> Have to compute 2 flops across two hosts running at 1 flop/s.
> Should be done in exactly one second.
> Actual result: computing 2 flops on 2 hosts at 1 flop/s takes 1.00 seconds.
->
->
+>
+>
> TEST: Create and run a parallel execution on 2 heterogeneous hosts.
> ------------------------------------------------------------
> Have to compute 2 flops across two hosts, one running at 1 flop/s and one at 2 flop/s.
> Should be done in exactly one second.
> Actual result: computing 2 flops on 2 heterogeneous hosts takes 1.00 seconds.
->
->
+>
+>
> TEST: Latency test between hosts connected by a shared link.
> ------------------------------------------------------------
> Have to send 1B from one host to another at 1Bps with a latency of 500ms.
> Should be done in 1.5 seconds (500ms latency + 1s transfert).
> Actual result: sending 1 byte on a shared link at 1Bps + 500ms takes 1.50 seconds.
->
->
+>
+>
> TEST: Latency test between hosts connected by a fatpipe link.
> ------------------------------------------------------------
> Have to send 1B from one host to another at 1Bps with a latency of 500ms.
> Should be done in 1.5 seconds (500ms latency + 1s transfert).
> Actual result: sending 1 byte on a fatpipe link at 1Bps + 500ms takes 1.50 seconds.
->
->
+>
+>
> TEST: Latency test between hosts connected by a 3-link route.
> ------------------------------------------------------------
> Have to send 1B from one host to another at 1Bps with a latency of 2 x 500ms + 1s.
> This latency is half the default TCP window size (4MiB). This limits the bandwidth to 1B
> Should be done in 2 x 1024^2s + 1 seconds (large latency + 1s transfert).
> Actual result: sending 1 byte on a large latency link takes 2097153.00 seconds.
->
->
+>
+>
> TEST: Latency test between hosts connected by a shared link with 2 comms in same direction.
> ------------------------------------------------------------
> Have to send 2 x 1B from one host to another at 1Bps with a latency of 500ms.
> Should be done in 2.5 seconds (500ms latency + 2s transfert).
> Actual result: sending 2x1 bytes on a shared link at 1Bps + 500ms takes 2.50 seconds.
->
->
+>
+>
> TEST: Latency test between hosts connected by a fatpipe link with 2 comms in same direction.
> ------------------------------------------------------------
> Have to send 2 x 1B from one host to another at 1Bps with a latency of 500ms.
> Should be done in 1.5 seconds (500ms latency + 1s transfert).
> Actual result: sending 2x1 bytes on a fatpipe link at 1Bps + 500ms takes 1.50 seconds.
>
->
+>
> TEST: Latency test between hosts connected by a 3-link route with 2 comms in same direction.
> ------------------------------------------------------------
> Have to send 2 x 1B from one host to another at 1Bps with a latency of 2 x 500ms + 1s.
> Should be done in 4 seconds (2 x 500ms + 1s latency + 2s transfert).
> Actual result: sending 2x1 bytes on a 3-link route at 1Bps + 2,500ms takes 4.00 seconds.
->
->
+>
+>
> TEST: Latency test between hosts connected by a shared link with 2 comms in opposite direction.
> ------------------------------------------------------------
> Have to send 1B between two hosts in each direction at 1Bps with a latency of 500ms.
> Should be done in 2.5 seconds (500ms latency + 2s transfert).
> Actual result: sending 1 byte in both directions on a shared link at 1Bps + 500ms takes 2.50 seconds.
->
->
+>
+>
> TEST: Latency test between hosts connected by a fatpipe link with 2 comms in opposite direction.
> ------------------------------------------------------------
> Have to send 1B between two hosts in each direction at 1Bps with a latency of 500ms.
> Should be done in 1.5 seconds (500ms latency + 1s transfert).
> Actual result: sending 1 byte in both directions on a fatpipe link at 1Bps + 500ms takes 1.50 seconds.
>
->
+>
> TEST: Latency test between hosts connected by a 3-link route with 2 comms in opposite direction.
> ------------------------------------------------------------
> Have to send 1B between two hosts in each direction at 1Bps with a latency of 2 x 500ms + 1s.
> Should be done in 4 seconds (2 x 500ms + 1s latency + 2s transfert).
> Actual result: sending 1 byte in both directions on a 3-link route at 1Bps + 2,500ms takes 4.00 seconds.
->
->
+>
+>
> TEST: 4-host parallel communication with independent transfers.
> ------------------------------------------------------------
> 'cpu0' sends 1B to 'cpu1' and 'cpu2' sends 1B to 'cpu3'. The only shared link is the fatpipe switch.
> Should be done in 3 seconds (2 x 500ms + 1s latency + 1s transfert).
> Actual result: sending 2 x 1 byte in a parallel communication without interference takes 3.00 seconds.
>
->
+>
> TEST: 4-host parallel communication with scatter pattern.
> ------------------------------------------------------------
> 'cpu0' sends 1B to 'cpu1', 2B to 'cpu2' and 3B to 'cpu3'.
> ------------------------------------------------------------
> Each host sends 1B to every other hosts.
> Should be done in 8 seconds: 2 x 500ms + 1s of initial latency and 6 seconds for transfer
-> Each SHARED link is traversed by 6 flows (3 in and 3 out).
+> Each SHARED link is traversed by 6 flows (3 in and 3 out).
> Each 1B transfer thus takes 6 seconds on a 1Bps link
> Actual result: 1-byte all-too-all in a parallel communication takes 8.00 seconds.
->
->
+>
+>
> TEST: Two concurrent communications, 1 large and 1 small.
> ------------------------------------------------------------
> A host sends two messages of 100MB and 1B to the other host.
> The small communication has a negligible impact on the large one.
> This corresponds to paying latency once and having the full bandwidth for the large communication.
> Actual result: 1 small and 1 large concurrent communications take 0.8001 seconds.
->
->
+>
+>
> TEST: Concurrent communication and computation.
> ------------------------------------------------------------
> A host sends 1B to another while the latter compute 2 flop.
