4results about How to "Simplify interface design" patented technology

This invention discloses a miniature spaceborne surveillance camera system supporting both photography and video recording, relating to the field of aerospace electronic equipment technology. The system includes: an image acquisition unit for acquiring image data in response to shooting commands; an embedded control unit communicatively connected to the image acquisition unit for configuring the image acquisition unit's operating parameters via a first interface, receiving image data via a second interface, and processing the image data to obtain image files; a storage unit communicatively connected to the embedded control unit for receiving and storing image files via a third interface; and an external communication unit communicatively connected to the embedded control unit, including a first communication interface and a second communication interface. The first communication interface is used for telemetry and control communication, and the second communication interface is used to output image files. This invention can reduce device size, lower hardware costs and assembly difficulty, and improve the system's versatility, flexibility, and reusability.

The application provides an operation circuit and a microprocessor architecture, which are applied to the technical field of computers, and the circuit comprises a gating circuit and a multiplier. The operation circuit is responsive to a switching control signal. In a first mode, the operation circuit controls the gating circuit to send a real operand pair (a, b) into the multiplier for operation. Alternatively, in a second mode, the operation circuit is responsive to the switching control signal to send a non-zero mask data pair into the multiplier for operation. In this way, the multiplier has data input and performs operation in any clock cycle, that is, the multiplier is continuously in a running state. The power consumption generated by the running of the multiplier is maintained stable, and differential power consumption characteristics are not generated. The side channel attack of an attacker to obtain sensitive information by analyzing the power consumption characteristics is prevented, the security of the password operation is improved, and security vulnerabilities are eliminated.

The invention relates to the technical field of information systems, and provides a multi-information system navigation proxy method and system based on a large language model, and the method comprises the steps: obtaining a user operation instruction, an API interface document, a page URL and behavior description of each information system, and classifying each information system into a query type and an interactive type through the large language model; if the information system is a query type, reconstructing the information system into an enterprise integration system, and adding metadata information into a metadata knowledge base of the enterprise integration system; if yes, an interaction start page and function description are added to a metadata knowledge base of the enterprise integration system; and in response to the user request, identifying a user intention, performing matching in the metadata knowledge base of the enterprise integration system based on the user intention, and sending the ID of the information system which is successfully matched and has the user permission to the http request generation agent. And smooth and seamless page jump experience under the multi-information system is realized.

The invention provides a client multi-protocol connection pool method. The client multi-protocol connection pool method comprises the following steps: defining a uniform connection interface; connection of specific protocols is realized; creating a plug-in manager; creating a connection pool: defining a ConnectionPool structural body for managing multiplexing of the connection, creating a connection pool instance by implementing a NewConnectionPool function, obtaining the connection from the pool by implementing a Get method, and putting the connection back to the pool by implementing a Put method; and using the connection pool: creating a plug-in manager instance, registering a protocol connection factory, creating a connection pool instance, acquiring connection from the pool, performing data transmission by using the connection, and putting the connection back to the pool after the data transmission is completed. The system has remarkable advantages in the aspects of flexibility, performance, usability, stability and the like, the expandability and the adaptability of the system are improved, the development cost and the maintenance difficulty are reduced, and more efficient, stable and secure communication services are provided for users.