MobiCom 2016 / New York, USA / TBA, 2016
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 Call for Posters and SRC 

 

Following the long fruitful tradition of poster presentations, ACM MobiCom 2016 solicits submissions for Posters Program that feature early research work and preliminary results. The MobiCom 2016 Poster Session will provide an excellent opportunity for initial feedback on your early research results and give your ongoing projects early visibility. The presenters are strongly encouraged to include their poster submission in the ACM MobiCom Student Research Competition.

To ensure maximum visibility and to garner high interest in the Poster Session from all MobiCom attendees, each accepted poster will have the opportunity to deliver a fast elevator pitch. Each poster presenter will get a one-minute to overview and stir interest in her/his poster (3 slides presented in PechaKucha mode - http://en.wikipedia.org/wiki/PechaKucha). The presenters can also link their project webpage and other details, such as URL to a short video presentation, to the MobiCom Posters & Student Research Competition (SRC) program page.

Posters are solicited in all areas of mobile computing and wireless networking. Particular areas of interest include, but are not limited to:
  • Architectures, algorithms, and protocols for 5G mobile networks
  • Communications, computing and storage solutions in machine-to-machine and device-to-device networks
  • Internet of Things (IoT) and Cyber Physical Systems (CPS)
  • Smart and Wearable computing devices
  • Software defined networking
  • Mobile edge computing and cloud computing for mobile services
  • Architectures, protocols, and algorithms to cope with mobility, limited bandwidth, limited power and/or intermittent connectivity
  • Solutions for networking and mobile services in emergency situations
  • Coexistence and synergic exploitation of heterogeneous wireless networks
  • Design, implementation, and evaluation of mobile systems and applications
  • Experimental large-scale testbeds for mobile networks
  • Fundamental understanding of mobile computing and wireless networking
  • Integration and interworking of wired-wireless networks
  • Mobile data analytics
  • Modeling, simulation/emulation, and measurement of mobile systems
  • Operating system and middleware support for mobile applications, systems, and networking
  • Performance evaluation of mobile networks, protocols, and systems
  • Security, privacy, and trustworthiness of mobile systems

   Poster Printing Instructions 

Suggested poster size is 3x3 ft, or 3x4ft in portrait orientation. By no means should it exceed 4x6ft in portrait orientation.

   Submission Instructions 

The posters should be submitted via email to the Poster Chairs: mobicomposters2016 "at" gmail "dot" com. The submission should be formatted as a paper or extended abstract describing the research to be presented in the poster and should be submitted as a PDF file of at most 3 pages, including all figures and references (formatted into the US letter size of 8.5 x 11 inches with fonts no smaller than 10 point size). The extended abstract must include the authors' names, affiliations, and email addresses. Any submission should include the following:
  • Whether you would like the submission to be considered for the Student Research Competition, by adding "[SRC]" in the subject line
  • If you would like your submission to be considered for the SRC, there is the additional need to indicate whether any of the student authors is an undergraduate student. Note that if any of the authors is a graduate student, then the submission will be considered under the graduate category

All poster submissions will be reviewed by the Posters committee. If your submission is selected for the Posters Session, you will receive information regarding the size of the poster board, etc., so that you can prepare and produce your poster. Easels and white boards will be provided by the Conference. Once your poster is accepted, we will include the abstract of your poster on the conference website and publish it in the main proceedings and the ACM digital library.

