Cycle stability and consumption energy efficiency evaluation of walking stabilized by stepping feedforward and visual-lifting feedback.
Keli ShenXiang LiDaiji IzawaMamoru MinamiPublished in: ROBIO (2017)
Keyphrases
- feed forward
- energy efficiency
- primate visual cortex
- energy consumption
- wireless sensor networks
- power consumption
- sensor networks
- data center
- energy efficient
- artificial neural networks
- neural network
- neural nets
- back propagation
- recurrent neural networks
- energy aware
- neural architecture
- high performance computing
- visual cortex
- power saving
- power management
- biologically plausible
- visual information
- visual motion
- genetic algorithm
- energy saving
- smart home
- response time
- machine learning
- action recognition
- adaptive neural
- sensor nodes
- residual energy
- databases