Reconfigurable Processing-in-Memory Architecture for Data Intensive Applications

Keyphrases

• Processing-in-memory Architecture 100%
• Reconfigurable Computing 100%
• Data-intensive Applications 100%
• Programmability 66%
• Reconfigurable Architectures 66%
• Data Movement 33%
• Special Functions 33%
• Constraint Information 33%
• Big Data Acceleration 33%
• Activation Function 33%
• Area Energy Efficiency 33%
• Multicore 33%
• Convolutional Neural Network Accelerator 33%
• Power Performance Area 33%
• Batch Normalization 33%
• DRAM Subarray 33%
• Multiple Processing 33%
• Functional Output 33%
• Processing Element 33%
• High Energy Efficiency 33%
• Convolution Function 33%
• In-memory 33%
• AI Acceleration 33%
• Conventional Processing 33%
• Network Demand 33%
• Ultra-low Latency 33%
• Multiplication-and-accumulation 33%
• Pooling Function 33%

Computer Science

• Convolutional Neural Network 100%
• Memory Architecture 100%
• Data Intensive Application 100%
• Energy Efficiency 100%
• Deep Neural Network 66%
• reconfigurable architecture 66%
• Programmability 66%
• Artificial Intelligence 33%
• Big Data 33%
• Emerging Application 33%
• Application Acceleration 33%
• In-Memory Processing 33%
• Superior Performance 33%
• Functional Unit 33%
• Processing Element 33%
• Activation Function 33%
• Parallel Processing 33%
• Resource Constraint 33%
• Compute Unit 33%
• Multicore 33%
• Standalone Processor 33%
• Batch Normalization 33%
• Convolution 33%