Analyzing Microtext
| Preface | |
| Eduard Hovy, Vita Markman, Craig Martell, David Uthus |
| Identifying Tag Word Counterparts for Dr. Math | |
| Bertram Haskins, Reinhardt A. Botha |
| What’s in a Name? Using First Names as Features for Gender Inference in Twitter | |
| Wendy Liu, Derek Ruths |
| Authorship Attribution in Greek Tweets Using Author's Multilevel N-Gram Profiles | |
| George K. Mikros, Kostas Perifanos |
| Modeling Microtext with Higher Order Learning | |
| Christie L. Nelson, Hannah Keiler, William M. Pottenger |
| How Much Is Said in a Tweet? A Multilingual, Information-theoretic Perspective | |
| Graham Neubig, Kevin Duh |
| Analyzing Political Sentiment on Twitter | |
| Martin Ringsquandl, Dusan Petkovic |
| Dynamic Microcluster Chains in Microtext | |
| Jason R. Robinson, Sherri Lee Condon |
| Part of Speech Tagging Bilingual Speech Transcripts with Intrasentential Model Switching | |
| Paul Rodrigues, Sandra Kübler |
| Reliably Evaluating Summaries of Twitter Timelines | |
| Dominic Paul Rout, Kalina Bontcheva, Mark Hepple |
| Toward Personality Insights from Language Exploration in Social Media | |
| Hansen Andrew Schwartz, Johannes C. Eichstaedt, Lukasz Dziurzynski, Margaret L. Kern, Eduardo Blanco, Michal Kosinski, David Stillwell, Martin E. P. Seligman, Lyle H. Ungar |
| A CCG-Based Approach to Fine-Grained Sentiment Analysis in Microtext | |
| Phillip Smith, Mark Lee |
| Hedge Detection Using a Rewards and Penalties Approach | |
| Ken Stahl, Samira Shaikh, Tomek Strzalkowski |
| Characterizing Online Discussions in Microblogs Using Network Analysis | |
| Veronika Strnadova, David Jurgens, Tsai-Ching Lu |
| The Ubuntu Chat Corpus for Multiparticipant Chat Analysis | |
| David C. Uthus, David W. Aha |
Creativity and (Early) Cognitive Development
| Preface | |
| Georgi Stojanov, Bipin Indurkhya |
| Creating Analogy-Based Interpretations of Blended Noun Concepts | |
| Ahmed Mohammed Hassan Abdel-Fattah, Ulf Krumnack |
| A Computer Model of a Developmental Agent to Support Creative-Like Behavior | |
| Wendy Elizabeth Aguilar, Rafael Perez |
| Swarm Intelligence and Weak Artificial Creativity | |
| Mohammad Majid al-Rifaie, John Mark Bishop |
| Analogy Engines in Classroom Teaching: Modeling the String Circuit Analogy | |
| Tarek Richard Besold |
| The Creativity of Development and the Development of Creativity | |
| Mark Bickhard |
| Creativity as a Necessity for Human Development | |
| Sandra Bruno |
| The Unusual Box Test: A Non-Verbal, Non-Representational Divergent Thinking Test for Toddlers | |
| Elena Hoicka, Simone Bijvoet-van den Berg, Tiffany Kerr, Megan Carberry |
| Thinking Like A Child: The Role of Surface Similarities in Stimulating Creativity | |
| Bipin Indurkhya |
| The Neural Proposition: Structures for Cognitive Systems | |
| Michael S. P. Miller |
| Evidence for the Cross-Domain Reinterpretation of Creative Ideas | |
| Apara Ranjan, Liane Gabora, Brian O'Connor |
| Effects of Task Switching on Creativity Tests | |
| Claudia Roda, Georgi Stojanov, Dana Kianfar |
| Symbolic Play and Analogy: a Way to Foster Children’s Creativity | |
| Jasmina Sefer |
| Creativity and Cognitive Development: The Role of Perceptual Similarity and Analogy | |
| Georgi Kiril Stojanov, Bipin Indurkhya |
| Creativity as a Web Service: A Vision of Human and Computer Creativity in the Web Era | |
| Tony Veale |
| Towards Creative Humanoid Conceptualization Learning from Metaphor-Guided Pretense Play | |
| Andrew B. Williams |
Data Driven Wellness
| Preface | |
| Takashi Kido, Keiki Takadama |
