Poster and Demo Instructions
The Demo & Poster session is the place where authors of Poster papers and Demonstration papers showcase their work and meet with interested attendees for in-depth technical discussions. Hence, it is important that you shape your work in an attractive way and keep your message clear and noticeable to attract people who might have an interest in your work. Please carefully follow the instructions below.
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Poster Preparation: All the Poster and Demo papers should prepare a poster to be displayed during the Demo&Poster Session (see program at http://sigspatial2022.sigspatial.org/schedule/).
Note: The poster presentation is mandatory. Papers without a poster presented during the Poster&Demo reception will be removed from the conference proceedings.
The size of your poster should be no more than 36 inches wide and 48 inches tall, and in portrait orientation. We will provide you with tapes to hold the posters to walls. Please do not make a poster larger than the recommended size.
The title of your poster should appear at the top in CAPITAL letters about 25mm high. On the left of the Title put your Poster ID or your Demo ID according to the list at the end of this document; Below the title put the author(s)' name(s) and affiliation(s).
The flow of your poster should be from the top left to the bottom right. Use arrows to lead your viewer through the poster. Use color for highlighting and to make your poster more attractive. Use pictures, diagrams, cartoons, figures, etc., rather than text wherever possible. Try to state your main result in 6 lines or less, in lettering about 15mm high so that people can read the poster from a distance. The smallest text on your poster should be at least 9mm high, and the important points should be in a larger size.
Make your poster as self-explanatory as possible. This will save your efforts for technical discussions. You may bring additional audio or visual aids to enhance your presentation. In order to help you interact with the people who attend the session, we suggest you to prepare a short talk of no more than 2 minutes to introduce your work to viewers.
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Demo Preparation: Only Demo paper authors need to prepare a demo in addition to the poster.
The presenter should bring their own laptops and devices. Wireless Internet will be available throughout the conference venue. We will try to provide demo paper authors with access to electrical outlets, but please prepare for the scenario where they may not be available to you. If you definitely need power, contact us in advance such that we can arrange with the hotel! The presenter should prepare a demonstration of your system that you can periodically give to those assembled around your table throughout the reception.
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Poster and Demo Awards
In order to encourage the authors of poster and demo papers to participate in the conference and introduce their work, the ACM SIGSPATIAL GIS organizing committee has instituted two awards for the poster and demo authors, which will be honored during the banquet.
- Best Poster: The best actual Poster presented during the Poster&Demo Reception ("best" including an aesthetic sense).
- Best Demo: The best Demo presented during the Poster&Demo Reception.
Please contact the Demo/Poster Co-Chairs if you have any questions. - Takahiro Hara, Osaka University, Japan - Jia Yu, Washington State University, USA - Liang Zhao, George Mason University, USA
A) Poster Numbers: Please use the following number information on your posters in order to simplify the work of the poster awards committee:
| # | Paper |
|---|---|
| P1 | Learned k-NN Distance Estimation Daichi Amagata, Yusuke Arai, Sumio Fujita and Takahiro Hara |
| P2 | An adversarial variational inference approach for travel demand calibration of urban traffic simulators Martin Mladenov, Sanjay Ganapathy Subramaniam, Chih-Wei Hsu, Neha Arora, Andrew Tomkins, Craig Boutilier and Carolina Osorio |
