A new architecture for Cellular Neural Network on reconfigurable hardware with an advance memory allocation method

Keyphrases

• Cellular Neural Networks 100%
• Chip Area 100%
• Allocation Method 100%
• New Architecture 100%
• Memory Allocation 100%
• Reconfigurable Hardware 100%
• Proposed Design 66%
• Cellular Processor 66%
• Input-output 33%
• Field Programmable Gate Arrays 33%
• Discretized 33%
• Arithmetic Logic Unit 33%
• Hardware Description Language 33%
• Forward Euler Method 33%
• Neighborhood Relation 33%
• Design Complexity 33%
• Processing Speed 33%
• Euler Approximation 33%
• Cellular Control 33%
• Image Partitioning 33%
• Block Random Access Memory 33%

Computer Science

• Allocation Method 100%
• Reconfigurable Hardware 100%
• Memory Allocation 100%
• Neural Network 100%
• And-States 33%
• Approximation (Algorithm) 33%
• Input/Output 33%
• Random Access Memory 33%
• Processing Speed 33%
• Design Complexity 33%
• Field Programmable Gate Arrays 33%
• Hardware Description Languages 33%

Engineering

• Chip Area 100%
• Reconfigurable Hardware 100%
• Memory Allocation 100%
• Input Image 33%
• Field Programmable Gate Arrays 33%
• Forward Euler 33%
• Design Complexity 33%
• Input State 33%
• Random Access Memory 33%