3results about How to "Improve system flexibility" patented technology

The invention discloses a communication performance optimization method, electronic equipment and a computer readable storage medium, and belongs to the technical field of communication. The communication performance optimization method is applied to a dual-computer communication system in which a master processor and a slave processor are in communication connection based on a preset communication protocol. The communication performance optimization method comprises the following steps: dynamically obtaining to-do tasks in a task list; determining a task category and a cache space category of the to-be-handled task according to the urgency degree and the complexity of the to-be-handled task; determining an execution position and a task priority of the to-be-handled task according to the task category; and dynamically adjusting data in the cache space according to the cache space type. The working performance of the wearable device can be improved through the dual-machine system.

This invention relates to the field of integrated circuit design technology, and particularly to an access system, memory system, and access method for three-dimensional data access. The access system includes: a configuration register unit, an address generation unit, a data assembly and splitting unit, and a dual-pipeline controller. The address generation unit, connected to the configuration register unit and the dual-pipeline controller, calculates a one-dimensional physical address based on a target index value input by the user and sends it to the dual-pipeline controller. The dual-pipeline controller, connected to the memory interface, independently manages read and write flows based on user read / write requests, enabling read and write operations in the memory based on the one-dimensional physical address. The data assembly and splitting unit, connected to the dual-pipeline controller, assembles and splits data during the read / write flow before sending it to the dual-pipeline controller. This solution uses hardware to implement three-dimensional data indexing, which can improve data processing efficiency and system flexibility.

The utility model relates to the technical field of coal-fired power plant power system emergency power supply, and particularly relates to a coal-fired power plant high reliability emergency power supply system based on all-vanadium liquid flow battery, which comprises an all-vanadium liquid flow battery system, a bidirectional converter, a grid-connected circuit breaker, an intelligent microgrid controller and a safety protection device. The all-vanadium liquid flow battery system comprises an electric pile, positive and negative electrolyte storage tanks, a circulating pump and a battery management system. The direct current output end of the all-vanadium liquid flow battery system is connected to the direct current side of the bidirectional converter, and the alternating current side of the bidirectional converter is connected to the 380V power distribution section of the power plant through the grid-connected circuit breaker. The system cooperates with the auxiliary power to operate normally and assists in peak regulation. When a fault occurs, the intelligent microgrid controller triggers seamless switching to an off-grid mode within 50 milliseconds, and independently carries the key load. The utility model solves the problems of slow switching and low reliability of traditional emergency power supply, is environmentally friendly and safe, and is modular in design, which facilitates expansion and maintenance and is suitable for emergency power supply of key equipment in coal-fired power plants.