| P3 | Estimating counterfactual treatment outcomes over time in multi-vehicle simulation Keisuke Fujii, Koh Takeuchi, Atsushi Kuribayashi, Naoya Takeishi, Yoshinobu Kawahara and Kazuya Takeda |
| P4 | Will there be a construction? Predicting road constructions based on heterogeneous spatiotemporal data Amin Karimi Monsefi, Sobhan Moosavi and Rajiv Ramnath |
| P5 | GEO-BLEU: Similarity Measure for Geospatial Sequences Toru Shimizu, Kota Tsubouchi and Takahiro Yabe |
| P6 | Photovoltaic Cells for Energy Harvesting and Indoor Positioning Hamada Rizk, Dong Ma, Mahbub Hassan and Moustafa Youssef |
| P7 | Robust Object Detection in Remote Sensing Imagery with Noisy and Sparse Geo-Annotations Maximilian Bernhard and Matthias Schubert |
| P8 | Spatial Embeddings: A Generic Machine Learning Model for Spatial Query Optimization Alberto Belussi, Sara Migliorini and Ahmed Eldawy |
| P9 | A Novel Framework for Handling Sparse Data in Traffic Forecast Nikolaos Zygouras and Dimitrios Gunopulos |
| P10 | Deep Learning Based 3D Point Cloud Regression for Estimating Forest Biomass Stefan Oehmcke, Lei Li, Jaime Revenga, Thomas Nord-Larsen, Katerina Trepekli, Fabian Gieseke and Christian Igel |
| P11 | Region2Vec: Community Detection on Spatial Networks Using Graph Embedding with Node Attributes and Spatial Interactions Yunlei Liang, Jiawei Zhu, Wen Ye and Song Gao |
| P12 | How Routing Strategies Impact Urban Emissions Giuliano Cornacchia, Matteo Bohm, Giovanni Mauro, Mirco Nanni, Dino Pedreschi and Luca Pappalardo |
| P13 | Gradual Road Network Simplification with Shape and Topology Preservation Lukas Baur, Stefan Funke, Tobias Rupp and Sabine Storandt |
| P14 | Physically Consistent Map-matching Bram Custers, Wouter Meulemans, Marcel Roeloffzen, Bettina Speckmann and Kevin Verbeek |
| P15 | Mining SpatioTemporally Invariant Patterns Luca Colomba, Luca Cagliero and Paolo Garza |
| P16 | Per Segment Sweep Line Algorithm for Geometric Intersection on the GPU Roger Frye and Mark McKenney |
| P17 | Network-aware Multi-agent Reinforcement Learning for the Vehicle Navigation Problem Fazel Arasteh, Manos Papagelis and Soroush Sheikh Gargar |
| P18 | Exploring multilevel regularity in human mobility patterns using a feature engineering approach: A case study in Chicago Yuhan Ji, Song Gao, Jacob Kruse, Tam Huynh, James Triveri, Chris Scheele, Collin Bennett and Yicheng Wen |
| P19 | Deep Geometric Neural Network for Spatial Interpolation Minxing Zhang, Dazhou Yu, Yun Li and Liang Zhao |
| P20 | Long-term Multi-dimensional Spatial-Temporal Graph Convolution for Urban Sensors Imputation and Augmentation Longji Huang, Jianbin Huang and He Li |
| P21 | SMP: Scalable Max-P Regionalization Hussah Alrashid, Yongyi Liu and Amr Magdy |
| P22 | Improving epidemic risk maps using mobility information from mobile network data Elisa Cabana, Andra Lutu, Enrique Frias-Martinez and Nikolaos Laoutaris |
| P23 | W-Trace: Robust and Effective Watermarking for GPS Trajectories Rajjat Dadwal, Thorben Funke, Michael Nüsken and Elena Demidova |
| P24 | Towards a hierarchical similarity measure for studying dynamic hierarchical graphs Maryam Maslek Elayam, Cyril Ray and Christophe Claramunt |
| P25 | TSNE: Trajectory Similarity Network Embedding Jiaxin Ding, Bowen Zhang, Xinbing Wang and Chenghu Zhou |
| P26 | Understanding Economic Development in Rural Africa Using Satellite Imagery Amna Elmustafa, Erik Rozi, Yutong He, Gengchen Mai, Stefano Ermon, David Lobel and Marshall Burke |
| P27 | Spatial Parquet: A Column File Format for Geospatial Data Lakes Majid Saeedan and Ahmed Eldawy |
| P28 | Mirage: An Efficient and Extensible City Simulation Framework (Systems Paper) Jun Zhang, Yong Li and Depeng Jin |
| P29 | OSMX: Spark-based Geospatial Data Extractor from OpenStreetMap (Systems Paper) Samriddhi Singla, Yaming Zhang and Ahmed Eldawy |
| P30 | TStream: A Framework for Real-time and Scalable Trajectory Stream Processing and Analysis (Systems Paper) Salman Shaikh, Hiroyuki Kitagawa, Akiyoshi Matono and Kyoung-Sook Kim |
