October 23, 2018 – ,
This thesis aims to answer the two following questions:
1. How to map QUIC data streams to multiple paths of different quality of service properties?
2. How to adapt the QUIC stream mapping to paths under competition from other sessions?
To this end, in this thesis aims for an design of MPQUIC stream schedulers that take path properties and knowledge of competing parties into account.
The empirical evaluation is done using the MPQUIC software developed at KOM and Mininet.
Keywords: MPQUIC, Scheduling
Research Area(s): Self-organizing Systems & Overlay Communications
Tutor: Amr Rizk,