software

acquisition

Adaptive multirate acquisition of fluorescence microscopy data sets

[reproducible research page]

[matlab code]


Intelligent acquisition and learning of fluorescence microscope data models

[reproducible research page]

[matlab code]


segmentation

Topology preserving STACS segmentation

[matlab code]


Active mask segmentation

[reproducible research page]

[matlab code | ImageJ plugin | @ ImageJ page]


classification

Multiresolution frame classification

[reproducible research page]

[matlab code]


interactive Mathematica demonstrations

ideal Nth-band discrete filters

[@ Wolfram demonstrations]


separable and nonseparable 2D sequences

[@ Wolfram demonstrations]


unit-norm vectors under different p-norms

[@ Wolfram demonstrations]


a pair of biorthogonal bases in the real plane

[@ Wolfram demonstrations]


three vector spaces

[@ Wolfram demonstrations]


equivalence of linear and circular convolutions

[@ Wolfram demonstrations]


linear-phase discrete filters

[@ Wolfram demonstrations]


moving-average discrete filters

[@ Wolfram demonstrations]


Gibbs phenomenon in the truncated discrete-time Fourier transform of the sinc sequence

[@ Wolfram demonstrations]


multirate signal processing: downsampling

[@ Wolfram demonstrations]


multirate signal processing: upsampling

[@ Wolfram demonstrations]


twin-dragon wavelet

[@ Wolfram demonstrations]



support

The work here has been supported by the NSF through awards 1130616, 1017278, 0515152, 633775, 0331657, 0750271, the NIH through awards 1DC010283, EB009875, EB008870, CMU Carnegie Institute of Technology Infrastructure Award, and the PA State Tobacco Settlement, Kamlet-Smith Bioinformatics Grant.