Seminar: Rami Khushaba, Building IQ & UTS, Nov 18th, 11a

When: Mon Nov 18th, 11a Where: Rose St Building Seminar Area Speaker: Rami Khushaba, Building IQ & UTS Title: Improved Electromyogram (EMG) Pattern Recognition for Multifunction Prosthesis Control Abstract: Myoelectric control employs pattern recognition (PR) systems decipher the content of the Electromyogram (EMG) signals from the remaining muscles in the amputees stump to recover lost …

Seminar: Ayoung Kim, KAIST, Rob Mahony, ANU, Nov 15th 10a – noon

When: Fri Nov 15th, 10a – noon Where: Rose St Building Seminar Area Speaker 1: Ayoung Kim, KAIST Title: Enhancing robotic perception in the underwater environment Abstract: This talk focuses on two major underwater perceptual sensors, namely optical and sonar image. First part of this talk deals with the underwater optical image enhancement introducing model-based, …

Seminar: Kate Maguire-Rosier, Weds Nov 13th, 4p

When: Weds Nov 13th, 4p Where: Rose St Building Seminar Area Speaker: Kate Maguire-Rosier Title: Moving with robots: A review of dance performances involving human and robotic performers Abstract: This presentation focusses on artistic projects involving robots, specifically in the context of live dance performance. Following Naoko’s talk last week on her collaborative motion project, …

Seminar: Elizabeth Ratnam, Fri Nov 1st, 2p

When: Fri Nov 1st 2019, 2:00p Where: Rose St Building Seminar Area Speaker: Elizabeth Ratnam, ANU Title: Creating a resilient carbon-neutral electricity grid Abstract: In recent years, a dramatic increase in electrical power generation from renewable energy sources has been observed in many countries. The grid-integration of customer-owned solar photovoltaics (PV) has been driven by government …

Seminar: Teja Digumarti and Yi Sun, Oct 30th 2019

When: Weds, Oct 30th 2019, 4:00p Where: Rose St Building Seminar Area Speaker: Teja Digumarti Title: Semantic Segmentation and Mapping in Natural Environments Abstract: Research on 3D Reconstruction, Semantic Segmentation has made great progress over the past decade. However, a vast majority of this research is targeted towards human made environments like indoors and urban …

Seminar: Naoko Abe, Nov 6th 2019 [rescheduled]

When: Weds, Nov 6th 2019, 4:00p Where: Rose St Building Seminar Area Title: Robotics and society: An overview of current research projects Abstract: The talk will present the current projects undertaken under the “Robotics and Society” theme at the Sydney Institute for Robotics and Intelligent Systems. The Robotics and Society theme aims to explore the …

Seminar: Ravi Garg, Oct 24th 2019

When: Thurs, Oct 24th 2019, 2:00p Where: Rose St Building Seminar Area Title: SLAM for Learning and Learning for SLAM Abstract: Decades of research in mutiview geometry have provided us with real-time dense monocular tracking and mapping systems which are capable of reconstructing high fidelity maps of the world around us. However, these geometric approaches …

Seminar: Will Reid, JPL, Oct 21st 2019

When: Monday, Oct 21st 2019, 3:00p Where: Rose St Building Seminar Area Title: Actively Articulated Wheel-on-Limb Mobility for Traversing Europa Analogue Terrain Abstract: Mobile, in-situ exploration of Europa’s rugged, icy surface holds the potential for enabling discovery across multiple geologic units outside the exhaust-contaminated landing zone. The spatial and compositional diversity of surface salts and …

Seminar: Jasper Brown, Oct 17th 2019

When: Thurs, Oct 17th 2019, 1:00p Where: Rose St Building Seminar Area Title: Estimating noise covariance in filters using autocovariance least squares Abstract: The extended Kalman filter is an extremely useful tool that is widely applied in robotics. In practice we often read the sensor noise covariance matrix off a datasheet and make some sort …

Seminar: He Kong, Stuart Eiffert, Weiming Zhi and Kumming Li, Oct 10th 2019

When: Thurs, Oct 10th 2019, 4:00p Where: Rose St Building Seminar Area Title: Human/animal motion prediction and robotic path planning in dynamic environments Abstract: Fully autonomous and safe operations of intelligent platforms relies on an accurate understanding and prediction of the changing environment. This is especially true for scenarios such as campus, human-robot shared workspace, …

Contacts

Australian Centre for Robotics
info@acfr.usyd.edu.au