Real-Time Highly Accurate Dense Depth on a Power Budget using an FPGA-CPU Hybrid SoC.
Oscar RahnamaTommaso CavallariStuart GolodetzAlessio TonioniThomas JoyLuigi di StefanoSimon WalkerPhilip H. S. TorrPublished in: CoRR (2019)
Keyphrases
- highly accurate
- real time
- high speed
- capable of producing
- fpga hardware
- low power
- low cost
- limited memory
- high quality
- power consumption
- high accuracy
- fpga implementation
- power reduction
- dedicated hardware
- data acquisition
- fpga device
- pipelined architecture
- low power consumption
- hardware design
- accurate models
- real time image processing
- general purpose
- gpu implementation
- digital signal
- real time systems
- pc cluster
- power saving
- multi threaded
- video processing
- computational power
- hardware and software
- vision system
- signal processing
- control system
- neural network