10 results about "Programming process" patented technology

This invention relates to the field of motherboard programming, and in particular to a motherboard programming control method, device, and system. The method includes, during the programming process, controlling the level changes of the cache state machine and the block addressing state machine to determine whether the two state machines will simultaneously be in a metastable state during state updates. If so, a micropulse is generated and inserted into the oscillation half-cycle, so that the time when the two state machines are simultaneously in a metastable state is staggered from the clock edge before data is written. This avoids data rejection due to the continuous metastable state of the two state machines, effectively ensuring the integrity of data writing and thus guaranteeing the quality of motherboard programming.

The invention discloses a code repairing method and device, electronic equipment and a computer storage medium. The method comprises the steps of obtaining target problem information from target detection information corresponding to a target code; the target detection information is obtained by detecting the target code by an editor; then, obtaining a target related code corresponding to the target problem information; and finally, inputting the target problem information and the target related code into the target large model to obtain target repair information corresponding to the target problem information. According to the method, a more specific and feasible error modification suggestion (target repair information) is provided for target problem information in a mode of combining a large model with editor detection, and a developer does not need to query a webpage to find a problem solution any more, so that the developer can be directly assisted in code problem repair in a programming process; and the code writing efficiency and the code writing quality of developers are improved.

This invention provides a method and system for integrated production, reliability testing, and final programming based on eMMC, belonging to the field of storage device technology. The system includes a test board and a reliability testing equipment group, with the test board and equipment group being compatible. The test board is equipped with sockets, each socket connected to an eMMC host, and each eMMC host connected to an SPI NAND flash memory. This invention, through preliminary programming, reliability testing, final programming, and production testing, enables reliability detection of eMMC during the programming process, ensuring the reliability of eMMC batch product quality.

This application discloses an eFuse programming control method, programming controller, and system, relating to the field of data processing technology. The method includes: when a programming command is received, acquiring attribute data from the eFuse's current operating environment; determining whether the attribute data is within a corresponding preset safety attribute range; and when the attribute data is determined to be within the preset safety attribute range, executing the programming operation according to the programming command. Environmental attribute data is introduced as a pre-judgment condition. This acts as a security checkpoint for the programming process, allowing execution only when the environment meets the standards, effectively preventing unreliable operations on the eFuse under unknown or unstable conditions that could potentially cause abnormal impacts on critical data. By pre-setting safety attribute ranges, hardware failures caused by external factors such as power fluctuations and electrostatic interference can be avoided, extending the lifespan of the eFuse and surrounding circuits. This significantly reduces the risk of miswriting, missed writing, or data bit flipping.

A programming-aided method for object-oriented programming of programmable logic controllers (PLCs) includes: providing a drawing interface for users to insert patterns, where each pattern is associated with an object; and generating an inclusion relationship between several associated objects based on the inclusion relationships between several patterns inserted by the user in the drawing interface. This method improves the visualization of modeling during the programming process of PLCs. A programming-aided system and a computer-readable storage medium are also provided.

A method of performing a program process on a three-dimensional (3D) NAND memory device is disclosed. The method causes residual electrons trapped in a storage region of a dummy cell in the middle of an unselected string of the 3D NAND memory device during a pre-charge phase to be removed, thereby reducing program disturbance to a selected string adjacent to the unselected string.

This application relates to the field of circuit board manufacturing technology, specifically to a programming method, programming equipment, server, and electronic equipment. It supports the programming equipment obtaining the first programming address corresponding to the first chip from the server, completing the address programming for that chip, and then generating the next programming address for the next chip based on information such as the number of chips to be programmed and the programming order, completing the corresponding address programming, and repeating this process until the addresses of all chips are programmed. During the address programming process of the target board, the programming equipment only needs to communicate with the server once via serial port to obtain the first programming address, without needing to communicate with the server again to obtain the programming addresses of the remaining chips. This reduces the number of serial port communications between the programming equipment and the server, reduces the server load, and reduces the risk of programming interruption due to server response delays or failures. Especially for multi-chip boards, it improves programming efficiency and saves communication resources.

This invention relates to the field of data processing technology, specifically to an efficient chip data processing method for the programming process. The method involves: obtaining the suspected anomaly level of page addresses based on differences in the number of write failures and the difference in write time between page addresses; identifying suspected abnormal page addresses based on the suspected anomaly level; clustering these suspected abnormal page addresses based on their distribution characteristics within the chip to obtain different page address sets; and obtaining the true anomaly level based on the state characteristics of neighboring page addresses, the discrete distribution characteristics of their respective page address sets, and the differences in the number of write failures and write time between the suspected abnormal page address and other suspected abnormal page addresses within the same set. This invention obtains the chip programming anomaly level based on the true anomaly level of suspected abnormal page addresses, the number of write failures, and the write time; and detects the chip programming status based on the programming anomaly level, thus improving the accuracy of assessing latent defects in the chip.

The application discloses an intelligent programming auxiliary method and system based on image recognition, which comprises the following steps: acquiring an image of a programming language carrier, and defining the image as an information image to be extracted; performing image preprocessing on the information image to be extracted, and converting the information image to be extracted into a sample image; performing OCR recognition on the sample image, and obtaining target character data; acquiring a user instruction, creating a programming task according to the user instruction, and establishing a corresponding relationship with the specified target character data; when the programming task is executed, acquiring character data input by the user actively, and defining the character data as a previous character set; if the user instruction received in the programming task execution process meets preset function trigger information one, a programming following mode one is performed. The application has the effects of reducing repetitive labor in the programming process and improving the enthusiasm and positivity of relevant personnel.

This invention relates to the field of data processing technology, specifically to an efficient chip data processing method for the programming process. The method involves: obtaining the suspected anomaly level of page addresses based on differences in the number of write failures and the difference in write time between page addresses; identifying suspected abnormal page addresses based on the suspected anomaly level; clustering these suspected abnormal page addresses based on their distribution characteristics within the chip to obtain different page address sets; and obtaining the true anomaly level based on the state characteristics of neighboring page addresses, the discrete distribution characteristics of their respective page address sets, and the differences in the number of write failures and write time between the suspected abnormal page address and other suspected abnormal page addresses within the same set. This invention obtains the chip programming anomaly level based on the true anomaly level of suspected abnormal page addresses, the number of write failures, and the write time; and detects the chip programming status based on the programming anomaly level, thus improving the accuracy of assessing latent defects in the chip.