3 results about "System reconfiguration" patented technology

This disclosure relates to methods, apparatus, devices, storage media, and computer program products for generating FPGA measurement and control systems. It generates development data describing the structure and function of the target FPGA measurement and control system based on received system configuration description text data, automatically extracts matching hardware IP cores, embedded drivers, and host computer interface templates from a preset resource library, and automatically completes logic engineering construction, constraint generation, synthesis, placement and routing, and bitstream compilation using the FPGA development environment. Then, it automatically generates embedded processor control programs, communication interface programs, system image files, software development kits, and graphical user interface programs based on the generated files, and supports system reconfiguration and automatic optimization using difference analysis. This application enables rapid construction and reconfiguration of FPGA measurement and control systems through a unified configuration description, reducing development complexity and lowering the technical threshold while improving development efficiency. It is suitable for the rapid development of automatic measurement and control equipment and software-defined hardware systems.

This invention discloses an atmospheric data system design method and atmospheric data sensing system based on a simplified bird configuration. The method includes: establishing a dimensionless generalized aerodynamic model suitable for the shape of a bird-configured aircraft, and constructing a standard database of surface pressure distribution of the target aircraft within its complete flight envelope; based on the standard database, with the atmospheric parameter calculation accuracy as the optimization objective, and under given engineering constraints, using a global optimization algorithm to automatically optimize the number and spatial location of pressure gauges; based on the optimal layout of the pressure gauges, implementing a hybrid-driven atmospheric parameter calculation algorithm, which first estimates initial values ​​through a data-driven approach, and then iteratively optimizes under the constraints of the dimensionless generalized aerodynamic model, outputting the calculation results; during the calculation process, integrating a fault diagnosis and fault tolerance mechanism based on reverse verification of machine learning models and physical models to achieve online identification of faulty sensors and system reconfiguration.

The embodiments provide for a method and system for dynamic configuration of a storage system to facilitate independent scaling of resources. The method and system include detecting a change to a topology of a storage system consisting of different sets of storage nodes, where at least one of the different sets of storage nodes has solid-state memory having differing storage capacities. Responsive to detecting the change, the storage system reconfigures to change an allocation of resources to one or more authorities that control a range of identifiers.