Design and Evaluation of Photonic Neural Network for Hardware-Accelerated Artificial Intelligence Applications

Computer Science

• Neural Network 100%
• Artificial Intelligence Applications 100%
• Computer Hardware 100%
• ReLU Function 40%
• Processing Unit 20%
• Activation Function 20%
• Optical Domain 20%
• Artificial Intelligence 20%
• Energy Efficient 10%
• Parallel Processing 10%
• Data Generation 10%
• Efficient Algorithm 10%
• Optical Amplifier 10%
• Data Center 10%
• Computer Architecture 10%
• Computing Technology 10%
• Internet Traffic 10%
• Decision-Making 10%
• Decision Boundary 10%
• Optical Element 10%
• Internet-Of-Things 10%
• Data Processing 10%
• Photoelectric Emission 10%
• Internet Access 10%
• Global Internet 10%
• Supercomputer 10%
• Smart Device 10%
• Matrix Multiplication 10%
• Network Function 10%
• Parallelism 10%
• Clock Frequency 10%
• Free Operation 10%
• Central Processing Unit 10%

Engineering

• Photonics 100%
• Artificial Intelligence 100%
• Linear Unit 40%
• Optical Domain 20%
• Processing Unit 20%
• Activation Function 20%
• Subcircuit 20%
• Optical Element 10%
• Global Energy 10%
• Brick Wall 10%
• Photocurrent 10%
• Decision Boundary 10%
• Photodetector 10%
• Semiconductor Optical Amplifier 10%
• Spike Train 10%
• Optoelectronics 10%
• Optical Frequency 10%
• Optical Filter 10%
• Parallelism 10%
• Energy Footprint 10%
• Internet-Of-Things 10%
• Global Population 10%
• Making Machine 10%
• Clock Frequency 10%
• Smart Device 10%
• Digital Electronics 10%
• Neural Input 10%
• Internet Access 10%
• Internet Traffic 10%
• Matrix Multiplication 10%
• Network Function 10%
• Central Processing Unit 10%

Material Science

• Electronic Circuit 100%
• Neuromorphic Computing 100%
• Data Processing 33%
• Amplifier 33%
• Photosensor 33%