Separating true range measurements from multi-path and scattering interference in commercial range cameras. - Adrian A. Dorrington; John P. Godbaz; Michael J. Cree; Andrew D. Payne; Lee V. Streeter (Three-Dimensional Imaging, Interaction, and Measurement, 2011)

Technical Foundation and Calibration Methods for Time-of-Flight Cameras. - Damien Lefloch; Rahul Nair; Frank Lenzen; Henrik Schäfer; Lee V. Streeter; Michael J. Cree; Reinhard Koch; Andreas Kolb 001 (Time-of-Flight and Depth Imaging, 2013)

Analysis of the SoftKinetic DepthSense for Range Imaging. - Michael J. Cree; Lee V. Streeter; Richard M. Conroy; Adrian A. Dorrington (ICIAR, 2013)

A strategy for the correction of effects of jitter in AMCW lidar images. - Lee V. Streeter; Michael J. Cree; Adrian A. Dorrington (IVCNZ, 2013)

Multifrequency time of flight in the context of transient renderings. - Ayush Bhandari; Achuta Kadambi; Refael Whyte; Lee V. Streeter; Christopher Barsi; Adrian A. Dorrington; Ramesh Raskar (SIGGRAPH Posters, 2013)

Customizing time of flight modulation codes to resolve mixed pixels. - Achuta Kadambi; Refael Whyte; Ayush Bhandari; Lee V. Streeter; Christopher Barsi; Adrian A. Dorrington; Ramesh Raskar (SIGGRAPH Posters, 2013)

Coded time of flight cameras: sparse deconvolution to address multipath interference and recover time profiles. - Achuta Kadambi; Refael Whyte; Ayush Bhandari; Lee V. Streeter; Christopher Barsi; Adrian A. Dorrington; Ramesh Raskar (ACM Trans. Graph., 2013)

Two Approximate Closed Form Solutions to Total Variation Noise Reduction. - Lee V. Streeter; Michael J. Cree; Adrian A. Dorrington (IVCNZ, 2014)

Time Frequency Duality of Time-of-Flight Range Cameras for Resolving Multi-path Interference. - Refael Whyte; Ayush Bhandari; Lee V. Streeter; Michael J. Cree; Adrian A. Dorrington (IVCNZ, 2014)

Design of a pseudo-holographic distributed time-of-flight sonar range-imaging system. - Lee V. Streeter; Jonathan B. Scott; Carl A. Lickfold; Michael J. Cree (IVCNZ, 2016)

Towards generalised time-of-flight range imaging at the edge of moving objects. - Lee V. Streeter (IVCNZ, 2017)

Signal Processing Approaches for Jitter Extraction in Time-of-Flight Range Imaging Cameras. - Gehan Anthonys; Michael J. Cree; Lee V. Streeter (ICSPCS, 2018)

Mobility Aids Detection Using Convolution Neural Network (CNN). - Amir Mukhtar; Michael J. Cree; Jonathan B. Scott; Lee V. Streeter (IVCNZ, 2018)

Ground Plane Segmentation of Time-of-Flight Images for Asparagus Harvesting. - Matthew Peebles; Shen Hin Lim; Lee V. Streeter; Mike Duke; Chi Kit Au (IVCNZ, 2018)

Simple Stereo Matching Algorithm for Localising Keypoints in a Restricted Search Space. - Matthew Seabright; Lee V. Streeter; Michael J. Cree; Mike Duke; Rachael Tighe (IVCNZ, 2018)

Time-of-Flight Range Image Measurement in the Presence of Transverse Motion Using the Kalman Filter. - Lee V. Streeter (IEEE Trans. Instrum. Meas., 2018)

Jitter Measurement in Digital Signals by Using Software Defined Radio Technology. - Gehan Anthonys; Michael J. Cree; Lee V. Streeter (I2MTC, 2019)

Evaluation of Deep Neural Network and Alternating Decision Tree for Kiwifruit Detection. - Ye Chow Kuang; Lee V. Streeter; Michael J. Cree; Melanie Po-Leen Ooi (I2MTC, 2019)

Simultaneous Phase and Frequency Stepping in Time-of-Flight Range Imaging. - Carl A. Lickfold; Lee V. Streeter; Michael J. Cree; Jonathan B. Scott (IEEE SENSORS, 2019)

Adaptation of Bidirectional Kalman Filter to Multi-Frequency Time-of-Flight Range Imaging. - A. N. Alqassab; Lee V. Streeter; Michael J. Cree; Carl A. Lickfold; Vance Farrow; Shen Hin Lim (IVCNZ, 2019)

Frequency Based Radial Velocity Estimation in Time-of-Flight Range Imaging. - Carl A. Lickfold; Lee V. Streeter; Michael J. Cree; Jonathan B. Scott (IVCNZ, 2019)

Metrological aspects of time-of-flight range imaging. - Lee V. Streeter; Ye Chow Kuang (IEEE Instrum. Meas. Mag., 2019)

Full Reference Video Quality Assessment Metric on Base Human Visual System Consistent with PSNR. - Anastasia Mozhaeva; Lee V. Streeter; Igor Vlasuyk; Aleksei Potashnikov (FRUCT, 2021)

Video Quality Assessment Considering the Features of the Human Visual System. - Anastasia Mozhaeva; Vladimir Mazin; Michael J. Cree; Lee V. Streeter (IVCNZ, 2022)

Research and Application of the Adaptive Model of the Human Visual System for Improving the Effectiveness of Objective Video Quality Metrics. - Vladimir Mazin; Michael J. Cree; Lee V. Streeter; Ksenia Nezhivleva; Anastasia Mozhaeva (FRUCT, 2023)

NRspttemVQA: Real-Time Video Quality Assessment Based on the User's Visual Perception. - Anastasia Mozhaeva; Vladimir Mazin; Michael J. Cree; Lee V. Streeter (IVCNZ, 2023)

Video Quality Metric Compatible with PSNR Considering Recent Knowledge of Peripheral Characteristics of Human Vision. - Anastasia Mozhaeva; Igor Vlasuyk; Aleksei Potashnikov; Vladimir Mazin; Lee V. Streeter (IVCNZ, 2024)