A Novel Exponential Approximation with \(\pm 0.21\, \hbox {dB}\) Error for Realizing an Improved CMOS Exponential Function Generator.
Pushkar SrivastavaRavindra Kumar SharmaPublished in: Circuits Syst. Signal Process. (2017)
Keyphrases
- approximation error
- error bounds
- error tolerance
- relative error
- linear complexity
- efficient computation
- error rate
- taylor series expansion
- maximum error
- power consumption
- analog vlsi
- high speed
- approximation algorithms
- closed form
- error estimates
- approximation schemes
- database
- absolute error
- minimum error
- neural network
- cmos technology
- error estimation
- single chip
- power supply
- genetic algorithm
- database systems
- low cost
- uniform distribution
- generalization error
- estimation error