5 results about "Operational effectiveness" patented technology

This invention provides a post-evaluation method for the operational effectiveness of virtual power plants participating in the full-volume electricity spot market, relating to the fields of power system demand-side management and electricity market operation evaluation. The method includes: acquiring time-series data of the target area within the evaluation window; calculating the output baseline of the virtual power plant participating in spot market transactions using a pre-constructed regression identification model based on a set of influencing factors; obtaining a regulation curve based on the difference between the actual equivalent output of the virtual power plant and its output baseline; calculating the peak-valley reduction between the regional total load curve and the counterfactual load curve constructed based on the regulation curve, and statistically analyzing the energy contribution of the regulation curve during the period corresponding to the target electricity price; and evaluating the operational effectiveness of the virtual power plant participating in the full-volume electricity spot market based on the peak-valley reduction and energy contribution. This invention solves the problem of low reliability in the evaluation results of virtual power plant operational effectiveness in the full-volume electricity spot market scenario.

This application discloses an operational effectiveness evaluation method, apparatus, device, and storage medium, relating to the field of information processing technology. The operational effectiveness evaluation method includes: acquiring a target scenario and evaluation time interval configured by a user; inputting the target scenario and the evaluation time interval into an operational effectiveness evaluation model to obtain an operational effectiveness evaluation summary output by the operational effectiveness evaluation model. The operational effectiveness evaluation model consists of a single base model and multiple scenario-specific adaptation modules, and is obtained through multi-scenario-specific fine-tuning training on scenario training data. This application, by setting a single base and multiple adaptation module architecture, avoids data interference between scenarios, accurately adapts to the specific needs of each scenario, and eliminates the need to deploy multiple independent models, significantly saving computational and storage resources for training and inference. Furthermore, multi-scenario-specific fine-tuning ensures the scenario adaptability and accuracy of the evaluation summary.

This invention provides a method and system for performance measurement under isolated task and environmental conditions, belonging to the field of human factors engineering and performance evaluation technology. The system includes: an environmental simulation and control module, a team task simulation module with an integrated visual task editor, a multimodal data synchronous acquisition module, a performance calculation engine, a real-time monitoring and intervention module, and a data playback and analysis module. This invention deeply couples customizable complex team tasks into a high-fidelity simulated isolated and confined environment, and synchronously collects multi-dimensional process data such as operational behavior, team interaction, physiological signals, and environmental states. This achieves comprehensive, refined, and multi-dimensional quantitative measurement and evaluation of team and individual operational effectiveness under long-distance voyages and isolated and confined environments, overcoming the shortcomings of existing technologies that only focus on task results and ignore process performance and environmental coupling.

The present application provides a decoy under cover of the penetration effectiveness evaluation method and system, relates to the operational effectiveness evaluation technical field. The present application first determines the decoy strategy parameter, including the speed difference, the azimuth dispersion degree, the distance dispersion degree and the decoy quantity, extracts the defense environment parameter, namely the defense system deployment density and the detection ability. The data of the penetration is obtained through the simulation kinematics simulation, the evaluation index is constructed from the two dimensions of the defense party resource consumption efficiency and the attack party penetration ability, the weight is dynamically adjusted in combination with the detection ability of the defense system, and the comprehensive evaluation result is formed. The genetic algorithm is used for optimizing the decoy strategy parameter, the optimal strategy combination is searched in the preset parameter range, the sensitivity degree of each parameter to the evaluation result is calculated, the suggestion of preferentially adjusting the parameter with greater influence is given, and the strategy advantages and disadvantages are quantitatively evaluated by comparing the effectiveness difference between the new strategy and the optimal strategy, so that the decoy strategy parameter is optimized.

The system according to this embodiment aims to maximize supply chain efficiency, reduce costs, and improve operational effectiveness. [Solution] The system according to the embodiment comprises a collection unit, an analysis unit, and a provision unit. The collection unit collects data. The analysis unit analyzes the data collected by the collection unit. The provision unit makes optimal suggestions based on the analysis results obtained by the analysis unit.