| P31 | High-accuracy GNSS Localization with Low-cost (Systems Paper) Abm Musa, Chris Baker, Emre Eftelioglu and Amber Roy Chowdhury |
| P32 | GeoTorch: A Spatiotemporal Deep Learning Framework (Systems Paper) Kanchan Chowdhury and Mohamed Sarwat |
| P33 | Generating Community Road Network from GPS Trajectories via Style Transfer (Industrial Paper) Jiawei Li, Linkun Lyu, Jia Shi, Jie Zhao, Junjie Xu, Jiuchong Gao, Renqing He and Zhizhao Sun |
B) Demo Numbers: Please use the following number information on your posters in order to simplify the work of the demo awards committee:
| # | Paper |
|---|---|
| D1 | Motorch: An On-Device Trajectory Data Management System During a Pandemic (Demo Paper) Chen Wu, Sheng Wang and Zhiyong Peng |
| D2 | e-SMARTS: A System to Simulate Intelligent Traffic Management Solutions [Demo Paper] Udesh Gunarathna, Renata Borovica-Gajic, Shanika Karunasekera and Egemen Tanin |
| D3 | An Elevation-Guided Annotation Tool for Flood Extent Mapping on Earth Imagery (Demo Paper) Saugat Adhikari, Da Yan, Mirza Tanzim Sami, Jalal Khalil, Lyuheng Yuan, Bhadhan Roy Joy, Zhe Jiang and Arpan Man Sainju |
| D4 | A Framework Towards Solving the Mobile Crowd-sourcing Coverage Question (Demo Paper) Shu Chen, Fahim Ahmed, Fan Bai and Donald Grimm |
| D5 | RODGEN: An Interactive Interface for Road Network Generation (Demo Paper) Claudia Perez Martinez, Panagiotis Bouros and Theodoros Chondrogiannis |
| D6 | PATHFINDER VIS (Demo Paper) Tobias Rupp, Stefan Funke and Lukas Baur |
| D7 | Tour4Me: A Framework for Customized Tour Planning Algorithms (Demo Paper) Kevin Buchin, Mart Hagedoorn and Guangping Li |
| D8 | Connected Vehicle Simulation Framework for Parking Occupancy Prediction (Demo Paper) Lukas Vorwerk, Pierpaolo Resce, Zhiwei Han, Giuliano Cornacchia, Omid Isfahanialamdari, Mirco Nanni, Luca Pappalardo, Daniel Weimer and Yuanting Liu |
| D9 | Evaluating the vulnerability of ISO 19100 and S-100 standards through visual approaches (Demo Paper) Gauthier Vigouroux, Pedro Merino Laso, Christophe Claramunt and Nathalie Leidinger |
| D10 | Playable Ray Tracing for Real-time Exploration of Radio Propagation in Wireless Networks (Demo Paper) Krystian Czapiga, Serkan Isci, Yaron Kanza, James T. Klosowski, Velin Kounev and Gopal Meempat |
| D11 | Active Learning for Transformer Models in Direction Query Tagging (Demo Paper) Jasper Huang, Chiqun Zhang, Dragomir Yankov, Maryam Najafabadi and Tsheko Mutungu |
| D12 | Knowledge Explorer: Exploring the 12-Billion-Statement KnowWhereGraph Using Faceted Search (Demo Paper) Zilong Liu, Zhining Gu, Thomas Thelen, Seila Estrecha, Rui Zhu, Colby Fisher, Anthony D'Onofrio, Cogan Shimizu, Krzysztof Janowicz, Mark Schildhauer, Shirly Stephen, Dean Rehberger, Wenwen Li and Pascal Hitzler |
| D13 | A Simulation Framework for Evaluating Strategies for Sustainable Nutritional Security (Demo Paper) Angelica Valencia Torres, Chetan Tiwari and Sam Atkinson |
| D14 | Efficient Network-Constrained Trajectory Queries (Demo Paper) Kristian Torp and Magnus N. Hansen |
| D15 | Algorithmically-Assisted Interactve Metro Map Design (Demo Paper) Thomas C. Van Dijk and Tim Janiak |
| D16 | Infrastructure for Spatiotemporal Exploration of Interregional and International interaction of Epidemiological Data (DEMO PAPER) Adam Mertel, Wildan Abdussalam, Jiří Vyskočil and Justin Calabrese |
| D17 | Crowd-sensing Driving Environments using Headway Dynamics (Demo Paper) Richard Gordon, Donald Grimm and Fan Bai |
| D18 | Exploring Intercity Regional Similarity Using Worldwide Location-based Social Network Data (Demo Paper) Zipei Fan, Guixu Lin, Wei Yuan, Pengpeng E, Xuan Song and Ryosuke Shibasaki |
| D19 | SPEAR-Board: Cross-Platform Interactive Spatio-Temporal Big Data Analytics (Demo Paper) Furqan Baig, Pradeep Nalluri, Dejun Teng, Jun Kong and Fusheng Wang |
| D20 | Wind Awareness for Energy Consumption in Drone Simulations (Demo Paper) Noah Kelleher, Ricardo Ramirez, Adnan Salihovic, Nathan McKay, Jonathan Kelly, Hengwei Chen and Goce Trajcevski |
Should your work be missing in this list, please contact the poster chairs as soon as possible.
