Professor Javen Qinfeng Shi
National Lead, Smarter Regions CRC Bid
Director and Founder, Probabilistic Graphical Model Group
Director in Advanced Reasoning and Learning, Australian Institute for Machine Learning
Professor, School of Computer Science, University of Adelaide
Email: javen.shi at adelaide.edu.au
" Only in silence the word,
only in dark the light,
only in dying life:
bright the hawk's flight
on the empty sky "
Ursula K. Le Guin (A Wizard of Earthsea)
- (March 2020) Congrats to Ehsan etal on CVPR 2020 paper Gold Seeker: Information Gain from Policy Distributions for Goal-oriented Vision-and-Langauge Reasoning
- (March 2020) Congrats to Ehsan etal on CVPR 2020 paper Counterfactual Vision and Language Learning
- (Feb. 2020) Congrats to Chongyu etal on TIP paper Model-Free Tracker for Multiple Objects Using Joint Appearance and Motion Inference
- (Feb. 2020) Congrats to Yan etal on TKDE paper Fast and Low Memory Cost Matrix Factorization: Algorithm, Analysis and Case Study
- (Feb. 2020) Congrats to Qingsen etal on TIP paper Deep HDR Imaging via A Non-local Network
- (Feb. 2020) Congrats to Ali etal on IJCAI paper Sparsesense: Human activity recognition from highly sparse sensor data-streams using set-based neural networks
- (Feb. 2020) Check out our Smarter Regions Cooperative Research Centre (CRC) Bid. The Smarter Regions CRC will empower regional Australia to gain the maximum benefit from the AI revolution. It will transform existing industries and grow a technology sector in and for regional Australia. Our industry cash commitment (before CRC matching) has surpassed $30M. Together with universities and local governments commitments, total cash after matching is expected to be $80M.
- (Sept. 2019) With MIDDOL, we've won Golden Prize (1st place) at SAIC Volkswagen's Logistics Innovation Day with Digital Factory powered by AI! Proud of the team! Great to work with automobile industry.
- (July 2019) Congrats to Zhenhua etal on the ICCV 2019 paper New Convex Relaxations for MRF Inference with Unknown Graphs
- (June 2019) Proud of the team DeepSightX using AI and geoscience to predict the minerals. Within merely 3 months, from zero to exceptional, we've managed to produce tools that make industry domain experts proud. For those who came to my call, stood by me and fought along side of me, you have my gratitude. For those who know me well, know what that means. The trophies match and reflect your attributes and memorable moments in this journey. The 2nd Prize and $200k for the Explorer Challenge is only a prelude for the real journey to begin. [ media release ]
- (May 2019) Congrats to Alireza etal on the IJCAI 2019 paper SparseSense: Human Activity Recognition from Highly Sparse Sensor Data-streams Using Set-based Neural Networks
- Check out our CVPR 2019 MOTChallenge Workshop on Tracking and Surveillance
- (Feb. 2019) 5 CVPR 2019 papers accepted. Congrats to the team!
- Congrats to Ehsan etal on What's to know? Uncertainty as a Guide to Asking Goal-oriented Questions [pdf]
- Congrats to Ehsan etal on A Generative Adversarial Density Estimator (oral)
- Congrats to Yuhang etal on Variational Bayesian Dropout [pdf]
- Congrats to Qingsen etal on Attention-guided Network for Ghost-free High Dynamic Range Imaging
- Congrats to Jie etal on RGBD Based Dimensional Decomposition Residual Network for 3D Semantic Scene Completion
- (Nov. 2018) We've started a regular Machine Learning Training and Tutorial program.
- (Nov. 2018) Congrats to Qingsen etal on the WACV19 paper Multi-scale Dense Network for Deep High Dynamic Range Imaging.
- (Nov. 2018) Congrats to Yao etal on the PR paper Efficient dense labelling of human activity sequences from wearables using fully convolutional networks.
- (Nov. 2018) Congrats to Zhang etal on the IJCV paper Cluster Sparsity Field: An Internal Hyperspectral Imagery Prior for Reconstruction.
