Abstract:
A neural cellular network (10) for implementing a so-called Chua's circuit, and comprising at least first (11), second (12) and third (13) cells having respective first (I111, I121, I131) and second (I112, I122, I132) input terminals and respective state terminals (T11, T12, T13), the first (I111, II121, I131) and second (I112, I122, I132) input terminals being to receive a first (V1) and a second (V2) reference signal, respectively, and the first cell (11), and the second (12) and third (13) cells being of mutually different types.
Abstract:
The method comprises two time steps of multiplication and accumulation, of which a first step is assigned to the product of the data and of the coefficient matrices and a second step is assigned to the subsequent product by the transposed coefficient matrix. Moreover preferably the data to be transformed and the corresponding coefficients are supplied to a first multiplication step in time succession, possibly after their storage in an appropriate memory. The device for the attainment of said method comprises two multipliers (31, 32) with their corresponding accumulator (33, 30), a RAM-type memory (34) for storing the data to be transformed and the transform coefficients, a multiplexer (39) which receives said data first from the input and then from the memory (34) and arranges them in a time succession for the supply to a first multiplier (31), and a shift register (38) which receives said transform coefficients from the memory (34) and arranges them for the supply to the second multiplier (32).
Abstract:
The method comprises two time steps of multiplication and accumulation, of which a first step is assigned to the product of the data and of the coefficient matrices and a second step is assigned to the subsequent product by the transposed coefficient matrix. Moreover preferably the data to be transformed and the corresponding coefficients are supplied to a first multiplication step in time succession, possibly after their storage in an appropriate memory. The device for the attainment of said method comprises two multipliers (31, 32) with their corresponding accumulator (33, 30), a RAM-type memory (34) for storing the data to be transformed and the transform coefficients, a multiplexer (39) which receives said data first from the input and then from the memory (34) and arranges them in a time succession for the supply to a first multiplier (31), and a shift register (38) which receives said transform coefficients from the memory (34) and arranges them for the supply to the second multiplier (32).