Adaptive NoC-based MPSoC system for spectral imaging algorithm dedicated to art authentication

We propose a NoC-based MPSoC architecture dedicated to art authentication applications for FPGA. The design of the low power architecture is based on the reuse of IP blocks and the adaptation of the communication according to the application requirements. The designer can adapt the architecture and change the parameters of the algorithm without redesigning the complete system. The NoC-based MPSoC architecture fully exploits task parallelism and pipeline of the application. The performance evaluation is easy of use. The designer can explore and estimate the total execution time with a restricted number of implementations.