[March 14, 2019] For our upcoming site visit related to PAWR, our team wrote a visualization tool for RSRP / RSRQ from MobileInsight. Kudos to my student Gonzalo Martinez who wrote an Android app to export Mobile Insight files, ship them over MQTT, parse them, and then re-package them as JSON via MQTT, for the C# visualization app that I crafted together for a demo. We will package up the source code and share it for anyone who might be interested.
[August 1st, 2018] Great conference at ICCCN 2018 in Hangzhou, China. Had a chance to catch up with lots of familiar faces now having attended ICCCN for the past 7 years straight. Great to meet up with my former student, Qi Liao, who also had a paper at ICCCN. On Wednesday, I presented our base work on Fast Mobile Network Characterization (FMNC) which was an invited paper at ICCCN. A really solid work done by my student that has laid the foundation on much of our work in this area.
Download the presentation as a PDF
[June 15, 2018] Great workshop in Amsterdam for NOSSDAV 2018. I had the pleasure of presenting my student Lixing’s paper entitled “SEWS: A Channel-Aware Stall-Free WiFi Video Streaming Mechanism” at the workshop in addition to serving as a session chair for the first session. Very well attended workshop and lots of great questions.
[June 1, 2018] I will be joining the editorial board of IEEE Transactions on Mobile Computing as an Associate Editor. Looking forward to serving the community in this new exciting role.
[April 24, 2018] Congrats to Lixing Song on getting his paper entitled “SEWS: A Channel-Aware Stall-Free WiFi Video Streaming Mechanism” accepted to appear at NOSSDAV 2018 in Amsterdam in June.
[April 19, 2018] I had the privilege of serving on a panel on Machine Learning in Networking at INFOCOM 2018. The panel was exceptionally well attended (pictures soon). One key outcome is that we will be putting together a survey paper on machine learning in networking as a basic overview. Fantastic panel and great audience questions.
(March 14, 2017) Our paper entitled “Leveraging Frame Aggregation for Estimating WiFi Available Bandwidth” was accepted into IEEE SECON 2017 (26% acceptance rate). The work is the second one under the Fast Mobile Network Characterization umbrella. This work focuses on the potential to use reflected aggregation (client-mod free) as observed by A-MPDU frame characteristics for inferring the available bandwidth of a link ranging across a wide variety of speeds.
Continue reading “Paper: Leveraging Frame Aggregation for Estimating WiFi Available Bandwidth”
(March 7, 2017) Our paper entitled “Redundancy Elimination Might Be Overrated: A Quantitative Study on Wireless Traffic” was accepted to the INFOCOM workshop covering edge computing, caching, and offloading. This work drew from our NSF EAGER grant covering redundancy across a wide variety of environments (South Shore commuter train, University Relations tent, classroom).
Continue reading “Paper: Redundancy Elimination Might Be Overrated: A Quantitative Study on Wireless Traffic”
(March 3, 2017) Our paper entitled “Leveraging Frame Aggregation to Improve Access Point Selection” has been accepted to appear at the INFOCOM International Workshop on Mobility Management in the Networks of the Future World (MobiWorld) workshop at INFOCOM 2017 to be held in Atlanta, GA in early May.
Continue reading “Paper: Leveraging Frame Aggregation to Improve Access Point Selection”