- Uniform random traffic: sends messages to a randomly selected destination node. It is uniformly distributed throughout the network and gives a better performance with minimal routing and therefore higher simulation event rate.
- Nearest neighbor traffic: with minimal routing, it sends traffic to the single global channel connecting two groups (it congests the network when using minimal routing). May have a low simulation event rate because of the congestion being simulated.
- Nearest group traffic: with minimal routing, it sends traffic to the single global channel connecting two groups (it congests the network when using minimal routing). May have a low simulation event rate because of the congestion being simulated.
- Nearest neighbor traffic: it sends traffic to the next node, potentially connected to the same router.
HOW TO RUN:
ROSS optimistic mode:
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@@ -14,4 +14,4 @@ ROSS serial mode:
options:
arrival_time: inter-arrival time between the messages. Smaller inter-arrival time means messages will arrive more frequently (smaller inter-arrival time can cause congestion in the network and may overflow the network buffers).
traffic: 1 for uniform random traffic, 2 for nearest neighbor traffic.
traffic: 1 for uniform random traffic, 2 for nearest group traffic and 3 for nearest neighbor traffic.