A Hardware-Friendly Real-Time Implementation of the Auditory Attention Based on a Novel Spiking Winner-Take-All Network.
Behrooz AbdoliSaeed SafariPublished in: IEEE Trans. Comput. Aided Des. Integr. Circuits Syst. (2023)
Keyphrases
- real time
- vlsi architecture
- low cost
- dedicated hardware
- fpga hardware
- vlsi implementation
- spiking neural networks
- graphics hardware
- graphics cards
- graphics processing units
- hardware implementation
- computing systems
- spiking neurons
- network traffic
- computing platform
- feed forward
- neural network
- digital signal processor
- network architecture
- fpga device
- video rate
- standard pc
- fpga implementation
- high speed
- local area network
- hardware architecture
- hardware design
- data acquisition
- low latency
- hardware and software
- real time embedded
- artificial neural networks
- abstraction layer
- visual information
- control system
- basal ganglia
- java virtual machine
- wireless sensor networks
- circuit design
- focus of attention
- efficient implementation