The CPU used in the thesis is a barrel processor. There is a forcible context switch every clock cycle, equal priority round robin for now although more sophist

The CPU used in the thesis is a barrel processor. There is a forcible context switch every clock cycle, equal priority round robin for now although more sophisticated prioritization schemes could be used. The advantage of a barrel scheduler is that you never can have more than one pair of instructions in the pipeline from the same thread at a given time, so data hazards are impossible and all of the checking/forwarding logic can be entirely absent from the CPU. You lose single-thread performance with this vs more conventional hyperthreading, but it's much simpler to implement.