| Invited Speakers | |
| Chirag J. Patel, Yotam Heineberg |
| Demonstration: Wearable Wellness | |
| Mikey Siegel, Rohan Dixit, Jeff Lieberman, Jakob Eg Larsen |
| Self-Tracking via Brain-Mobile-Cloud Interface | |
| Garima Bajwa, Ram Dantu, Mohamed Fazeen Mohamed Issadeen, Rajiv M. Joseph |
| Detecting Exceptional Actions Using Wearable Sensors’ Data for Developing Life-Log Database of Visually Impaired People | |
| Yusuke Iwasawa, Hidetaka Suzuki, Ikuko Eguchi Yairi |
| Exploring the Mind with the Aid of Personal Genome — Citizen Science Genetics to Promote Positive Well-Being | |
| Takashi Kido, Melanie Swan |
| Disease Detection and Symptom Tracking by Retrieving Information from the Web | |
| Lun-Wei Ku, Wan-Lun Li, Ting-Chih Chang |
| Individual Differences in Social Media Use Are Reflected in Brain Structure | |
| KepKee Loh, Ryota Kanai |
| Indexing Stories for Conversational Health Interventions | |
| Ramesh Radhakrishna Manuvinakurike, Barbara Barry, Timothy Bickmore |
| Discovering Behavior Patterns from Social Data for Managing Personal Life | |
| Rui Pan, Masanao Ochi, Yutaka Matsuo |
| Next-Generation Personal Genomic Studies: Extending Social Intelligence Genomics to Cognitive Performance Genomics in Quantified Creativity and Thinking Fast and Slow | |
| Melanie Swan |
| Towards a Care Support System that Can Guess The Way Aged Persons Feel | |
| Keiki Takadama |
| An Approach for Improving Computer Human Interaction of Visually Impaired People | |
| Ikuko Eguchi Yairi |
| Adaptive Agent for Player-Specific Fitness and Health Incentives in Mobile Location Based Games | |
| Spencer John Frazier, Chao Huang, Sarit Kraus, Yu-Han Chang, Rajiv Maheswaran |
| Neuroprofiling: Personalized Brain Visualization | |
| Crystal Goh, Yoshinobu Kano, Ryota Kanai |
| Proposal and Evaluation of System to Connect People in a Distant Place | |
| Sumiyo Kawabata, Yusuke Fukushima, Ikuko Eguchi Yairi |
| Analysis of Temporal Propagation Property to Evaluate Gene Regulatory Networks | |
| Tetsuya Maeshiro |
| Online Population-Based Patient Registry to Collect and Share Health-related Data of Rare Disease Patients | |
| Mizuki Morita, Soichi Ogishima, Kunihiro Nishimura, Eiji Aramaki, Tateo Ito |
| Fuzzy Expert System for Type 2 Diabetes Mellitus (T2DM) Management Using Dual Inference Mechanism | |
| Nonso Alex Nnamoko, Farath Arshad, David England, Jiten Vora |
| A Study on the “Zone Experience” of Leading Artists | |
| Yukiko Shiki, Toru Fukubayashi |
| Unsupervised Modeling of Patient-Level Disease Dynamics | |
| Suzanne Tamang, Simon Parsons |
| Realtime Simulation of a Cerebellar Spiking Network Model Towards Neuroprosthesis | |
| Tadashi Yamazaki |
Designing Intelligent Robots
| Telepresence Robots as a Research Platform for AI | |
| Sjriek Alers, Daan Bloembergen, Daniel Claes, Joscha Fossel, Daniel Hennes, Karl Tuyls |
| Learning for Mobile-Robot Error Recovery (Extended Abstract) | |
| Ravi Balasubramanian, Matthew E. Taylor |
| Integration of Visuomotor Learning, Cognitive Grasping and Sensor-Based Physical Interaction in the UJI Humanoid Torso | |
| Angel Pascual del Pobil, Angel Juan Duran, Marco Antonelli, Javier Felip, Antonio Morales, Mario Prats, Eris Chinellato |
| Configuration Planning with Multiple Dynamic Goals | |
| Maurizio Di Rocco, Federico Pecora, Prasanna Kumar Sivakumar, Alessandro Saffiotti |
| Integrated Symbolic Planning in the Tidyup-Robot Project | |
| Christian Dornhege, Andreas Hertle |
| Lessons Learnt from Developing the Embodied AI Platform CAESAR for Domestic Service Robotics | |