   Important Dates 

Poster submission deadline:   July 22, 2016 (11:59 PM EST)
Notification: August 5, 2016
Camera-ready: August 15, 2016

   Contact 

For further questions, please contact the Poster co-chairs:
Carla-Fabiana Chiasserini (chiasserini@polito.it)
Fan Ye (fan.ye@stonybrook.edu)

   Accepted Posters 

  • Towards Adversarial Detection of Mobile Malware: Sen Chen : East China Normal University; Minhui Xue : East China Normal University; Lihua Xu : East China Normal University
  • Martian: Message Broadcast via LED Lights to Heterogeneous Smartphones: Haohua Du : Illinois Institute of Technology; Junze Han : Illinois Institute of Technology; Xuesi Jian : Illinois Institute of Technology; Qiuyuan Huang : UFL; Cheng Bo : UNCC; Yu Wang : UNCC; Xiangyang Li : USTC; Hongli Xu : USTC
  • MiRa: A Millimeter Wave Software Defined Radio Platform with Phased Arrays: Omid Abari:MIT;Haitham Hassanieh:UIUC;Michael Rodreguiz:MIT;Dina Katabi:MIT
  • Measuring and Optimizing Smartwatch Energy Consumption: Xing Liu:Indiana University ;Feng Qian:Indiana University
  • Sensing on Ubiquitous Surfaces via Vibration Signals: Jian Liu:Stevens Institute of Technology;Yingying Chen:Stevens Institute of Technology;Marco Gruteser:Rutgers University
  • Finger-input based Authentication Leveraging Physical Vibration: Jian Liu:Stevens Institute of Technology;Chen Wang:Stevens Institute of Technology;Yingying Chen:Stevens Institute of Technology
  • Assessing Header Impacts in Soccer with Smartball: Theodore Stone:University of South Carolina;Nathaniel Stone:University of South Carolina;Xiang Guan:University of South Carolina;Nirupam Roy:University of Illinois Urbana-Champaign;Srihari Nelakuditi:University of South Carolina;Will Melton:University of South Carolina;Kayla Cole:University of South Carolina;Benjamin Jackson:University of South Carolina;Addis Kidane:University of South Carolina
  • A Mobility Prediction System Leveraging Realtime Location Data Streams: Vaibhav Kulkarni:University of Lausanne;Arielle Moro:University of Lausanne;Beno?t Garbinato:University of Lausanne
  • HTTP/2 Performance in Cellular Networks: Utkarsh Goel:Montana State University; Moritz Steiner:Akamai Technologies Inc; Mike P. Wittie:Montana State University; Martin Flack:Akamai Technologies Inc;Stephen Ludin:Akamai Technologies Inc
  • Migrating Running Applications Across Mobile Edge Clouds: Andrew Machen:Imperial College London; Shiqiang Wang:IBM T.J. Watson Research Center; Kin K. Leung:Imperial College London; Bong Jun Ko:IBM T.J. Watson Research Center;Theodoros Salonidis:IBM T.J. Watson Research Center
  • Automatic Personal Fitness Assistance through Wearable Mobile Devices: Xiaonan Guo:Stevens Institute of Technology;Jian Liu:Stevens Institute of Technology;Yingying Chen:Stevens Institute of Technology
  • Low-Cost Wireless Phase Calibration That Works on COTS Devices: Liqiong Chang:Northwest University;Xuan Wang:Northwest University;Ju Wang:Northwest University;Yuhui Ren:Northwest University;Xiaojiang Chen:Northwest University;Dingyi Fang:Northwest University
  • GonioSense: A Wearable-Based Range of Motion Sensing and Measurement System for Body Joints: Bozhao Qi:University of Wisconsin-Madison; Suman Banerjee: University of Wisconsin-Madison
  • VALI: An SDN-based Management Framework for Public Wireless LANs: Sivaprakash Senapathi: The University of Edinburgh; Xenofon Foukas: The University of Edinburgh; Mahesh K. Marina: The University of Edinburgh
  • An Infrastructureless and Self-deployable Indoor Navigation Approach Using Semantic Signatures: Taeyu Im:Stony Brook University;Pradipta De:Stony Brook University
