Development Of Modules Of Neuro-Like Cryptographic Encryption And Decryption Of Data And Their Implementation On FPGA

The requirements are formed and the main stages of synthesis of cryptological encryption and data decryption modules are explained. The tabular-algorithmic method of scalar product calculation has been improved and it is focused on working with floating-point operands. The structures of modules of cryptographic encryption/decryption of data are developed. The design of specialized tools for the modules of neuro-like cryptographic encryption and data decryption has been carried out. The VHDL programming language and the Quartus II development environment (version 13.1) were used for this purpose. The estimation of hardware costs and decryption time of the specialized means of decryption module implemented on FPGA is carried out.