Bit-Vector Pattern Matching Systems on the Basis of Analog-Digital Field Reprogrammable Arrays

Bit-vector pattern matching technology is based on the effective decomposition of the primary digital multidimensional variables into corresponding groups of secondary variables of smaller dimension, followed by parallel processing the last of the above. The article proposes the use of the modern integrated technologies advantages for the implementation of efficient in terms of power consumption and hardware costs analog arithmetic-logic units with limited conversion accuracy for the development of promising analog-digital broadband bit-vector pattern matching systems (BVPMS). To improve the stability and accuracy of BVPMS, the paper substantiates the application of the locality principle for analog data processing, especially when using memristive elements with advanced functionality (non-volatile local storage of information, in-memory data processing, self-learning). The analysis of modern integrated memristive technologies is given and the directions of analog-digital field reprogrammable arrays realization for BVMP are proved.)