Presentations should be no longer than **18 minutes**, with a further 5 minutes for questions. Posters should have dimensions of 36" wide x 48" tall, or A0 size.

Events on May 24-May 26 take place at the University of Waterloo Conference Centre (Federation Hall, FED). On Tuesday, May 23, the Bayesian workshop will be held in E5 2004, and the welcome reception will be at the University Club, UC. Please see the campus map for details and directions.

Session 1: Defect Detection/Model Development | Wed, May 24, 10:30-13:00 |

Session 2: Inverse Heat Transfer I | Wed, May 24, 13:50-15:55 |

Session 3: Inverse Heat Transfer II | Wed, May 24, 16:15-18:20 |

Poster Session (+dinner) | Wed, May 24, 18:30-20:00 |

Session 4: Inverse Heat Transfer III | Thurs, May 25, 08:00-10:30 |

Session 5: Optics and Spectroscopy I | Thurs, May 25, 10:50-12:55 |

Session 6: Optics and Spectroscopy II | Thurs, May 25, 13:50-15:55 |

Session 7: Tomography | Thurs, May 25, 16:15-17:55 |

Session 8: Mathematics and Algorithms | Friday, May 26, 08:30-10:35 |

Session 9: Environmental Sensing, Vibrations, and Structures | Friday, May 26, 10:55-13:25 |

Click on the paper number to see the abstract, and click on the paper title to see the paper.

Session 1: Defect Detection/Model Development Chair: Sriram Narasimhan | 10:30-13:00 | |
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32T | Locating material defects using a scanning laser beam | R McMasters |

23T | Active pulse echo method with time reversal method for identifying crack | S Kubo |

38T | Study of defects of elastic thermal protection by inverse methods of nonlinear acoustics | A Nenarokomov |

42T | Structural health monitoring using electrical impedance tomography based sensing skin: detecting damage, corrosive elements, and temperature change | A Seppänen |

13T | Construction of a microbial kinetic model to capture Staphylococcus aureus growth and decay on skin | K Dolan |

30T | String-harnessed beam structures: an inverse problem approach for mode approximation | B Martin |

Session 2: Inverse Heat Transfer I Chair: Keith Woodbury | 13:50-15:55 | |
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08T | A novel method for estimating the distribution of convective heat flux in ducts: Gaussian singular value decomposition | F Bozzoli |

05T | Utilization of generalized transient heat conduction solutions in parameter estimation | J Beck |

58T | Piecewise quadratic heat flux variation in the sequential function specification method | K Woodbury |

11T | Optimum design of complementary transient experiments for estimating thermal properties | F de Monte |

28T | A time traveling regularization for inverse heat transfer problems | E Magalhaes |

Session 3: Inverse Heat Transfer II Chair: Fabio Bozzoli | 16:15-18:20 | |
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52T | On line uncertainty estimation in composites manufacturing | K Tifkitsis |

14T | A study of the discrepancy function when modeling a packed bed using Bayesian Inference and Gaussian processes | A Emery |

01T | Application of POD-RBF technique for retrieving thermal diffusivity of anisotropic material | W Adamczyk |

40T | Development of a methodology to estimate the thermal diffusivity of solid and liquid metal materials | T Pierre |

09T | Sensitivity study of measurement of pressure-dependent diffusivity of gas diffusion in polymers | K Cole |

Poster Session | 18:30-20:00 | |
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01A | Trefftz collocation method applied to direct and inverse problems for static plane piezoelectricity | A Maciag |

02A | Toolkits and techniques for debugging inverse problems | A Boyle |

03A | Parameter identification of fibrous porous media | J Grabski |

04A | Determination of the effective viscosity in the Brinkman filtration equation | M Mierzwiczak |

05A | View of IHCP solution via Kalman filtering through the lens of filter coefficient | K Woodbury |

06A | Estimation of long-duration surface heat flux by solving nonlinear inverse heat conduction problem | L Zhuo |

07A | String-harnessed system modeling with Euler-Bernoulli and Timoshenko beam models: coupled vibrations | K Yerrapragada |

08A | A collage-based approach for solving an inverse problem for a system of PDEs on a porous domain | H Kunze |

09A | Recognition of a time-dependent source in a time-fractional wave equation | K Siskova |

10A | Temperature-dependent thermal properties measurement by solving inverse heat transfer problems | W Pan |

11A | Characterization of the heat exposure on a compartment wall in a large-scale fire | M DiDomizio |

12A | Electromagnetic flow tomography device for imaging conductive fluid flows | M Vauhkonen |

