Centre for Robotics and Vision - Seminars and Conferences


7th Pacific Rim Symposium on Image and Video Technology (PSIVT) 2015
With leading involvements in organising this event by the following CeRV staff: Reinhard Klette, Wei Qi Yan, Martin Stommel, Loulin Huang, and Hamid GholamHosseini.


CeRV organises research seminars, to be scheduled at default location for Thursdays 12-1 pm in the Board Room WZ318, 3rd floor, WZ Building, starting end of March 2015.

9 July 2015

 First seminar again after winter break

4 June 2015

Ron Nair (AUT), Harshpreet Singh (AUT), and Haokun Geng (UoA): New CeRV website - a discussion of three options

28 May 2015
Robert Yang (AUT, EEE): The Use of Video to Detect and Measure Pollen on Bees Entering a Beehive

Bee populations have been observed for a long time. The health of bees affects the population. There are many factors that affect bees’ health. One factor is nutrition. Bees need an adequate quantity and different varieties of pollen. This research will measure the pollen being brought into the beehive in the bees' pollen sacs. It will process 2-D video which is obtained from in front of the entrance to the beehive and count the number of full pollen sacs which bees bring back. 

21 May 2015

Dr. Boris Bacic (AUT, Computer Science): Development of Augmented Coaching Systems (ACS): Combining Matlab and Delphi for implementation of Personal Tennis Coaching System

 The application "Personal Tennis Coaching System" utilises captured 3D motion data of tennis activity, without information about the ball impact. The purpose of the ACS - Personal Tennis Coaching System is to help end-users with motor learning and stylistic execution of tennis swings. Utilised AI approaches were implemented in Matlab. Interactive animated 3D player and the user interface were implemented in Delphi/Object Pascal codebase including presentation logic and session control with Matlab server. Future work is aimed at development of ACS for sport, human performance, injury prevention and rehabilitation. Future ACS should be able to process multi-modal motion data such as video, image, sound and other signals in stand-alone mode or distributed scenario. 

7 May 2015
Dr. John Robertson (AUT, Applied Sciences): Cheap Autonomous Vehicles Using Off-the-shelf Hobby Components

30 April 2015
Dr. Minh Nguyen (School of Computer and Mathematical Sciences, AUT): A Guided Dynamic Programming Stereo Algorithm

We investigate whether it is possible to combine several stereo matching algorithms in order to create a hybrid algorithm that is superior to its components. We introduce a novel variant of a dynamic programming stereo algorithm that allows for guidance by other algorithms. We make use of our desirability measure to experimentally demonstrate that a combination of stereo matching algorithms is able to produce new powerful hybrids.

23 April 2015
Junli Tao (Computer Science, UoA):  Multi-target Tracking

This presentation reports about proposed tracking algorithms for various targets, such as Drosophila Melanogaster, vehicles, or pedestrians. The talk highlights specific and general technologies to be applied for multi-target tracking. This talk summarises work done in my PhD project.

26 March 2015
Haokun Geng  (Computer Science, UoA): Visual odometry and scene reconstruction with Kalman filters and multi-sensor integration

Visual odometry is the process of estimating the actual vehicle's (or cameras') motion over stereo images. For our dynamic and complex environment on the road, only use the image data from optical cameras may not be sufficient in some extreme cases (i.e. closely following a big truck). So we use the multi-sensor integration to improve the reliability of our egomotion estimation methods. This talk introduces an approach for egomotion estimation over stereo images combined with extra GPS data. The cameras' trajectory and 3D roadside reconstruction is used here as an evaluation method for the egomotion estimation.

19 March 2015

Dongwei Liu (Computer Science, UoA): Stereo refinement for photo editing

The talk introduces into the applied joint bilateral filter and two methods for refining depth maps obtained by stereo matching. Based on experimental results there will be comparisons and a discussion. The illustrated applications are about the generation of fog in stereo images, and also of depth-accurate bokeh.

Last updated: 16-Feb-2018 10.27am

The information on this page was correct at time of publication. For a comprehensive overview of AUT qualifications, please refer to the Academic Calendar.