5 results about "Programming method" patented technology

Embodiments of the invention disclose a data programming method, apparatus and device, and a storage medium. The method applied to a control terminal comprises the steps of obtaining to-be-programmeddata; sending the to-be-programmed data to a programming object, thereby enabling the programming object to performing curing on the to-be-programmed data; receiving and verifying verification data returned by the programming object, and when the verification data passes the verification, ending programming work of the current programming object, wherein the verification data includes the to-be-programmed data received by the programming object. The problem that data programming work depends on manual operation in the prior art is solved, so that the technical effect of accurately programmingthe to-be-programmed data to the programming object is achieved.

The invention discloses a method for designing discrete layering angles of a laminated board, which is used for solving the technical problem of large optimization problem scale in the conventional method for designing the discrete layering angles. The technical scheme is that: an optimization model for the discrete layering angles is established by using a binary coding material interpolation model, the maximum whole structure stiffness, namely the minimum submissiveness C is taken as a design goal, and the optimization design is performed by a mathematical programming method. The method is suitable for design problems of any number of discrete layering angles, the number of required design variables and the optimization problem scale are not larger than those of the conventional method,and the number of variables and the optimization problem scale can be greatly reduced when the number of the discrete layering angles is larger.

A non-volatile memory includes an array (30) of cells in rows and columns (311-316; 331-336),where the cells of each column (311-316; 331-336) are positioned within a respective isolated p-well region (301, 302, 303). Control gates of sequential memory cells in rows of the array (311, 321, 331; 316, 316, 336) are electrically coupled by common wordlines (3071, 3072 3076). Bitlines (3091, 3092, 3093) electrically couple drain or source regions of each memory cell in the respective columns (311-316; 331-336). The source lines (3051, 3052, 3053) and at least one memory cell in each column of the array (311-316; 331-336) are electrically coupled to the p-well region (301, 302, 303) corresponding to the column of the source line and cell. Each column of the array (30) is therefore located within an isolated well.

The invention provides a programming module, which comprises a first module for storing data to be programmed; a second module used for storing and allowing the single chip microcomputer to read cyclic redundancy check data and a maximum address of a to-be-burnt product memory. The single chip microcomputer reads the data address range of the first module according to the maximum address of the to-be-burnt product memory and writes the data address range into the to-be-burnt product memory. The single-chip microcomputer reads the data written into the to-be-programmed product memory and calculates a cyclic redundancy check code of the data of the to-be-programmed product memory. When the cyclic redundancy check code is consistent with the sum of the cyclic redundancy check data, programming is ended. When the cyclic redundancy check code is inconsistent with the sum of the cyclic redundancy check data, programming is repeated. The module can realize automatic programming, and meanwhile, the programming yield is high.