Hardware design methodology using lightweight dataflow and its integration with low power techniques

Keyphrases

• Design Methodology 100%
• Hardware Components 100%
• Hardware Description Language 100%
• Hardware Design 100%
• Software System 100%
• Software Components 100%
• Low Power Techniques 100%
• Modeling Approach 50%
• Design Optimization 50%
• Design Process 50%
• System Design 50%
• Parallelization 50%
• Hardware Implementation 50%
• Software Implementation 50%
• Dataflow Modeling 50%
• Modularity 50%
• Application Programming Interface 50%
• Signal Processing Hardware 50%
• Vehicle Classification 50%
• Deep Neural Network 50%
• Power Management 50%
• Programming Techniques 50%
• Programming Model 50%
• CUD A 50%
• Dataflow Programming 50%
• Dataflow Model of Computation 50%
• Design Exploration 50%
• Scheduling Tasks 50%
• Memory Management 50%
• Efficient Scheduling 50%
• DSP Hardware 50%
• Low-power DSP 50%
• Task Synchronization 50%
• Neural Network Applications 50%
• Efficient Process 50%
• High-Level Description 50%

Computer Science

• Hardware Component 100%
• Hardware Design 100%
• Software Systems 100%
• Software Component 100%
• Hardware Description Languages 100%
• Case Study 50%
• Design Optimization 50%
• Parallelism 50%
• Hardware Implementation 50%
• Software Implementation 50%
• system level design 50%
• Deep Neural Network 50%
• Programming Model 50%
• Level Description 50%
• Model of Computation 50%
• Programming Methodology 50%
• Design Exploration 50%
• Scheduling Task 50%
• Signal Processing Software 50%
• Neural Network Application 50%
• Signal Processing Hardware 50%
• Application Programming Interface 50%
• Power Management 50%