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FISCP: fine-grained device-free positioning system for multiple targets working in sparse deployments., , , , , , and . Wireless Networks, 22 (5): 1751-1766 (2016)Enhancing Received Signal Strength-Based Localization through Coverage Hole Detection and Recovery., , , , , , , , and . Sensors, 18 (7): 2075 (2018)A Grid-Based Linear Least Squares Self-Localization Algorithm in Wireless Sensor Network., , , , , , and . IJDSN, (2015)DeepAid: A Mobile Cognitive Aid System with Compacted Deep Learning., , , , , , and . SmartWorld/SCALCOM/UIC/ATC/CBDCom/IOP/SCI, page 873-880. IEEE, (2018)Evaluating Brush Movements for Chinese Calligraphy: A Computer Vision Based Approach., , , , , , , , and . IJCAI, page 1050-1056. ijcai.org, (2018)Prioritizing the Data in the Target-Tracking Wireless Sensor Networks., , , , , , and . GreenCom/iThings/CPScom, page 1910-1915. IEEE, (2013)Poster: HALL: High-accuracy and Low-cost RFID Localization in Large-scale environment., , , and . MobiSys (Companion Volume), page 17. ACM, (2016)Approximate Convex Decomposition Based on Connectivity in Large-scale 3DWireless Sensor Networks., , , , , , and . Ad Hoc Sens. Wirel. Networks, 35 (1-2): 41-66 (2017)FitLoc: Fine-Grained and Low-Cost Device-Free Localization for Multiple Targets Over Various Areas., , , , , , and . IEEE/ACM Trans. Netw., 25 (4): 1994-2007 (2017)Poster: On the Low-Cost and Distance-Adaptive Device-free Localization., , , , , , and . MobiCom, page 221-223. ACM, (2015)