2 results about "Augmented matrix" patented technology

The application discloses a sequence construction method and system. The method constructs a switching matrix based on the number of various types of elements in the sequence, establishes a unified constraint system, and obtains a numerical solution of the switching matrix through optimization. Based on the numerical solution, a graph structure is constructed and connectivity is determined to determine whether a complete sequence can be formed; when the connectivity is satisfied, a target sequence that meets the switching relationship and quantity requirements is generated based on the graph structure. The method supports segment-level structure expression, modeling of the head-tail relationship of the augmented matrix, and sub-sequence combination expression, and is suitable for multiple sequence construction tasks. Accordingly, the application also provides a sequence construction system, which includes a matrix modeling module, a constraint construction module, a solving module, a connectivity determination module, and a sequence generation module.

The application relates to the technical field of large-scale multiple-input multiple-output, and provides a signal processing method and device, electronic equipment, a medium and a product.The method comprises the following steps: determining a Gram matrix of a channel matrix of a multiple-input multiple-output (MIMO) system according to the channel matrix and a conjugate transpose of the channel matrix; decomposing an augmented matrix determined according to the conjugate transpose of the channel matrix and the Gram matrix to obtain a decomposed augmented matrix, wherein the Gram matrix is eliminated as an upper triangular matrix in the decomposed augmented matrix, and a lower triangular matrix corresponding to the upper triangular matrix is determined according to an elimination factor recorded in an elimination process; and performing back substitution calculation on the decomposed augmented matrix to obtain a weighting matrix, wherein the weighting matrix is used for zero-forcing detection of a received signal.The adaptability of a real-time signal detection method is improved, and the problem that an existing method is difficult to cope with various service scenarios is effectively solved.