8results about How to "Improve agility" patented technology

This invention relates to the field of network routing optimization technology, specifically to a network path optimization method, apparatus, electronic device, and storage medium. In this invention, by synchronously monitoring bit rate and packet rate load, and using the higher of their utilization rates as the criterion for link congestion judgment, the limitations of traditional single-indicator evaluation are effectively overcome, enabling cost calculation to more comprehensively and accurately reflect real-time link congestion risk. Through a cost coefficient mapping mechanism, and combined with a baseline link cost to determine dynamic link costs, real-time and accurate input is provided to the path optimization algorithm, resulting in significant optimization of the overall network in terms of throughput and transmission latency. This is particularly suitable for high-reliability industrial scenarios sensitive to jitter.

The utility model relates to a fountain equipment technical field, especially a pencil type circulating fountain, including the pen point, the pen point top outer wall fixedly connected rotating base, rotating base inner wall fixedly connected first motor, first motor output fixedly connected gear, the rotating base inner wall has set up first sliding slot, the rotating base top outer wall sliding connection pen barrel outer wall, the pen barrel inner wall is fixedly provided with the toothed disc, the toothed disc is engaged with the gear, the utility model discloses through starting the first motor in rotating base, drives the gear and toothed disc engagement transmission, drives pen barrel rotation. The waterproof color light bar of pen barrel outer wall synchronous display changeable light, create the visual effect of dynamic and gorgeous multicolored, make the fountain become the visual focus, simultaneously, the atomizer and the spray head that added, let the fountain on the basis of traditional water flow injection, add the landscape level that water mist diffuses and rain curtain sprays, the form and the texture of the fountain are enriched.

This invention discloses a query response and code generation method and system based on document parsing in the power industry. The method includes: parsing and preprocessing the input domain document to construct a document text logic graph; constructing a domain knowledge graph; receiving user queries and performing structure matching retrieval based on the document text logic graph and association reasoning retrieval based on the domain knowledge graph to form a traceable evidence package; constructing a structure-enhanced context based on the evidence package and inputting it into a large domain language model to generate a response containing natural language descriptions and structured domain language code; performing just-in-time compilation and tensor simulation verification on the structured domain language code; if verification fails, triggering closed-loop correction of retrieval and generation based on deviation information; if verification passes, outputting the parsing result and code. This invention improves the accuracy, interpretability, and output reliability of long document processing in the power industry.

The application discloses a large file cross-unit transmission method based on a business cooperation scene, relates to the technical field of cross-organization data transmission and resource scheduling, and takes a business context as a core to map an event type, an emergency level and an SLA deadline time into a calculable priority, and is linked with real-time network measurement results, so that scheduling no longer stays in static file attributes, but can instantly improve the service share of a key request according to events such as out-of-stock early warning and promotion start, thereby reducing the probability that a high-emergency task is blocked by regular transmission. By introducing unit-level quotas, admission and interruptible preemption on the side of a bottleneck link, long-term occupation caused by first-come-first-served is avoided, basic fairness between different units is ensured, and bandwidth can be quickly transferred to more urgent flows at a business peak moment. Weighted round-robin weights are dynamically updated according to the emergency degree, the SLA urgency degree and the quota surplus degree, hysteresis and minimum interval control are superimposed, and the agility of scheduling is improved.

This invention discloses a method and system for flexible educational resource scheduling based on microservice orchestration, relating to the field of educational resource scheduling technology. This method acquires educational resource data (including educational support resource data and user behavior data) for a designated educational platform within a set period; analyzes the platform's resource elasticity feature set (including educational resource supply characteristic values ​​and educational demand intensity characteristic values) based on the platform's resource elasticity feature set; and analyzes the platform's educational resource adaptation characteristic values ​​based on the platform's resource elasticity feature set. This invention performs microservice orchestration resource scheduling on the designated educational platform based on the educational resource adaptation characteristic values, effectively avoiding resource scheduling lag and coarse control, thereby enabling the educational platform to maintain refined resource allocation under different load conditions.

The application relates to the technical field of heat dissipation devices, in particular to an integrated asymmetric radiation envelope structure heat dissipation system for a computing power computer room, which comprises a heat dissipation module, a running module, a heat import optimization module, an image sensing module, a data acquisition module, a data processing module, a data analysis module and an execution module. The system preprocesses the running data of the received heat dissipation module, judges the heat dissipation efficiency of the system through the effective net radiation heat dissipation power density and a preset threshold value, adjusts the average mirror reflectivity of the photon mirror based on the judgment result, and further determines the standard effective net radiation heat dissipation power density according to the adjustment result. The application realizes the unified processing and analysis performance optimization of the heat dissipation system, effectively reduces the effective net radiation heat dissipation power density of the envelope structure heat dissipation system of the application, and improves the resource utilization rate.

This invention discloses a method and system for predicting the operating status of a belt conveyor based on digital twins. The method includes: collecting operating and environmental data of the belt conveyor drive system; constructing a digital twin thermodynamic observation model based on lumped parameter thermal network theory; analyzing the model prediction residual characteristics to obtain an initial adaptive forgetting factor; combining load fluctuation characteristics with compensation and correction to obtain a final adaptive forgetting factor; updating the algorithm covariance matrix and equivalent heat dissipation coefficient; finally, using the optimized algorithm to deduce the trajectory of the equivalent heat dissipation coefficient; predicting the critical time for thermal damage through an extrapolation model; and automatically triggering spare parts inventory allocation when this time meets the warning conditions. This invention optimizes the adaptive forgetting factor mechanism of the recursive least squares method, improving the accuracy and robustness of status prediction, realizing intelligent collaboration between equipment operation and maintenance and spare parts scheduling, and reducing the operating cost of the equipment throughout its entire lifecycle.

This invention relates to the field of avionics bus testing and modular instrument technology, specifically to an automated functional testing system for avionics buses based on a modular instrument architecture. The system includes a communication acquisition node, a backplane transmission channel with a first-in-first-out buffer, a low-level bus probe, a status acquisition module, a congestion quantization module, a strategy generation module, and an adaptive scheduling module. The status acquisition module acquires memory access channel occupancy, trigger synchronization clock phase jitter parameters, and system interrupt response differences. The congestion quantization module uses weighted summation to obtain the system's micro-congestion entropy index. The strategy generation module generates full-load concurrent injection, local frequency reduction, or backbone communication deterministic protection strategies based on a first risk threshold and a second limit threshold. The adaptive scheduling module uses feedback sampling to adjust control quantities, correcting the time difference between excitation transmission and response reception, and improving timing reliability in high-concurrency closed-loop testing.