Finalists of Best Student Paper Award
| 361 | Jianwei Zhai |
| Deep Q-learning with Prioritized Sampling | |
| 28 | Chao Li |
| Yet Another Schatten Norm for Tensor Recovery | |
| 85 | Qianwen Zhang |
| Influence Spread Evaluation and Propagation Rebuilding | |
| 90 | Shunsuke Minusa |
| Developing an Implantable Micro Magnetic Stimulation System to Induce Neural Activity in vivo | |
| 171 | Qilin Deng |
| An Incremental One Class Learning Framework for Large Scale Data | |
| 308 | Christian Donner |
| Approximate inference method for dynamic interactions in larger neural populations | |
| 415 | Ahmadreza Ahmadi |
| Towards Robustness to Fluctuated Perceptual Patterns by a Deterministic Predictive Coding Model in a Task of Imitative Synchronization with Human Movement Patterns | |
| 293 | Haijun Zhu |
| A Kernel-Based Sarsa(λ) Algorithm with Clustering-Based Sample Sparsification | |
| 381 | Gabriella Contardo |
| Recurrent Neural Networks for Adaptive Feature Acquisition |
Instruction for Best Student Paper Award Presentation
All finalists must make oral presentations at 16:30-18:30, Sunday 16 Oct. Each finalist will have 7 minutes for presentation and 5 minutes for questions. The projector equips VGA and HDMI, so please bring an appropriate adaptor for your computer. Please arrive to your session early for testing your presentation (especially if you have audio or video). Note we provide a PC with each projector where PowerPoint and Acrobat Reader run on Windows 7.
We will select 5 best presentations from the finalists, and will give the best student paper awards with 55,000 JPY in cash to the winners at the banquet. For the other finalists, we will give the certificate of a finalist with 10,000 JPY in cash at the banquet.
Winner of Student Travel Grants
| 361 | Jianwei Zhai |
| Deep Q-learning with Prioritized Sampling | |
| 28 | Chao Li |
| Yet Another Schatten Norm for Tensor Recovery | |
| 85 | Qianwen Zhang |
| Influence Spread Evaluation and Propagation Rebuilding | |
| 90 | Shunsuke Minusa |
| Developing an Implantable Micro Magnetic Stimulation System to Induce Neural Activity in vivo | |
| 171 | Qilin Deng |
| An Incremental One Class Learning Framework for Large Scale Data | |
| 308 | Christian Donner |
| Approximate inference method for dynamic interactions in larger neural populations | |
| 415 | Ahmadreza Ahmadi |
| Towards Robustness to Fluctuated Perceptual Patterns by a Deterministic Predictive Coding Model in a Task of Imitative Synchronization with Human Movement Patterns | |
| 293 | Haijun Zhu |
| A Kernel-Based Sarsa(λ) Algorithm with Clustering-Based Sample Sparsification | |
| 381 | Gabriella Contardo |
| Recurrent Neural Networks for Adaptive Feature Acquisition | |
| 318 | Erik Barrow |
| Selective Dropout for Deep Neural Networks | |
| 274 | Anupriya Gogna |
| Semi Supervised Autoencoder | |
| 406 | Ayang Laishram |
| Collaborative Filtering, Matrix Factorization & Population Based Search: The Nexus Unveiled | |
| 451 | Mozammel Chowdhury |
| Detection of Human Faces using Neural Networks | |
| 315 | Yang Li |
| A Novel Graph Regularized Sparse Linear Discriminant Analysis Model for EEG Emotion Recognition | |
| 331 | Kang Fu |
| Credit Card Fraud Detection Using Convolutional Neural Networks | |
| 336 | Yan Keyu |
| Cross-Database Facial Expression Recognition via Unsupervised Domain Adaptive Dictionary Learning | |
| 410 | Jonghong Kim |
| Investigation of the Efficiency of Unsupervised Learning for Multi-task Classification in Convolutional Neural Network | |
| 279 | Kazutaka Kikuta |
| High precision direction-of-arrival estimation for wideband signals in environment with interference based on complex-valued neural networks | |
| 347 | Daiki Nakamura |
| A simple visual model accounts for drift illusion and reveals illusory patterns | |
| 469 | Ryota Mori |
| Computational Performance of Echo State Networks with Dynamic Synapses |
Instruction for Student Travel Grant Winners
- When you make a registration at the conference desk, please tell us you are a winner of the student travel grant.
- Show your picture ID (e,g., student ID, passport) for verification.
- We'll give you a presenter sheet. After your presentation, please have a signature on the sheet from the session chair.
- Bring the signed presenter sheet to the conference desk. Then, we'll give you the travel grant.
[Note] We DO NOT give the student travel grant to anyone other than a student winner.
