M. Boland, E.A.K. Cohen, S. Flaxman, and M.A.A.
Improving axial resolution in SIM using deep
S.F. Mersmann, E. Johns, T. Young, W.A. McEwan, L.C.
James, E.A.K. Cohen, and J.Grove
Learning to count: determining the stoichiometry of
bio-molecular complexes using fluoroscence
microscopy and statistical modelling biorxiv.org/content/10.1101/2020.07.23.217745v1
S. Ward, E.A.K. Cohen, N. Adams
Testing for complete spatial randomness on 3
dimensional bounded convex shapes arxiv.org/abs/2002.03674
L. Shlomovich, E.A.K. Cohen, N. Adams and L. Patel A Monte Carlo EM algorithm for the parameter
estimation of aggregated Hawkes processes arxiv.org/abs/2001.07160 L. Patel, D. Owen and E.A.K. Cohen
Blinking statistics and molecular counting in direct
stochastic reconstruction microscopy biorxiv.org/content/10.1101/834572v1
J. Lutzeyer and E.A.K. Cohen.
Correcting the estimator for the mean vectors in a
multivariate "errors-in-variables" regression model.
S. You, J. Chao, E.A.K.
Cohen, E.S. Ward and R.J. Ober
A microscope calibration protocol for
Optics Express, Accepted, 2020.
Y. Taleb and E.A.K. Cohen
Multiresolution analysis of point
processes and statistical thresholding
for Haar wavelet-based intensity
Annals of the Institute of Statistical
Patel, N. Gustafsson, Y. Lin, R. Ober, R. Henriques and
E. A. K. Cohen A hidden Markov model
approach to charaterizing the
photo-switching behavior of fluorophores
Annals of Applied Statistics, 13(3), 1397-1429, 2019.
E.A.K. Cohen, A.V. Abraham, S. Ramakrishnan and R. Ober Resolution limit of
A. Gibberd, J. Noble
and E.A.K. Cohen
ITISE. 1, 1147-1157,
A. Gibberd and
E.A.K. Cohen. Temporally
of the Asilomar
Patel and E.A.K. Cohen. Bayesian
filtering for spatial estimation of
photo-switching fluorophores imaged in
Proceedings of the
Asilomar Conference on Signals, Systems
and Computers, 1187-1191, 2018.
S. Ward, N.M. Adams and E.A.K. Cohen. Fusing
multimodal microscopy data for improved cell boundary
estimation and fluorophore localisation of Pseudomonas
Proceedings of the Asilomar
Conference on Signals, Systems and Computers,
J. Griffie, L. Shlomovich, D. Williamson, M.
Shannon, J, Aarons, S. Khuon, G. Burn, L. Boelen, R.
Peters, A. Cope, E. A. K.
Cohen, P. Rubin-Delanchy, and D. Owen.
3D Bayesian cluster analysis of super-resolution data reveals
LAT recruitment to the T cell synapse.
Scientific Reports, 7, 4077, 2017.
Hogan, E.A.K. Cohen and N.M. Adams.
Devising a fairer methods for adjusting
target scores in interrupted One-Day
Electronic Journal of Applied
Statistical Analysis, 10(3), 745-758,
Y. Taleb and E.A.K. Cohen. A wavelet based likelihood ratio test
for the homogeneity of Poisson processes.
Proc IEEE SSP. 2016.
E.A.K. Cohen, D. Kim and R.J. Ober. The Cramer Rao lower
bound for point based image registration with heteroscedastic
error model for application in single molecule microscopy.
IEEE Transactions on Medical Imaging, 34, 2632 --- 2644, 2015.
J. Rossy, E. A. K. Cohen, K. Gaus and D. M. Owen. Method for
Co-Cluster Analysis in Multichannel Single Molecule Localization
Histochemisty and Cell Biology, 141, 605 --- 612, 2014.
Multi-wavelet coherence for point processes on the real-line.
Proc IEEE International Conference of Acoustics, Speech and
Signal Processing, Florence, 2668 --- 2672, 2014
E.A.K. Cohen and R.J. Ober. Analysis of errors in point based
image registration with applications in single molecule
IEEE Transactions on Signal Processing, 61, 6291 --- 6306, 2013.
E.A.K. Cohen and R.J.
Ober. Measurement errors in fluorescence microscopy image
Proc Asilomar Conference on Signals, Systems and Computers,
2012. Pacific Grove, CA, 2012. 1602 --- 1606, 2013
A. T. Walden and E.A.K. Cohen. Statistical properties of coherence
estimators for evolutionary processes.
IEEE Transactions on Signal Processing, 60, 4586 --- 4597, 2012.
E.A.K. Cohen and R.J. Ober. Image Registration Error Analysis
with applications in single molecule microscopy.
Proc IEEE Biomedical Imaging Symposium - From Nano to Macro.
Barcelona 996 --- 999, 2012.
E.A.K. Cohen and A. T. Walden. Wavelet coherence for certain
nonstationary bivariate processes.
IEEE Transactions on Signal Processing, 59, 2522 --- 2531,
E.A.K. Cohen and A. T. Walden. A statistical analysis of
temporally smoothed wavelet coherence.
IEEE Transactions on Signal Processing, 58, 2964 --- 2973, 2010.
E.A.K. Cohen and A. T. Walden. A statistical analysis of Morse
IEEE Transactions on Signal Processing, 58, 980 --- 989, 2010.
Statistical Data Science. Editors N.M. Adams and E.A.K.
Cohen. World Scientific. 2018
PhD Thesis E.A.K. Cohen. A statistical study of wavelet coherence for
stationary and non-stationary processes. pdf