5results about How to "Improve programming performance" patented technology

The application provides a chip burning method, a computer device and a computer readable storage medium. The chip burning method comprises the following steps: generating a plurality of different temporary keys; combining the plurality of temporary keys into a key sequence and storing the key sequence in a temporary key file; receiving an encrypted burning file from a second terminal; matching the temporary keys in the key sequence of the encrypted burning file with the temporary keys stored in a local key database one by one; when the temporary keys are successfully matched with the temporary keys in the local key database, downloading a decrypted program file to a burner, the program file is used for burning to a target chip, and then deleting the matched temporary key from the local key database. By generating a plurality of different temporary keys and storing the temporary keys in the local database, the number of burners that can be used at the same time is controlled by matching the temporary keys one by one and deleting the used keys immediately after successful matching, and the total burning quantity can be accurately controlled.

The embodiment of the invention provides a compiling optimization method and device and related equipment, and the method comprises the steps: in a program compiling process, based on a loop nested structure of a program, determining a write operation statement meeting a non-temporary storage condition, and marking non-temporary storage; aligning the write operation statements marked with non-temporary storage according to the vector width; cancelling the non-temporary storage mark of the write operation statement, traversing the intermediate representation of the program, determining the write operation statement meeting the non-temporary storage condition again, and marking the target non-temporary storage; and according to the write operation statement marked with the target non-temporary storage, a vector non-temporary storage instruction is generated, so that cache pollution is reduced, and the memory bandwidth utilization rate is improved.

This utility model discloses a display module flicker programming device in the field of display module programming technology, including a base, a testing machine, a programming probe, a carrier disk, red and green indicator lights, and cables. The base has an operating side, and the red and green indicator lights, the programming probe, and the testing machine are located inside the base. The programming probe is installed on the side away from the operating side. A hole is cut in the upper cover of the base corresponding to the programming probe, and the top of the programming probe is flush with the surface of the upper cover. The red and green indicator lights are installed on the upper cover of the base. The programming probe is electrically connected to the testing machine via cables. The carrier disk is installed on the upper surface of the base and is detachably connected to the base. The carrier disk has a positioning groove, and the positioning groove is cut in the hole corresponding to the programming probe. This utility model has no moving mechanical parts, and the operator does not need to touch the relevant circuits during operation, thus reducing the risk of circuit failure and improving the stability of the device.

This invention provides an automatic correction and cropping method for core images based on YOLOv8-seg and perspective transformation, belonging to the field of image processing technology. The method includes: S1: collecting core box images; S2: polygon point sequence annotation; S3: obtaining the optimal segmentation model; S4: cropping. This invention addresses the problems of excessive manual intervention, low efficiency, and poor adaptability in existing core image processing methods by providing a fully automated end-to-end solution that requires no preprocessing. It enables rapid and stable correction and cropping of core images in complex scenarios, reducing the mechanical workload of geologists and allowing them to focus on core exploration work, thus meeting the practical application needs of large-scale geological exploration projects.

This application provides a compilation optimization method, apparatus, and related devices. The method includes: during program compilation, traversing an intermediate representation and collecting feature information of memory regions accessed by corresponding memory access instructions, the feature information indicating the access characteristics of elements in a memory region of the memory access instructions; determining whether the memory region meets compilation optimization conditions based on the feature information; if so, rearranging the order of elements in the memory region according to the feature information and storing them in a target memory region; and updating the parameter information of the intermediate representation according to the order of elements in the target memory region, thereby improving memory space utilization and improving program performance.