September 26 | Part I: Review and Progress Report (closed session) | |
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08:00 -- 08:30 | Registration, light breakfast (coffee, bagels) | |
08:30 -- 08:50 | Overview of the program | Hamid Krim (ARO) and Paul Thomas (DSTL) |
08:50 -- 09:20 | Overview of the project | Rene Vidal (JHU) |
09:20 -- 09:35 | Aims 1 & 5: Characterization of Semantic Information Content; Semantic Information Fusion | Rene Vidal (JHU) |
09:40 -- 10:05 | Aim 2: Impact of Data Transformations and Processing on Information Content | Stefano Soatto (UCLA) |
10:10 -- 10:40 | Coffee Break | |
10:40 -- 11:15 | Aim 3: Optimization for Learning Most Informative Data Representations | Jason Lee (Princeton) |
11:20 -- 11:45 | Aim 4: Characterizing Uncertainty in Multimodal Information Representations | Arnaud Doucet (Oxford) |
11:50 -- 12:05 | Aim 6: Validation and Integration | Miroslaw Bober (Surrey) |
12:10 -- 01:10 | Lunch (free-form: many options at Ackermann Union) | |
Part II: Unforeseen Breakthroughs and Wild Ideas (open session) | ||
01:10 -- 01:30 | Making the black box effective | Emmanuel Candes (Stanford) |
01:35 -- 01:55 | Information and generalization | John Shawe-Taylor (UCL) |
02:00 -- 02:20 | The dynamics of differential learning | Stefano Soatto (UCLA) |
02:25 -- 02:45 | Exact simulation for uncertainty quantification | Arnaud Doucet (Oxford) |
02:50 -- 03:20 | Coffee Break | |
03:20 -- 03:40 | On Gradient-Based Methods for Finding Game-Theoretic Equilibria | Michael Jordan (Berkeley) |
03:45 -- 04:05 | Generative and discriminative domain adaptation and generalization | Rama Chellappa (UMD) |
04:10 -- 04:30 | The changing face of the curse of dimensionality | Josef Kittler (Surrey) |
04:35 -- 04:55 | ACTNET: Learning aggregations for object recognition | Miroslaw Bober (Surrey) |
05:00 -- 05:20 | Linearly Convergent Non-Smooth Non-Convex Optimization for Robust Subspace Learning | Rene Vidal (JHU) |
05:25 -- 06:25 | Poster session | |
06:30 | Dinner for PIs and Program Officers | Plateia Restaurant (across the street) |
September 27 | Part III: Interactive and Next Generation (open session) | |
08:00 -- 08:30 | Registration, light breakfast (coffee, bagels) | |
08:30 -- 08:40 | Contextual Information Separation for Moving Object Segmentation | Yanchao Yang (UCLA) |
08:40 -- 08:50 | PAC-Bayes generalisation bounds for binary-activated neural networks | Benjamin Guedj (UCL) |
08:55 -- 09:05 | Geometric Integrators and Splitting methods in Optimization | Guilherme Franca (JHU) |
09:05 -- 09:15 | Langevin Monte Carlo Without Smoothness | Jelena Diakonikolas (Berkeley) |
09:20 -- 09:30 | Dual space preconditioning for gradient descent | Daniel Paulin (Oxford) |
09:30 -- 09:40 | Alessandro Barp (Cambridge) | |
09:40 -- 09:50 | EntropicGANs meet VAEs: A statistical approach to compute sample likelihoods in GANs | Yogesh Balaji (UMD) |
10:00 -- 10:30 | Coffee Break, discussion | |
10:30 -- 11:30 | Workshop Session: Unifying Use Case | Paul Thomas (DSTL) |
11:30 -- 12:15 | Government Closed Session | |
MURI PIs & Student Planning Session | ||
12:15 -- 01:15 | Lunch (free-form) | |
01:15 -- 01:45 | Discussion, Program Feedback | ARO, DLST, PIs |
01:45 -- 02:00 | Adjourn |
1 | Conditional Prior Network | Yanchao Yang (UCLA) |
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2 | Unsupervised Domain Adaptation by Regularized Conditional Alignment | Safa Cicek (UCLA) |
3 | Zero-shot Learning with the Isoperimetric Loss | Shay Deutsch (UCLA) |
4 | Critical Regularization Periods in Deep Networks | Aditya Golaktar (UCLA) |
5 | GeoNets | Tong He (UCLA) |
6 | Geo-supervised Scene Modeling | Alex Wong (UCLA) |
7 | Exploring Dataset Fusion. A comparison of different strategies: From graphical models to multi-task learning | Maria Perez (UCL) |
8 | Dual space optimization methods | Daniel Paulin (Oxford) |
9 | Fitting Diversified Data Distributions with Supervised GANs | Ilya Kavalerov (UMD) |
10 | Conformal Symplectic and Relativistic Optimization | Guilherme Franca (JHU) |
11 | Gradient Flow and Accelerated Proximal Splitting Methods | Guilherme Franca (JHU) |
12 | A Hamiltonian Perspective on Generalized Momentum-Based Methods in Optimization | Jelena Diakonikolas (Berkeley) |
13 | HMC by Symplectic Reduction | Alessandro Barp (Cambridge) |