We present a digital fixed-point architecture that performs real-time nonuniformity correction in infrared (IR) focal plane arrays using the Constant Range algorithm.
Results on both phantom and patient data are obtained using constant algorithm parameters, which demonstrate the robustness of the proposed method.
The system temperature was held constant using the algorithm described by Berendsen et al.[21] using a temperature damping constant of 2000 fs.
Water, lipid and peptide systems were coupled separately to temperature baths with 323 K for the DPPC using the Berendsen algorithm with a time constant of τ T = 0.1 ps.
Equilibrium constants were determined by using the Marquardt Levenberg algorithm for nonlinear regression with the GraphPad Prism version 3.0a for Macintosh (GraphPad Software, San Diego, CA, USA).
This can be done in constant time using the Algorithm 1.
First, a piecewise constant regression function is fitted to the log ratios, using the PCF algorithm described above.
The average concordance rate was almost constant over 99.8%, when the genotype calls were determined with over 48 samples using the Birdseed algorithm.
The constant temperature and pressure (300 K/1 atm) were maintained using the Berendsen coupling algorithm 17 with a time constant for heat-bath coupling of 0.2 ps.
This was done using the Viterbi algorithm [54], which is a dynamic programming algorithm that allows us to determine the longest segments of time during which the f0 is approximately constant.
