• Viewer of Synthetic Scenarios to Evaluate Estimators of Local Coverage Areas Based on Detected Objects

  • Estimation of Local Coverage Areas Based on Detected Objects

  • PBAC4M: Provenance-Based Access Control for Mobile

  • Life Style Modification by Peer Monitoring of Physical Activity

  • Capturing Daily Student Life by Recognizing Complex Activities Using Smartphones

  • A Mobile Crowdsensing Framework for Integrating Smartphone and IoT Devices to Cloud Computing Services

  • Persuasive Events and User's Roles in Mobile-Based Interactive Solutions for Nature Discovery

  • CapSense: Capacitor-based Activity Sensing for Kinetic Energy Harvesting Powered Wearable Devices

  • PROFICIENT: Productivity Tool for Semantic Interoperability in an Open IoT Ecosystem

  • From Ride-Sourcing to Ride-Sharing through Hot-Spots

  • Object Localization for Determining Customer’s Behavior: Auto-ID Based Approach

  • An Novel Approach to Evaluate the Reliability of Cloud Rendering System Using Probabilistic Model Checker PRISM : A Quantitative Computing Perspective

  • Direction-Aware, Audio-Based Pedestrian Relative Positioning by Swing Induced Doppler Shift

  • Connecting Paper to Digitization–a Homework Data Processing System with Data Labeling and Visualization

  • Novel approach to shopping experience

  • Service-Mediated On-Road Situation-Awareness for Group Activity Safety

  • Authentication and Access Control for Open Messaging Interface Standard

  • PrivaSense: Privacy-Preserving and Reputation-Aware Mobile Participatory Sensing

  • AP-Attack: A Novel User Re-identification Attack On Mobility Datasets

  • On the Feasibility of a Smartphone-based Solution to Rapid Quantitative Urinalysis using Nanomaterial Bioprobes

  • Trusted Operations On Mobile Phones

  • Combining Frequency and Spatial Diversities to Calibrate Ranging over WLAN

  • Profiling and Predicting User Activity on a Home Network

  • Predicting the city foot traffic with pedestrian sensor data

  • Gait Optimization for Multiple Humanoid Robots Based on Parallel Multi-swarm Particle Swarm Algorithm