Presentations & Posters

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• Tutorials
  • Oral presentations
    • A whistle-stop tutorial on observational turbulence studies: Background and motivation for a statistical treatment (Invited) - Kiyani
    • Tutorial On Supervised Learning (Invited) - D'Ambrosio
• SIP Challenges: future instrumentation
  • Oral presentations
    • Computational Spectral Imaging Techniques for High-Resolution and Instantaneous Observations of the Solar Corona (Invited) - Kamalabadi
• Session 1: Power laws in solar physics: observations and proper estimation
  • Oral presentations
    • On Power-law Distributions of Observed Solar Features (Invited) - Parnell
    • Bayesian Analysis of Power Law Models in High-Energy Astrophysics and in Solar Physics (Invited) - van Dyk
  • Posters
    • The infuence of small sample sizes on the determination of powerlaws - D'Huys
    • Modeling the space plasma microstates with power-law distribution functions - Lazar
• Session 2: Optimal combination of in-situ and imaging data
  • Oral presentations
    • Combining HI and in situ observations to constrain CME evolution (Invited) - Moestl
    • Processing and Analyzing Images of Coronal Mass Ejections (Invited) - Howard
    • Visual Verification of Coronal Mass Ejections in ENLIL Ensemble Simulations through Optical Flow Analysis - Bock
    • The new 'CORIMP' CME catalog & 3D reconstructions - Byrne (poster)
    • 3D morphological reconstruction of CMEs and CME-driven shocks from SECCHI COR and HI1 observations and their link to in-situ measurements - Feng
    • Kinematic of CMEs using SECCHI/HI observations - Srivastava
  • Posters
    • The solar source of extreme space weather events - Balmaceda
    • 3D Extension to JHelioviewer - Csillaghy
    • Visually Browsing the new RHESSI Flare Database using the HESPE Browser - Etesi
    • 3D kinematics of two consecutive CMEs - Mierla
    • Automated tracking of coronal mass ejections using CACTus - Pant
    • HELCATS - Heliospheric Cataloguing, Analysis and Technique Service - Rodriguez
    • Viewpoints of space weather based on current image data - Verstringe
• Session 3: How well can we predict solar eruptions and disturbances?
  • Oral presentations
    • The Physics Behind Flare Prediction and Present Methods for Flare Forecasting (Invited) - Barnes
    • Machine Learning for Solar Flare Prediction (Invited) - D'Ambrosio
    • Solar Demon - Detecting Flares, Dimmings and EUV waves on SDO/AIA images - Kraaikamp
    • Systematic measurements of global variations in the coronal magnetic field using EIT waves - Long
    • Image patch analysis and clustering of sunspots: A dimensionality reduction approach - Moon
    • Automated Detection of delta spots. - Padinhatteeri
  • Posters
    • Analysis of dynamic events detected by SoFAST in SWAP EUV images - Bonte
    • Polar plumes' orientation and the Sun's global magnetic field - de Patoul
    • Predicting Flaring Activity through Supervised Classification on Predictor Variables - De Visscher
    • Numerical models of ICMEs interaction - Gonzalez Dominguez
    • A method for automated detection of solar eruptions - Hurlburt
    • The Real Time Flare Monitor System at HSOS - Jiaben
    • Towards Automated Tracking and Characterization of Off-Limb EUV Coronal Shocks - Kozarev
    • Using long-term temperature distributions of active regions to predict flare activity - Leonard
    • A statistical study of quiescent and eruptive prominences at solar minimum via an automated tracking system. - Loboda
    • Automated Coalignment of Multi-instrument Data - Plowman
    • Tracking and kinematical characterization of CME events in 3D using a supervised texture-based technique combined with automatic tie-point triangulation - Stenborg
    • Bayesian Analysis of the Solar Cycle Using Multiple Proxy Variables - Stenning
• Session 4: Tracking of small scale magnetic features and its applications
  • Oral presentations
    • Small-scale magnetic structure at the solar surface (Invited) - Schüssler
    • Surface magnetic flux and its evolution (Invited) - Parnell
    • Continuous Solar Magnetic Carpet - Gorobets
    • Analysis of long-term magnetic flux transport on the solar surface by auto-tracking technique of patches - Iida
    • Magnetic Feature Tracking and the Small-Scale Solar Dynamo - Lamb
    • Calculating solar differential rotation by automatic tracking of CBPs with hybrid PSO-Snake algorithm - Shahamatnia
    • Can flux cancellation build-up magnetic flux ropes? - Yardley
  • Posters
    • Solar rotation measured by SDO/AIA coronal bright points - Brajsa
    • Polarity Inversion Line Applications - Engell
    • Augmenting a magnetic feature tracking code - Gosic
    • Recognizing Morphological Diversity in Solar EUV Images - Kirk
    • A fast Python-based Ellerman bomb tracking algorithm. - Mumford
    • >Sunspot group areas, tilt-angles and magnetic-field reconstruction for historical cycles - Valliappan
• Session 5: Origin of variability and prediction of solar wind
  • Oral presentations
    • Turbulence, nonlinear dynamics, and sources of intermittency and variability in the solar wind. (Invited) - Matthaeus
    • A multi-scale approach to the analysis of anisotropic plasma turbulence (or studying turbulence wearing wavelet spectacles) (Invited) - Kiyani
    • A multifractal analysis of air temperature signals based on the wavelet leaders method - Deliège
  • Posters
    • Towards understanding the role of waves in the solar corona using spectroscopic techniques - Dolla
    • Operational forecast of solar wind streams - Nikolic
    • Geometrical properties of coronal holes and filament channels extracted from SDO/AIA 193Å images - Reiss
    • Second order statistics for the analysis of textural properties of coronal holes and filament channels in SDO/HMI and SDO/AIA 193Å images - Reiss
• SunPy, time series, and statistical analysis
  • Posters
    • A Bayesian Approach to Supervised Segmentation of Solar Regions - De Visscher
    • Making of composites out of multiple solar datasets: a Bayesian multiscale approach - Dudok de Wit
    • The solar butterfly diagram: from a phase space portrait to a predator-prey model - Dudok de Wit
    • You can do solar data analysis using SunPy - Ireland
    • Reconstruction of the solar Extreme Ultra Violet (EUV) irradiance using EUV images - Mampaey
    • Time dependent tomographic reconstruction of the solar corona - Peillon
    • Detector Statistics and Interpretation of Images - Plowman
    • SunPy: New Scientific Analysis Capabilities for GOES Observations - Ryan
    • First Steps towards a Homogeneous Solar Spectral Irradiance Dataset: Selection, Merging and Quality Assessment - Schöll
    • Reconstruction of the solar spectral irradiance from solar magnetograms: a data-driven approach - Vuiets