- (Nov. 2018) How to turn a two-step adaptive MRF to one-step? Check Suwichaya etal's Signal Processing paper.
- (Nov. 2018) Congrats to Yan etal on the TKDE paper Fast and Low Memory Cost Matrix Factorization.
- (Oct. 2018) Congrats to Suwichaya etal on the TIP paper An Adaptive Markov Random Field for Structured Compressive Sensing.
- (Oct. 2018) Congrats to Dong etal on the TIP paper MPTV: Matching Pursuit Based Total Variation Minimization for Image Deconvolution.
- (Oct. 2018) Want a deep neural net to learn and predict orderless labels/outputs? Checkout our Deep Perm-Set paper v.2 here.
- (Oct. 2018) Congrats to Ali etal on the MobiQuitous18 paper Deep Auto-Set: A Deep Auto-Encoder-Set Network for Activity Recognition Using Wearables.
- (July 2018) Congrats to Jie etal on the ECCV18 paper Seeing Deeply and Bidirectionally: A Deep Learning Approach for Single Image Reflection Removal.
- (July 2018) Congrats to Yuhang etal on the ECCV18 paper Deblurring Natural Image Using Super-Gaussian Fields.
- (July 2018) Congrats to Ehsan etal on the BMVC18 paper Active Learning from Noisy Tagged Images.
- (Nov. 2017) Want a deep neural net to predict SETs (instead of vectors/matrices/tensors)? Checkout our AAAI18 deep set paper here.
- (July 2017) Congrats to Dong, Mingkui, Yanning, Anton for our ICCV17 deblur paper.
- (July 2017) Check out our tutorial on graphical models on SoCG17 with Chao Chen.
- (April 2017) 1 paper accepted to IJCAI17 on higher order inference for graph matching. Congrats to Zhen, Julian, Yong, Wei and Yanning.
- (Mar. 2017) Congrats to Dong&Jie etal on the CVPR17 deep deblur paper
- (Jan. 2017) 1 Post-doc position now available; Salary: University Level B (AU$94K p.a.); Duration: 2 years (renewable)
- (Nov. 2016) 2 AAAI17 papers accepted (1 Oral, 1 Poster)
- (July 2016) 1 ECCV16 and 1 CIKM16 papers accepted (1 Poster, 1 Oral)
- (Mar. 2016) 4 CVPR16 papers accepted (1 Oral, 3 Posters)
ResearchI am leading a machine learning team developing efficient algorithms and systems that can evolve and learn from massive amounts of data in almost any domain, and be capable of reasoning and decision making with super-human performance.
Our systems are very effective at modelling complex relationships between variables. These might be the relationships between symptoms and diseases, or the relationships between a set of sensor inputs and the state of the system being modelled, or the relationships between cellular metabolic reactions and the genes that encode them, or the relationships between users in a social network about whom we wish to draw inferences.
More specifically, my current research projects involve
- developing core machine learning algorithms and theory in probabilistic graphical models, structured learning, optimisation, and deep learning;
- developing algorithms and systems for applications ranging from computer vision, social networks, healthcare, smart agriculture, smart manufacturing (Industry 4.0), automated trades etc.
Consulting?Yes, we do consulting too.
I am leading the PGM group at the School of Computer Science, The University of Adelaide. I am also with the Australian Institute for Machine Learning (formly The Australian Centre for Visual Technologies). I was an ARC Discovery Early Career Researcher Award (DECRA) Fellow between 2012-2014 (awarded in 2011). I received a PhD in computer science in 2011 at The Australian National University (ANU) in Machine Learning. At ANU, I was under the supervision of Alex J. Smola (primary advisor, Now in CMU, Marianas Labs and Amazon), Jack Yu (Now in Bocom), S. V. N. Vishwanathan (Now in UCSC), Li Cheng (Now in A-Star), Tiberio Caetano (principle advisor, ANU and NICTA), Richard Hartley (Panel, ANU and NICTA). Before that, I completed Bachelor and Master study in computer science and Technology in 2003 and 2006 at The Northwestern Polytechnical University (NPU) under the supervision of Yanning Zhang.