6results about How to "Maintain real-time" patented technology

The application provides a physical constraint-based illumination adaptive spectral reflectance reconstruction system, an illumination adaptive spectral reflectance reconstruction framework (I-SRR) based on no known illumination, auxiliary hardware or multiple captures, which can accurately recover intrinsic spectral reflectance of a material from a single RGB image; a spectral imaging physical model is embedded into a deep unfolding framework, a differentiable optimization structure is constructed based on an alternating direction multiplier method (ADMM), a spectral formation and recovery process is implicitly integrated, a physically guided end-to-end learning is realized through deep unfolding optimization based on physical constraints; the application can realize robust reflectance recovery under unknown or complex illumination conditions, adaptively adjust features through a learned compensation mechanism, maintain consistent reconstruction accuracy in different color temperatures (4000K-11200K) and indoor and outdoor scenes, and realize robust reconstruction under dynamic illumination conditions.

This invention discloses a method for an application server to obtain configuration data in a mission-critical service system. The method involves generating and updating initial configuration data, basic configuration data, and user configuration data through a configuration management system. The basic configuration data and the initial configuration data, which includes database system information and user configuration read identifiers, are sent to the application server. The application server establishes a connection with the database system based on the database system information. It determines whether to retrieve user configuration data based on the user configuration read-on-demand identifier. If the identifier is "yes," user configuration data is not retrieved, but the connection between the application server and the database system is maintained. If the identifier is "no," all user configuration data is retrieved from the database system at once, and the connection with the database system is no longer maintained. Each business sub-module is started using the basic configuration data. The database system is used for storing and accessing configuration data.

This application discloses a high dynamic range imaging system and method for mobile inspection of photovoltaic power plants. The system includes a user control and display module, a gimbal pod module, an image acquisition module, and an image processing module. The user control and display module sends gimbal control commands and imaging parameter commands; the gimbal pod module adjusts the imaging field of view accordingly to point towards the target inspection area; the image acquisition module acquires at least two frames of raw image data with different exposure parameters and / or different gain parameters for the same scene in the pointing state; the image processing module performs normalization, underexposure / overexposure determination, and suppresses abnormal pixels from participating in fusion on the raw images, obtains a fused image based on configurable fusion weights, and performs tone mapping to generate an inspection output image for display or storage. Through the above-mentioned collaborative link and processing, abnormal pixel interference can be suppressed in scenes with local saturation caused by strong direct sunlight and reflection, balancing bright and dark information and stably outputting inspection images.

The application discloses a kind of space reconfigurable mobile flexible cable anchor point platform device and working method thereof, device includes the lifting flexible cable drive rope anchor point support column module installed on omnidirectional mobile platform, 180 ° limit fixed flexible cable drive rope anchor point support column module and two groups of flexible cable rope drive module;One group of flexible cable rope drive module in which upper double cable drive rope extends downward to be fixedly connected to robot work platform after passing through the anchor point rotating pulley assembly in lifting flexible cable drive rope anchor point support column module, another group of flexible cable rope drive module in which lower double cable drive rope continues to extend upward to be fixedly connected to robot work platform after passing through the 180 ° limit anchor point pulley in 180 ° limit fixed flexible cable drive rope anchor point support column module, working method at least two groups of the space reconfigurable mobile flexible cable anchor point platform device of the application cooperate, realize the drive to robot work platform.The application realizes the purpose that large-scale space can be reconfigured.

The embodiment of the application provides a lightweight model cloud edge collaborative self-training evolution method for an industrial scene, and belongs to the technical field of intelligent industry. The method forms a lightweight representation of a mutation period in a structured log and a window statistical manner on the edge side, and only returns key samples and key contexts when a trigger condition is met, thereby reducing the return bandwidth and return cost. At the same time, the cloud end cognitive writeback provides weak supervision and enhancement instructions for the mutation samples, so that the lightweight edge model has the feasibility of low-cost self-training. Further, through the hierarchical conflict buffer and dynamic gating mechanism, the noise samples are inhibited from damaging the iteration, and the stability after going online is guaranteed through conflict suppression and stability maintenance constraints. Finally, through the effect association of the new inference log and the backflow package, reusable continuous optimization is formed, so as to realize the reduction of edge inference misjudgment rate and the improvement of inference stability, and the real-time and lightweight deployment constraints are also considered.

The application belongs to the technical field of automatic control, and particularly relates to a self-adaptive regulation and control method for a heat storage coupled plate heat exchanger unit for multi-temperature zone heat supply. The method comprises the following steps: step 1, a coupling structure of a multi-section serial plate heat exchanger unit and a heat storage unit is built, each temperature level layer interface is respectively communicated with a corresponding section through a heat charging and discharging branch, and a heat charging and discharging bidirectional regulating valve is arranged on each heat charging and discharging branch; step 2, MARL heat storage collaborative regulation and control based on an average field game is executed, one MARL intelligent body is configured for each temperature zone, and a candidate action vector corresponding to a convergence wheel of a current temperature zone is taken as a final action vector of the current temperature zone; and step 3, stable regulation and control of multi-temperature zone heat supply temperature and peak-valley heat transfer across time periods of the heat storage unit to a multi-section secondary water circuit in a current regulation and control period are completed. The application can realize the stability of the regulation and control of the multi-temperature zone heat supply temperature and the cooperation of the peak-valley heat transfer across time periods of the heat storage unit to the multi-section secondary water circuit.