| Alexander Ferrein, Tim Niemueller, Stefan Schiffer, Gerhard Lakemeyer |
| Benchmarking Intelligent Service Robots through Scientific Competitions: The RoboCup@Home Approach | |
| Dirk Holz, Luca Iocchi, Tijn van der Zant |
| Learning to Fire at Targets by an iCub Humanoid Robot | |
| Vishnu K. Nath, Stephen E. Levinson |
| An Integrated System for Learning Multi-Step Robotic Tasks from Unstructured Demonstrations | |
| Scott Niekum |
| Incremental Task-Level Reasoning in a Competitive Factory Automation Scenario | |
| Tim Niemueller, Gerhard Lakemeyer, Alexander Ferrein |
| Designing Intelligent Wheelchairs: Reintegrating AI | |
| Joelle Pineau |
| An Ontology-based Multi-level Robot Architecture for Learning from Experiences | |
| Sebastian Rockel, Bernd Neumann, Jianwei Zhang, Sandeep Krishna Reddy Dubba, Anthony G. Cohn, Stefan Konecny, Masoumeh Mansouri, Federico Pecora, Alessandro Saffiotti, Martin Günther, Sebastian Stock, Joachim Hertzberg, Ana Maria Tome, Armando Pinho, Luis Seabra Lopes, Stephanie von Riegen, Lothar Hotz |
| Communicating with Executable Action Representations | |
| Malte Schilling, Srini Narayanan |
| Integrating Visual Learning and Hierarchical Planning for Autonomy in Human-Robot Collaboration | |
| Mohan Sridharan |
Lifelong Machine Learning
| Autonomous Selection of Inter-Task Mappings in Transfer Learning (extended abstract) | |
| Anestis Fachantidis, Ioannis Partalas, Matthew E. Taylor, Ioannis Vlahavas |
| Multi-Engine Machine Translation as a Lifelong Machine Learning Problem | |
| Christian Federmann |
| Automatic Abstraction in Reinforcement Learning Using Ant System Algorithm | |
| Mohsen Ghafoorian, Nasrin Taghizadeh, Hamid Beigy |
| Towards Pareto Descent Directions in Sampling Experts for Multiple Tasks in an On-Line Learning Paradigm | |
| Shaona Ghosh, Chris Lovell, Steve R. Gunn |
| Lifelong Learning of Structure in the Space of Policies | |
| Majd Hawasly, Subramanian Ramamoorthy |
| Learning Sensorimotor Concepts Without Reinforcement | |
| Yasser F. O. Mohammad, Toyoaki Nishida |
| Scalable Lifelong Learning with Active Task Selection | |
| Paul Ruvolo, Eric Eaton |
| Online Object Representation Learning and Its Application to Object Tracking | |
| Amirreza Shaban, Hamid R. Rabiee, Mehrdad Farajtabar, Mohsen Fadaee |
| The Consolidation of Task Knowledge for Lifelong Machine Learning | |
| Daniel L. Silver |
| Lifelong Machine Learning Systems: Beyond Learning Algorithms | |
| Daniel L. Silver, Qiang Yang, Lianghao Li |
| Hashing for Lightweight Episodic Recall | |
| Scott A Wallace, Evan Dickinson, Andrew Nuxoll |
| Information-Theoretic Objective Functions for Lifelong Learning | |
| Byoung-Tak Zhang |
Shikakeology: Designing Triggers for Behavior Change
| Shikake as Affordance and Curation in Chance Discovery | |
| Akinori Abe |
| Sleeping with Technology — Designing for Personal Health | |
| Christel De Maeyer, An Jacobs |
| A Journey from Island of Knowledge to Mutual Understanding in Global Business Meetings | |
| Renate Fruchter, Leonard Medlock |
| Study on Landscape Ostranenie from the Perspective of Persons Exposed to “Sikake” | |
| Chikahiro Hanamura |
| The Efficient Method for Creating Ideas; Innovators Marketplace as Role-based Game | |
| Teruaki Hayashi, Yukio Ohsawa |
| Leveraging Persuasive Feedback Mechanism for Problem Solving | |
| Yi-Ching Huang, Bo-Lung Tsai, Chun-I Wang, Shih-Yuan Yu, Che-Wei Liang, Yung-jen Hsu, Ted Selker |
| A Logic-Based Methodology for the Formalization of Shikake Principles and Examples | |
| Daniela Inclezan |
