https://media.defense.gov/2023/Mar/29/2003188792/-1/-1/0/RDTEN_BA1-3_BOOK.PDF- Continue to explore neuromorphic spiking neuron hardware designs based on brain models that are suitable for future edge computing and signal processing in small naval platforms
- Continue research investigations of neuromorphic spiking neuron hardware designs based on brain models that are suitable for future edge computing and signal processing in small naval platforms
- Continue the application of new brain-inspired artificial intelligence algorithms and architectures for the development of compact neuromorphic hardware suitable for edge computing and signal processing in Naval platforms
- Initiate applied research to design embedded neuromorphic processors into intelligent autonomous systems to permit onboard analysis of target data to enable single-pass mine countermeasures missions
- Continue application of new brain-inspired artificial intelligence algorithms and architectures for the development of compact neuromorphic hardware suitable for edge computing and signal processing in Naval platforms.
- Continue applied research to design embedded neuromorphic processors into intelligent autonomous systems to permit onboard analysis of target data to enable single-pass mine countermeasures missions.
- Conduct applied research to develop agile humanoid robot teammates with enhancements including:
(i) Embedding computer vision with visual-spatial reasoning;
(ii) Auditory systems to enable human communication;and
(iii) Neuromorphic (brain-like) processors.
"
develop agile humanoid robot teammates"
Awesome
(20min delay)