3results about How to "Eliminate operation" patented technology

The application discloses a state code-based archive examination information state maintenance method, system, device and medium, relates to the technical field of information processing, and comprises the following steps: receiving and analyzing a to-be-examined nurse archive request, extracting the field name and field value of the analyzed nurse archive data, and allocating a corresponding unique identifier; querying a corresponding historical nurse archive under a previous examination node event, comparing the historical field name-hash value mapping table of the historical nurse archive with a target field name-hash value mapping table field by field, and assigning a state code representing state change; generating and storing a multi-level visual identifier for information prompting in an examination interface; and in response to an examination node event of an examination process, and based on the unique identifier and the event type of the examination node event, updating and maintaining the state code of the to-be-examined nurse archive and the corresponding multi-level visual identifier. The application can clearly grasp archive changes and avoid redundant operations of expanding and viewing each column without changes.

The application belongs to the field of post-quantum cryptography and information security technology, and relates to a lattice polynomial operation acceleration method and system based on fusion accumulation and recursive divide-and-conquer and a storage medium. The method comprises the following steps: obtaining a to-be-operated polynomial, determining the polynomial operation type, selecting a corresponding operation method according to the determination result, generating a corresponding type of synthetic long polynomial, and continuously writing the synthetic long polynomial into a shared accumulation buffer. The synthetic long polynomial is read from the shared accumulation buffer, polynomial folding and modulus reduction are performed, a polynomial operation result component is generated, and the polynomial operation result component is output to a next-level storage unit. The application solves the technical problems of high memory read-write bandwidth consumption and redundant algorithm power consumption caused by modulus reduction and folding immediately after multiplication of each sub-polynomial in the existing traditional matrix-vector multiplication, and the strict limitation of the existing NTT acceleration scheme to a specific modulus structure and poor algorithm agility.

An automated replacement method for fluorinated furnace slag cans, based on an automated fluorinated furnace slag can replacement system, is used in conjunction with the slag can and fluorinated furnace, and is implemented in a plant with a disassembly and docking area. The method steps are as follows: 1. Remove the top cover of the empty slag can; 2. Hoist and lock the empty can; 3. Transfer and dock the empty can; 4. Connect the can to the slag discharge port; 5. Fill the can with fluorinated slag; 6. Disconnect the can from the slag discharge port; 7. Install the top cover on the full can. The advantages of this invention are: by using industrial robots (A / B), AGV forklifts, and other equipment to replace manual labor, the high-radiation exposure steps such as removing the top cover, transferring the empty can, docking the can with the slag discharge port, connecting the can with the slag discharge port, transferring the full can, and installing the top cover are completed. Operators only need to remotely monitor or operate on-site for a short time, which significantly reduces the risk of radioactive dust inhalation and cumulative radiation dose.