A 280nW, 100kHz, 1-cycle start-up time, on-chip CMOS relaxation oscillator employing a feedforward period control scheme.
Takashi TokairinKoichi NoseKoichi TakedaKoichiro NoguchiTadashi MaedaKazuyoshi KawaiMasayuki MizunoPublished in: VLSIC (2012)
Keyphrases
- feed forward
- control scheme
- analog vlsi
- limit cycle
- high speed
- circuit design
- cmos image sensor
- closed loop
- single chip
- back propagation
- control system
- cmos technology
- artificial neural networks
- control strategy
- dynamic model
- image sensor
- neural network
- control law
- neural nets
- recurrent neural networks
- predictive control
- adaptive neural
- control loop
- focal plane
- feedback loop
- robot manipulators
- biologically plausible
- power dissipation
- low power
- induction motor
- nonlinear systems
- fuzzy controller
- hidden layer
- neural model
- activation function
- feed forward neural networks
- neural network controller
- pid controller
- input output
- real time
- position control
- differential equations
- power consumption
- visual cortex
- control method
- steady state
- genetic algorithm
- external disturbances
- neural network model