| Designing a “Shikake” to Revitalize Local Community: A Case of Miyakejima University Project | |
| Fumitoshi Kato |
| Might Avatar-Mediated Interactions Rehabilitate People Suffering From Aphasia? | |
| Ulla Konnerup |
| Game-Initiated Learning: A Case Study For Disaster Education Research In Taiwan | |
| Sarah Chen Lin, Meng-Han Tsai, Yu-Lien Chang, Shih-Chung Kang |
| A Shikake as an Embodied Trigger for Behavior Change | |
| Naohiro Matsumura |
| Shikake Trigger Categories | |
| Naohiro Matsumura, Renate Fruchter |
| Boiled Pumpkin as a Nudge: Evidence from a University Cafeteria | |
| Shunichiro Oka, Shoko Yamane, Naohiro Matsumura |
| Understanding and Applying Trigger Piggybacking for Persuasive Technologies | |
| Ashutosh Priyadarshy, Duylam Nguyen-Ngo |
| Enhancing Layers of Care House with Assistive Technology for Distributed Caregiving | |
| Taro Sugihara, Tsutomu Fujinami, Rachel Jones, Kozo Kadowaki, Masaya Ando |
| Pattern Language and Storytelling: A Methodology for Describing Embodied Experience and Encouraging Others to Learn | |
| Masaki Suwa, Fumitoshi Kato |
| Experience, Engagement, and Shikake | |
| Jari Takatalo, Dave Miller, Jukka Häkkinen |
| Shikakeology and Marketing | |
| Hikaru Yamamoto |
| Designing Pseudo-Haptic Feedback Mechanisms for Communicating Weight in Decision Making Tasks | |
| Yasuhiro Yamamoto, Kumiyo Nakakoji |
| The Clock Ticking Changes Our Performance | |
| Shoko Yamane, Naohiro Matsumura |
Trust and Autonomous Systems
| Preface | |
| Don Sofge, Geert-Jan Kruijff, William F. Lawless |
| Autonomous Agents and Human Interpersonal Trust: Can We Engineer a Human-Machine Social Interface for Trust? | |
| David John Atkinson, Micah Henry Clark |
| On the Construction of Trust Metrics | |
| Jonathan Barzilai |
| What Human Trust Is and Is Not: On the Biology of Human Trust | |
| Sviatoslav Braynov |
| Modeling the Impact of Operator Trust on Performance in Multiple Robot Control | |
| Fei Gao, Andrew Clare, Jamie Macbeth, Missy Cummings |
| An Integrated Model of Macrocognitive Work and Trust in Automation | |
| Robert Hoffman |
| Building a Cognitive Model of Social Trust Within ACT-R | |
| William G. Kennedy, Frank Krueger |
| Trusting in Human-Robot Teams Given Asymmetric Agency and Social Sentience | |
| Geert-Jan M. Kruijff |
| Trust in Sparse Supervisory Control | |
| Douglas S. Lange, Phillip Verbancsics, Robert S. Gutzwiller, John Reeder |
| Trust and Interdependence in Controlling Multi-Agent Multi-Tasking Autonomous Teams | |
| William Frere Lawless, Donald A. Sofge |
| Modeling the Dynamics of Nonverbal Behavior on Interpersonal Trust for Human-Robot Interactions | |
| Jin Joo Lee, Brad Knox, Cynthia Breazeal |
| Being Transparent about Transparency: A Model for Human-Robot Interaction | |
| Joseph B. Lyons |
| Trust During Robot-Assisted Navigation | |
| Erika Mason, Anusha Nagabandi, Aaron Steinfeld, Christian Bruggeman |
| Building Appropriate Trust in Human-Robot Teams | |
| Scott Ososky, David Schuster, Elizabeth Phillips, Florian G Jentsch |
| An Argumentation-Based Approach to Handling Trust in Distributed Decision Making | |
| Simon Parsons, Elizabeth Sklar, Munindar Singh, Karl Levitt, Jeff Rowe |
| Improving Trust Estimates in Planning Domains with Rare Failure Events | |
| Colin M. Potts, Kurt Krebsbach, Jordan Thayer, Dave Musliner |
| Building and Maintaining Trust Between Humans and Guidance Robots in an Emergency | |
| Paul Robinette, Alan R. Wagner, Ayanna M. Howard |
| Developing Robots that Recognize When They Are Being Trusted | |
| Alan Richard Wagner |