  • ToneSense: Communication across Technologies through Power-channe: Xianjin Xia: Northwestern Polytechnical University; Shining Li: Northwestern Polytechnical University; Yu Zhang: Northwestern Polytechnical University; Lin Li: Northwestern Polytechnical University; Mingfei Wei: Northwestern Polytechnical University; Wei Qin: Northwestern Polytechnical University
  • Do Open Resources Encourage Entry into the Millimeter Wave Cellular Service Market?: Fraida Fund: NYU Tandon School of Engineering; Shahram Shahsavari: NYU Tandon School of Engineering; Shivendra S. Panwar: NYU Tandon School of Engineering; Elza Erkip: NYU Tandon School of Engineering; Sundeep Rangan: NYU Tandon School of Engineering
  • Enabling On-Body Transmissions with Commodity Devices: Mehrdad Hessar:University of Washington;Vikram Iyer1:University of Washington;Shyamnath Gollakota:University of Washington
  • Cell Tower Extension through Drones: Ashutosh Dhekne: University of Illinois Urbana-Champaign; Mahanth Gowda: University of Illinois Urbana-Champaign
  • EasyGuard: Enhanced Context-aware Adaptive Access Control System for Android Platform: Bingfei Ren: Beijing University of Posts and Telecommunications; Chuanchang Liu: Beijing University of Posts and Telecommunications; Bo Cheng: Beijing University of Posts and Telecommunications; Shuangxi Hong: Beijing University of Posts and Telecommunications; Junliang Chen: Beijing University of Posts and Telecommunications
  • Harnessing Spectrum Awareness to Enhance Mobile Computing: S. Eman Mahmoodi: Stevens Institute of Technology; K. P. Subbalakshmi: Stevens Institute of Technology; R. N. Uma: North Carolina Central University
  • A Transfer Kernel Learning based Strategy for Adaptive Localization in Dynamic Indoor Environments: Han Zou: Nanyang Technological University; Yuxun Zhou: University of California Berkeley; Hao Jiang: Fuzhou University; Baoqi Huang: Inner Mongolia University; Lihua Xie: Nanyang Technological University; Costas Spanos: University of California Berkeley
  • MSN: A Mobility-enhanced Satellite Network Architecture: Zhenning Zhang:National University of Defense Technology; Baokang Zhao:National University of Defense Technology; Zhenqian Feng:National University of Defense Technology; Wanrong Yu:National University of Defense Technology; Chunqing Wu:National University of Defense Technology
  • Cross-Layer MAC/PHY Protocol to Support IoT Traffic in 5G: Siddarth Mathur:Rutgers Univerity;Dola Saha:Rutgers Univerity;Dipankar Raychaudhuri:Rutgers Univerity
  • Gabriel: CSI Feedback Reduction by Checking Its Validity Period: Yuanhang Cai:Xi'an Jiaotong University; Wei Xi:Xi'an Jiaotong University; Zhi Wang:Xi'an Jiaotong University; Kun Zhao:Xi'an Jiaotong University; Jinsong Han:Xi'an Jiaotong University;Jizhong Zhao:Xi'an Jiaotong University
  • Robust Respiration Monitoring using Doppler Sensor and Wireless Network: Yang Zhao:GE Global Research;Jeffrey Ashe:GE Global Research;David Toledano:GE Global Research
  • Preserving Incumbent Users' Privacy in Exclusion-Zone-Based Spectrum Access Systems: Yanzhi Dou:Virginia Tech;Kexiong (Curtis) Zeng:Virginia Tech;Yaling Yang:Virginia Tech;Kui Ren:State University of New York at Buffalo
  • Network Analysis of the Steam In-Home Streaming Game System: G. Quadrio:University degli Studi di Padova;A. Bujari:University degli Studi di Padova;C. E. Palazzi:University degli Studi di Padova;D. Ronzani:University degli Studi di Padova;D. Maggiorini:University degli Studi di Milano;L. A. Ripamonti:University degli Studi di Milano
  • SEEM: Simulation Experimental Environments for Mobile Applications in MANETs: Zhang Tongguang:Beijing University of Posts and Telecommunications;Zhao Shuai:Beijing University of Posts and Telecommunications;Cheng Bo:Beijing University of Posts and Telecommunications;Chen Junliang:Beijing University of Posts and Telecommunications



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