Comparing LIMERIC and DCC approaches for VANET channel congestion control. - Gaurav Bansal; Bin Cheng 002; Ali Rostami 002; Katrin Sjöberg; John B. Kenney; Marco Gruteser (WiVeC, 2014)

Performance evaluation of a mixed vehicular network with CAM-DCC and LIMERIC vehicles. - Bin Cheng 002; Ali Rostami 002; Marco Gruteser; John B. Kenney; Gaurav Bansal; Katrin Sjöberg (WOWMOM, 2015)

Experience: accurate simulation of dense scenarios with hundreds of vehicular transmitters. - Bin Cheng 002; Ali Rostami 002; Marco Gruteser (MobiCom, 2016)

Performance and channel load evaluation for contextual pedestrian-to-vehicle transmissions. - Ali Rostami 002; Bin Cheng 002; Hongsheng Lu; John B. Kenney; Marco Gruteser (CarSys@MobiCom, 2016)

Evolution of vehicular congestion control without degrading legacy vehicle performance. - Bin Cheng 002; Ali Rostami 002; Marco Gruteser; Hongsheng Lu; John B. Kenney; Gaurav Bansal (WoWMoM, 2016)

Stability Challenges and Enhancements for Vehicular Channel Congestion Control Approaches. - Ali Rostami 002; Bin Cheng 002; Gaurav Bansal; Katrin Sjöberg; Marco Gruteser; John B. Kenney (IEEE Trans. Intell. Transp. Syst., 2016)

Reducing Unnecessary Pedestrian-to-Vehicle Transmissions Using a Contextual Policy. - Ali Rostami 002; Bin Cheng 002; Hongsheng Lu; Marco Gruteser; John B. Kenney (CarSys@MobiCom, 2017)

Repeatability of Vehicular Measurements on Public Roadways. - Ines Ugalde; Bin Cheng 002; Ali Rostami 002; Marco Gruteser; Syed Amaar Ahmad (WiNTECH, 2017)

Impact of 5.9 GHz spectrum sharing on DSRC performance. - Bin Cheng 002; Hongsheng Lu; Ali Rostami 002; Marco Gruteser; John B. Kenney (VNC, 2017)

A Multi-rate Congestion Controller for Pedestrian Communication. - Ali Rostami 002; Bin Cheng 002; Hongsheng Lu; John B. Kenney; Marco Gruteser (VNC, 2019)

A Light-Weight Smartphone GPS Error Model for Simulation. - Ali Rostami 002; Bin Cheng 002; Hongsheng Lu; John B. Kenney; Marco Gruteser (VTC Fall, 2019)

Wi-Go: accurate and scalable vehicle positioning using WiFi fine timing measurement. - Mohamed Ibrahim; Ali Rostami 002; Bo Yu 007; Hansi Liu; Minitha Jawahar; Viet Nguyen; Marco Gruteser; Fan Bai 002; Richard E. Howard (MobiSys, 2020)