Implementing a Chaotic Cryptosystem by Performing Parallel Computing on Embedded Systems with Multiprocessors.
Abraham Flores-VergaraEverardo Inzunza-GonzálezEnrique Efrén García-GuerreroOscar Roberto López-BonillaEduardo Rodríguez-OrozcoJuan Miguel Hernández-OntiverosJosé Ricardo Cárdenas-ValdezEsteban Tlelo-CuautlePublished in: Entropy (2019)
Keyphrases
- parallel computing
- embedded systems
- shared memory
- multithreading
- cellular automata
- field programmable gate array
- chaotic maps
- low cost
- massively parallel
- embedded devices
- embedded software
- computing power
- chaotic sequence
- high performance computing
- image encryption algorithm
- resource limited
- software systems
- distributed memory
- parallel computation
- parallel programming
- real time systems
- image encryption
- computing systems
- flash memory
- parallel computers
- parallel algorithm
- processing units
- computer architecture
- computing platform
- message passing
- parallel execution
- parallel architectures
- parallel machines
- parallel implementation
- parallel architecture
- hardware design
- general purpose