13A | Sensitivity coefficients for thermal property measurements using a boundary condition of the sixth kind | F de Monte |

14A | Optimal coil currents in electromagnetic flow tomography | O Lehtikangas |

15A | On the use of the Weibull model for microbial inactivation in multi-variable dynamic systems | K Casulli |

16A | Hearing the shape of a drum and beyond | H Zhu |

17A | Inverse modelling approach to determine material properties of electrolytes: effects of faradaic convection | A K Sethurajan |

18A | Conditioning on position: a revised formulation of the CSE model for turbulent combustion | G Hendra |

19A | Trefftz method and inverse operators in solving coupled problems of thermoelasticity | A Pawinska |

20A | Identification of elastic multilayers from indentation experiments | A Constantinescu |

Session 4: Inverse Heat Transfer III Chair: Andrea Scott | 08:00-10:30 | |
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24T | Numerical investigation of coated carbide tool using COMSOL and inverse problems | S Lima e Silva |

03T | Quasi online sensors positioning for heating source tracking | L Autrique |

26T | Construction of a virtual temperature sensor for application to a holding furnace in foundry under vacuum conditions | T Loussouarn |

02T | Transfer function identification through total least squares: application to a heat exchanger in transient thermal regime | W Al Hadad |

43T | Development of correlation for the heat transfer coefficient for an array of air jets | A Ryfa |

22T | Estimation of local heat transfer coefficient in hybrid electronic circuits: method comparison | A Samson |

Session 5: Optics and Spectroscopy I Chair: Alexander Wong | 10:50-12:55 | |
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04T | Plasma thermal characterization in nuclear fusion context | L Autrique |

48T | Robust sparse linear regression in Tokamak plasma boundary estimation using variational Bayes | V Skvara |

07T | Compensated lens-free light field microscopy | A Boroomand |

27T | Depth from defocus via active quasi-random point projections | A Ma |

33T | Application of the inverse analysis to determine the parameters of the weighted multi-point source model for natural gas diluted with carbon dioxide turbulent diffusion flames | R Miguel |

Matlab for Inverse Analysis (J Gazzarri) | 13:50-14:15 |
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Session 6: Optics and Spectroscopy II Chair: Aku Seppänen | 14:15-15:55 | |
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51T | Modeling errors of multiangle elastic light scattering measurement for inference of soot morphology | S Talebi Moghaddam |

47T | Applying a model selection to laser-induced incandescence | T Sipkens |

18T | Chemical species tomography with a Bayesian hyperprior | S Grauer |

41T | Optical Absorption Tomography for Carbon Dioxide Concentration Imaging | N Polydorides |

Session 7: Tomography Chair: Nicholas Polydorides | 16:15-17:55 | |
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49T | Optimal design of ECT sensors using prior knowledge | M Neumayer |

54T | Difference reconstruction methods for electrical capacitance tomography imaging of two-dimensional oisture flow in concrete | A Voss |

21T | A deconvolution error avoidance technique in Richardson-Lucy method | H Yamauchi |

56T | Shale structure reconstruction by X-ray computerized tomography based on total variation regularization | Y Wang |

Session 8: Mathematics and Algorithms Chair: Ed Vrscay | 08:30-10:35 | |
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55T | An algorithm to construct tubular networks that occupy arbitrary regions in R3 | F Ghasempour |

60T | Collage theorem-based approaches for solving inverse problems for differential equations: a review of recent developments | H Kunze |

53T | The inverse problem of discovering complex network generators | M Ventresca |

57T | Inverse eigenvalue problems for checkerboard Toeplitz matrices | B Willms |

49T | Comparison of sparse Bayesian regularization methods for high-dimensional inverse problem | V Smidl |

Session 9: Environmental Sensing, Vibrations, and Structures Chair: Paul Hadwin | 10:55-13:25 | |
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61T | Dispersion relationship extraction using a smooth complex orthogonal decomposition Rayleigh quotient | R Caldwell |

31T | Simulation-based optimum Bayesian experiment design for high-voltage conductors | C Matt |

45T | Ice thickness prediction under hierarchical Bayesian network-data assimilation framework | F Sun |

46T | Bayesian approach to single-tree detection in airborne laser scanning - use of training data for prior and likelihood modeling | A Seppänen |

34T | An approach for noise reduction in inverse problems, applied to well-test data | C Minutti |

62T | Bridge model updating and health monitoring using a single mobile actuator-sensor pair | R Nayek |