Multiplexing a Shared Link Simulation

This illustrates three bursty connections sharing a link. The shared link uses statistical multiplexing with a fixed-size queue. Vary the burst parameters, queue capacity, and bandwidths, then send some packets and see what happens.

Edge Link
Bandwidths

$R(A) = {RA:KBps}$
$R(B) = {RB:KBps}$
$R(C) = {RC:KBps}$
Edge Link
Traffic

$F(A) = {FA}$ %
$F(B) = {FB}$ %
$F(C) = {FC}$ %
Access Link

$R(X) = {RX:KBps}$
$Q(X)_cap = {QX}$ packets

Packet Size $L = {L:KB}$
Propagation Delay $D_prop = {Dprop:ms}$
A-X Transmission Delay $D(A)_xmit = L / R(A) = {DAxmit:ms}$
B-X Transmission Delay $D(B)_xmit = L / R(B) = {DBxmit:ms}$
C-X Transmission Delay $D(C)_xmit = L / R(C) = {DCxmit:ms}$
X-X' Transmission Delay $D(X)_xmit = L / R(X) = {DXxmit:ms}$

Path to show on timeline: A-X-X'-A' B-X-X'-B' C-X-X'-C'