the method, the special problems of response delay, interaction interruption, bandwidth limitation and the like of interactive application of the large language model in a weak network environment are solved, and the service stability and the user interaction fluency of the large language model are effectively improved.

This application discloses a billing and settlement method, system, equipment, and medium for battery swapping stations. The billing and settlement method includes: obtaining the total number of vehicles belonging to the same customer and the average daily operating mileage of each vehicle; obtaining a tiered service fee unit price based on the total number of vehicles and the average daily operating mileage of each vehicle, wherein the higher the total number of vehicles, the lower the tiered service fee unit price, and the higher the average daily operating mileage of each vehicle, the lower the tiered service fee unit price; determining the customer's battery swapping service fee based on the tiered service fee unit price; and obtaining the customer's settlement fee based on a minimum service fee, the customer's battery swapping service fee, and the customer's electricity bill. Using the embodiments of this application, by calculating service fees in tiers, the frequency of battery swapping by customers and the utilization rate of battery swapping stations can be increased, thereby increasing the profitability of battery swapping stations; at the same time, by setting a minimum service fee, basic operating cost recovery can be guaranteed, reducing the operating risk of battery swapping stations.

The embodiment of the invention discloses a maintainability improving method and device of a video monitoring system and electronic equipment. The method comprises the following steps: obtaining a service evaluation index corresponding to service equipment, determining service state information based on a multi-level index judgment method, determining that the service state information is abnormal in response to the service state information, maintaining the service equipment according to a hierarchical service keeping strategy, and determining a recovery state of the service equipment. And further, in response to the recovery state, determining that the recovery state is a recovery fault, determining a target recovery instruction according to the fault classification recovery strategy, and executing the target recovery instruction. The state and fault hidden dangers of the system can be comprehensively detected and mastered through multiple layers of service evaluation indexes, anomaly detection is more timely, the fault detection isolation time is shortened, unnecessary repair time is saved through a service maintenance strategy and a fault classification repair strategy, the maintainability of the video monitoring system is improved, and the fault detection efficiency is improved. And the use requirement of a high-maintainability scene is met.

The invention provides an Internet of Things-oriented multi-fragment cooperation method, which comprises the following steps of: S1, constructing a dynamic reputation evaluation model, registering an Internet of Things node, performing performance and behavior evaluation on the node to generate a dynamically updated reputation value, and recording node identity information through chain registration; s2, double-layer gateway nodes are selected based on the reputation value, the double-layer gateway nodes comprise an on-chip gateway node and a global gateway node, the on-chip gateway node serves as a fragment communication hub, and the global gateway node coordinates a cross-fragment request; s3, constructing a layered service directory and realizing cross-fragment service calling, maintaining a local service directory by an on-chip gateway node, maintaining a global service directory by a global gateway node, and positioning and routing a service request through the directory; and S4, verifying a cross-fragment service execution result by adopting a consensus mechanism, and returning the result through the gateway node.

The invention discloses a program traffic processing method and device, a medium and a program product, which are applied to a terminal loaded with a hierarchical service providing program, and the method comprises the following steps: intercepting an original communication request initiated by an application program through the hierarchical service providing program; when the original communication request meets a preset condition, packaging process information of a target process in the application program into the communication request to obtain a target communication request; wherein the target process is a process for initiating the original communication request; and redirecting the target communication request to a proxy service program, and indicating the proxy service program to execute a corresponding flow strategy based on the process information. Through active marking and redirection of the application program, in cooperation with real-time analysis and strategy execution of the proxy service program, early-stage, accurate and drive-dependence-free traffic interception and processing are realized, so that the system stability is improved, and meanwhile, timely and effective execution of a traffic strategy is ensured.

The application discloses a kind of government-enterprise coordination's layered energy carbon virtual power plant management system, belong to carbon emission control technical field, comprising: resource layer, for gathering energy consumption data and carbon emission data, output original energy carbon data;Data layer, for processing the original energy carbon data, output standardized energy carbon data set;Support layer, for calculating based on the standardized energy carbon data set, output energy carbon management support result;Application service layer, for providing energy carbon management service according to the energy carbon management support result;User layer, for distributing the access authority of energy carbon management service according to user role.The application solves the problem that the existing energy carbon management system lacks government-enterprise coordination mechanism, the data island of each level is serious, it is difficult to realize the unified collection of energy carbon data at regional and enterprise level, accurate prediction, intelligent diagnosis and layered service, leading to the lack of effective linkage between government regulation and enterprise emission reduction.

A disclosed method may include (i) implementing, within a cloud computing platform, a hierarchical quality-of-service policy that includes a parent quality-of-service sub-policy in relation to a child quality-of-service sub-policy, (ii) receiving telecommunication traffic as part of a cellular service platform implemented through the cloud computing platform, and (iii) applying, within the cloud computing platform, the hierarchical quality-of-service policy to the telecommunication traffic to satisfy a predetermined level of quality of service.

The invention belongs to the technical field of automotive electronics, and discloses an SOA-based vehicle body domain control hierarchical service system, which comprises an equipment abstraction layer, an atomic service layer, a business logic judgment service layer, a state management unit and an external service adaptation layer. The invention further provides a state management method of the system. The state management method comprises the following steps: S1, protecting data consistency; s2, the business logic judgment service layer calculates a safety state according to the sensor data, an internal timer and a preset strategy; s3, releasing the state calculated in the step S2 to a state management unit for updating; s4, when an external or internal request arrives, the atomic service is called; s5, querying a safety protection state; and S6, the atomic service decides whether to execute an equipment abstraction layer service action or not according to a query result. The key vehicle body domain controller design normal form is provided for a traditional electronic and electrical framework and a next-generation automobile electronic and electrical framework, matching of the traditional electronic and electrical framework and the next-generation automobile electronic and electrical framework can be compatible while guarantee safety is provided, and extremely high industrial application value is achieved.

The invention relates to the technical field of digital supply chain resource collaborative scheduling, in particular to a digital supply chain collaborative scheduling method and system based on a block chain. A digital supply chain collaborative scheduling method based on a block chain comprises the following steps: S1, obtaining an initial state and an update state of the block chain, establishing a constraint relationship according to the initial state, and establishing a transfer relationship according to the update state; s2, respectively forming a direct service network and an indirect service network by taking each participant in the digital supply chain as a network node; and S3, monitoring and comparing state continuity changes between the direct service network and the indirect service network to determine information asymmetry points. According to the method, the hierarchical service network is constructed, information asymmetry is accurately identified and repaired through block chain state modeling and intelligent contract dynamic adjustment, and high-precision and obdurability collaborative scheduling of the digital supply chain is realized.