NetSyn Lab

Welcome to NetSyn!

Our everyday life runs on networks. From the way we communicate to the way we learn, work, vote, and pay, all depend on a network.
NetSyn lab's research aims at making all those networks secure, reliable, and performant.
To do so, we go beyond traditional discipline barriers and apply various techniques and technologies including measurements, machine learning, data processing, and hardware.

Interested in working with us?
Prospective PhD students: please apply here and mention my name in your application. 
Prospective research interns: please email me and include your CV and one publication or project you have worked on.
Students already in Princeton: please email me, I am happy to meet and/or brainstorm about research projects or thesis.

Curious about what NetSyn means?
Net is obviously for networks. Syn (συν-) is a prefix occurring in loanwords from Greek, having the same function as co- (synthesis; synoptic); used, with the meaning “with,” “together,” in the formation of compound words (synsepalous) or “synthetic” in such compounds (syngas).

News

New paper accepted at CoNEXT 2022!
Oct. 29, 2022

Our paper entitled "Lumen: A Framework for Developing and Evaluating ML-Based IoT Network Anomaly Detection" was accepted at CoNEXT 2022.

New paper accepted at HotNets 2022!
Sept. 2, 2022

Our paper entitled "It Takes Two to Tango: Cooperative Edge-to-Edge Routing" was accepted at HotNets 2022.

Our ABM paper presented at SIGCOMM 2022!
Aug. 23, 2022

Our collaborator Vamsi presented our paper entitled "ABM: Active Buffer Management in Datacenters" at SIGCOMM 2022 in Amsterdam. 
Video

New paper accepted at SOSR 2022!
Aug. 12, 2022

Our paper entitled "Mass Surveillance of VoIP Calls in the Data Plane" was accepted at SOSR 2022.

Maria joins Princeton ECE as Assistant Professor!
Aug. 1, 2022

Maria joins the Electrical and Computer Engineering Department as an Assistant Professor on August 1st, 2022. She will lead the NetSyn lab with the goal of designing and building networked systems that are secure, reliable and performant.