FPGA based intelligent co-operative processor in memory architecture

Keyphrases

• Acceleration Techniques 16%
• Computation Control 16%
• Computational Unit 16%
• Computer System Performance 16%
• Control Logic 16%
• Design for Environment 16%
• FPGA-based 100%
• Hertfordshire 16%
• Immediate Access 16%
• In-memory 16%
• Intelligent Systems 16%
• Memory Architecture 100%
• Nexavar 16%
• Operative 100%
• Performance Acceleration 16%
• Performance Speedup 16%
• Potential Gains 16%
• Processing-In-Memory Architectures 33%
• Processor-in-memory 100%
• Spartan 16%
• Successive Addition 33%

Computer Science

• Computational Unit 33%
• Computer System Performance 33%
• Cooperative Work 33%
• Field Programmable Gate Arrays 100%
• Memory Architecture 100%
• Potential Benefit 33%