Poster Sessions

Contributed presentations in lecture or poster format are invited in all areas consistent with the conference themes.

A lecture is generally a 15-minute oral presentation with an additional 5 minutes for discussion. Talk lengths will be determined by the co-chairs at the close of submissions. Additionally, SIAM requests speakers submit only one lecture presentation for the conference, either a minisymposium or contributed lecture. Poster submissions are not restricted.

A poster involves the use of non-electronic visual aids for mounting on a 70cm x 100cm poster board. A poster session is two hours long.

Each contributor, either for a lecture or a poster, must submit a title and a brief abstract not to exceed 75 words.

The poster sessions are scheduled:

Tuesday, June 5 from 18:30 onwards in Building A (first and second floor) and B (ground floor).

Wednesday, June 6 from 11:30 to 13:00 in Building A (first and second floor) and B (ground floor).

Poster's Map

Efficient splitting strategies for structured illumination microscopy 1
Identification and Analysis of Intranuclear Protein Patterns in Fluorescence Microscopy Cell Images 2
Restoration of multispectral images based on the anisotropic diffusion 3
A Neuromathematical Model for Geometrical Optical Illusions 4
Accurate discontinuous Galerkin schemes for seismic traveltimes and amplitudes in heterogeneous anisotropic media 5
Anisotropic image osmosis filtering for visual computing 6
Distances between Tensor Subspaces for Image Analysis 7
Morphing of Manifold-Valued Images inspired by Discrete Geodesics in Image Spaces 8
Partial difference equations and stochastic games for graph signal processing 9
Application of Inertial Proximal Alternating Linearized Minimization to dynamic CT 10
A model of a dynamic system for predicting neurological disease progression through longitudinal imaging 11
A graph-based framework for analysing temporal brain network connectivity on longitudinal imaging 12
Nonlinear diffraction tomography of predominantly forward-scattering objects 13
Phase-constrained Magnetic Resonance Imaging as a Nonlinear Inverse Problem with a Rank Penalty 14
Reconstruction algorithms for sub-second X-ray tomographic microscopy of liquid water dynamics in polymer electrolyte fuel cells 15
Simultaneous reconstruction and separation in a spectral CT framework 16
Super-resolution image reconstruction for inexpensive MRI 17
The nonlinear diffusion filtering methods for geodetic measurements 18
Variational image reconstruction from X-ray micro-tomography data with mixed noise 19
Learning and Dimension Reduction in Medical Image Analysis 20
A fast minorization-maximization algorithm for the mixture-of-normals logit model: value of time estimates under crowding conditions in the NYC subway 21
An Accelerated Newton’s Method for Projections onto the l1-Ball 23
Anisotropic Space Variant regularizer in image restoration 24
Convex Formulation for Discrete Tomography 25
Edge detection with prior shapes based on Mumford-Shah model 26
Fractional Order Total Variational Based Model for Multiplicative Noise Removal 27
L1 Patch-Based Image Partitioning Into Homogeneous Textured Regions 28
Mathematical morphology on tensor images for fiber enhancement 29
Space-variant model for image segmentation over surfaces 30
Total Variation Reconstruction from Quadratic Measurements 31
Two Fast Nonoverlapping Domain Decomposition Methods for the Dual ROF Model 32
A unified view of patch aggregation 33
A sequential Monte Carlo for astronomic imaging 34
Bayesian full-waveform tomography of Ground Penetrating Radar data 35
Maximum Likelihood Imaging for Sensor Arrays 36
Spot the difference for computers 37
Auto-encoders applied to geometric shapes 38
Wavelength and polarization multiplexed pinhole array for variable coded aperture 39
The 3D X-Ray CT as new way of the Scientific Dissemination concerning Cultural Heritage 40
A New Feature Coherence-Penalized Dynamic Minimal Path Model for Tubularity Centerline Delineation 41
A new Monte Carlo software for simulating light transport in biological tissue 42
A novel generative model to synthesize realistic training images 43
A second order free discontinuity model for bituminous surfacing crack recovery, analysis of a nonlocal version of it and MPI implementation 44
Acoustic interface contrast imaging with a constant velocity assumption 45
Covering the Space of Tilts: Application to affine invariant image comparison 46
Determinantal pixel processes and texture synthesis 47
Heterogeneous geobodies retrieval in seismic images 48
High Resolution DEM Building with SAR Interferometry and High Resolution optical Image 49
How to use mixture models on patches for solving image inverse problems 50
Image Quality Control for Legacy JPEG Standard According to Importance of Target Regions 51
Imaging for High-Throughput Screening of Pluripotent Stem Cells 52
Joint denoising and decompression 53
Learning an optimization solver for a class of inverse problems 54
Learning to solve inverse problems using Wasserstein loss 55
Learned Primal-Dual Reconstruction 56
Milano Retinex Paths as Local Minima of an Energy Functional with Tunable Color and Spatial information 57
Motion Modeling of Solutions on the TLC Plate for Analyzing Carbohydrates by Using Image Capturing and Analysis 58
Multiscale denoising of RAW images with precise estimation of noise in all scales 59
Multispectral Image Registration of Historical Artefacts 60
Patch based spatial redundancy analysis using a contrario methods 62
Resolving nanomaterial properties at better than 50nm resolution in Raman spectroscopy 63
Satellite Imagery Reconstructions from Starfire Optical Range 64
Scikit-Shape: Python toolbox for shape analysis and segmentation 65
Source Localization by Spatially Variant Blind Deconvolution 66
Sparse Recovery Algorithms for 3D Imaging using Point Spread Function Engineering 67