MSIM: A Highly Parallel Near-Memory Accelerator for MinHash Sketch

Keyphrases

• Access to Information 33%
• Area Overhead 33%
• Assembly pipeline 33%
• Big Data Analytics 66%
• Bound Computation 33%
• Calculator 33%
• Commercially Available 33%
• Data Mapping 33%
• Data Processing Architecture 33%
• Dual In-line Memory Module 66%
• Efficient Hardware 33%
• Energy Overhead 33%
• Energy Reduction 33%
• Genome Assembly 33%
• Genome Sequencing 33%
• Group Level 33%
• Hardware-software Co-design 33%
• Hashing 33%
• High Bandwidth 33%
• High Efficiency 33%
• Highly Parallel 100%
• K-mer 33%
• L1 Cache 66%
• Lightweight Components 33%
• Limited Area 33%
• Limited Bandwidth 33%
• Limited Power 33%
• Long-read Genome Assembly 33%
• Low Latency 66%
• Major Components 33%
• Mapping Scheme 33%
• Massive Computations 33%
• Memory Bank 33%
• Memory Bound 33%
• Memory Controller 33%
• MinHash 100%
• MinHash Sketching 66%
• Multi-threaded Software 33%
• Near-data Processing 66%
• Near-memory Accelerator 100%
• Optimal Data 33%
• Parallel Hardware 33%
• Processing Engine 100%
• Scalable Performance 33%
• Sequence Database 33%
• Similarity Search 66%
• Sketch Processing 66%
• Software Solution 33%
• Stall 33%

Computer Science

• Accelerator Memory 100%
• Application Specific Integrated Circuit 50%
• Big Data Analytics 100%
• Computer Hardware 50%
• Data Access 50%
• Data Mapping 50%
• Data Processing 100%
• Data Structure 50%
• Dual Inline Memory Module 100%
• Graphics Processing Unit 50%
• L1 Cache 100%
• Major Component 50%
• Mapping Scheme 50%
• Memory Bound 50%
• Memory Controller 50%
• Participatory Design 50%
• Potential Application 50%
• Processing Architecture 50%
• Processing Sketch 100%
• Sequence Database 50%
• Similarity Search 100%
• Software Solution 50%