Video Playlist of ICCP 2018 Talks
All lectures will be held in McConomy auditorium in Cohon University Center.
Lunch and poster sessions will be held in Wiegand gym.
Reception will be held in Phipps Outdoor garden.
Talks are scheduled for 20 minutes each, followed by 5 minutes for Q&A session.
Download the ICCP 2018 program flyer here.
| Friday, May 04 - Morning Session | |
|---|---|
| 8:15 | Registration |
| 9:00 | Welcome |
| 9:15 | Session 1 (3 talks) Session Chair: Sanjeev Koppal |
| 10:30 | Coffee break |
| 11:00 | Keynote 1: Prof. Kyros Kutulakos Rethinking Structured Light Session Chair: Srinivasa Narasimhan
|
| 12:00 | Lunch in Wiegand gym |
| Afternoon Session | |
| 1:30 |
Session 2 (3 talks) Session Chair: Oliver Cossairt |
| 2:45 | Coffee break |
| 3:15 |
Session 3 (3 talks) Session Chair: Jean-Francois Lalonde |
| 4:30 | Optional Lab Tour: Details TBD |
| 6:30 | Reception at Phipps Conservatory |
| Saturday, May 05 - Morning Session | |
|---|---|
| 8:30 | Registration |
| 9:00 |
Session 4 (4 talks) Session Chair: Mohit Gupta |
| 10:40 | Coffee break |
| 11:00 | Keynote 2: Prof. Quyen Nguyen Molecular Navigation for Cancer Diagnosis and Surgery - Imaging Tumors and Nerves Session Chair: Andreas Velten
|
| 12:00 | Lunch in Wiegand gym |
| Afternoon Session | |
| 1:30 |
Session 5 (4 talks) Session Chair: Kalyan Sunkavalli |
| 3:10 | Poster session |
| 6:45 | Happy Hour at Porch Restaurant |
| Sunday, May 06 - Morning Session | |
|---|---|
| 8:30 | Registration |
| 9:00 |
Session 6 (4 talks) Session Chair: Ioannis Gkioulekas |
| 10:40 | Coffee break |
| 11:00 | Keynote 2: Prof. Sönke Johnsen Seeing the Underwater World through the Eyes of Animals Session Chair: Laura Waller
|
| 12:00 | Lunch in Wiegand gym |
| Afternoon Session | |
| 1:30 |
Session 7 (4 talks) Session Chair: Ramesh Raskar |
| 3:10 | Concluding remarks and award ceremony |
| D01. 24k Video from a Mantis Array Camera |
| D02. Accommodating the Human Eye by Building Virtual Worlds with Dense Focal Stacks |
| D03. Dynamic Photometric Stereo Method using Multi-tap CMOS Image Sensor |
| D04. Compressed Color Light Field Camera |
| D05. KRISM: Krylov subspace-based optical computing of hyperspectral images |
| D06. Focal Track: Depth and Accommodation with Oscillating Lens Deformation |
| D07. Dual Structured Light 3D using a 1D Sensor |
| D08. FlatCams: Mask based lensless imagers and Face detection application |
| D09. Looking around corners using active computational imaging |
| P01. Confocal Non-Line-of-Sight Imaging with the Light Cone Transform |
| P02. Statistical Tomography of Microscopic Life |
| P03. Energy-efficient Imaging Pipelines for Computer Vision |
| P04. Dither-Enhanced Lidar Imaging |
| P05. Occluder Aided Computational Periscopy |
| P06. Fast Integral Image Estimation at 1% measurement rate |
| P07. Time-resolved Light Transport Decomposition for Thermal Photometric Stereo |
| P08. Learning Privacy Preserving Encodings through Adversarial Training |
| P09. Tracking Radioactive Sources through Sensor Fusion of Omnidirectional LIDAR and Isotropic Rad-detectors |
| P10. Depth and Transient Imaging with Compressive SPAD Array Cameras |
| P11. Learning Invariant Riemannian Geometric Representations Using Deep Nets |
| P12. Deep Learning Based Sinogram Correction for Metal Artifact Reduction |
| P13. Illuminant Spectra-based Source Separation Using Flash Photography |
| P14. A Perceptual Measure for Deep Single Image Camera Calibration |
| P15. Non-Uniform Blind Deblurring by Reblurring |
| P16. Single-photon 3D Imaging with Deep Sensor Fusion |
| P17. Motion-resolved Quantitative Differential Phase Contrast |
| P18. Single-exposure 3D microscopy with DiffuserCam |
| P19. Aperture Supervision for Monocular Depth Estimation |
| P20. Deep Diffusers - machine learning for lensless imaging |
| P21. 6-DOF Motion Blur Synthesis and Performance Evaluation of Light Field Deblurring |
| P22. Compressive epsilon photography for post-capture control in digital imaging |
| P23. Parameter-free Accelerated Gradient Descent for Phase Retrieval |
| P24. Evaluation of Lateral Resolution of Light Field Cameras |
| P25. Submodular Trajectory Optimization for Aerial 3D Scanning |
| P26. Computed Axial Lithography: how to build the Replicator from Star Trek |
| P27. Tracking Multiple Objects Outside the Line of Sight using Speckle Imaging |
| P28. A Deep Learning Framework for Light Field Reconstruction from Minimal Measurements |
| P29. Deep Surface Light Fields |
| P30. Image Deblurring for Material Science Applications in Optical Microscopy |
| P31. Single Image Rolling Shutter Rectification |
| P32. 4D Human Body Correspondences from Panoramic Depth Maps |
| P33. Solving Inverse Computational Problems using Deep Pixel-level Prior |
| P34. Compressive Hyperspectral Microscopy of Nanomaterials |
| P35. Physics-based time-of-flight renderer |
| P36. Signal Processing Based Pile-up Compensation for Gated Single-Photon Avalanche Diodes |
| P37. Interferometric measurement of sensor MTF |
| P38. Diffuse optical imaging for breast cancer monitoring |
| P39. EDR: Retinomorphic Event-Driven Representations for Motion Vision |
| P40. Exposure: A White-Box Photo Post-Processing Framework |
| P41. Determining Generic Point Configurations From Unlabeled Path or Loop Lengths |
| P42. Texture Analysis of Spatial Frequency Domain Imaging of Biological Tissue |
| P43. PPGSecure: Biometric Presentation Attack Detection Using Photoplethysmograms |
| P44. Computational X-ray Imaging using Document Scanners |
| P45. Dynamic Heterodyne Interferometry |
| P46. Automatic Estimation of Modulation Transfer Functions |
| P47. Reblur2Deblur: Deblurring Videos via Self-Supervised Learning |
| P48. Acquiring and Characterizing Plane-to-Ray Indirect Light Transport |
| P49. Deep Learning for the Design of Nano-photonic Structures |
| P50. Single-frame 3D fluorescence microscopy with ultraminiature lensless FlatScope |
| P51. Low-Rank plus Sparse Tensor Models for Light-field Reconstruction from Focal Stack Data |