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omnetpp.ini
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omnetpp.ini
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[General]
network = FullyConnected
simtime-resolution = ms #us # time in microseconds
#num-rngs = 10
#seed-set = 6
repeat = 1
**.p[*].outBdw.result-recording-modes = histogram
**.p[*].outBdw.result-recording-modes = -vector
# --- Good setup for nodes
[Config rtbyzcast73]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 24 # maximum number of faults
FullyConnected.p[*].maxFaults = 24 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 25 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 24
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = true
FullyConnected.p[*].stopEarly = false
# --- Good setup for nodes
[Config rtbyzcast100]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 33 # maximum number of faults
FullyConnected.p[*].maxFaults = 33 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 99 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 33
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = true
# --- Good setup for nodes
[Config rtbyzcast200]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 66 # maximum number of faults
FullyConnected.p[*].maxFaults = 66 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 67 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 66
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = true
# --- Good setup for nodes
[Config rtbyzcast300]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 99 # maximum number of faults
FullyConnected.p[*].maxFaults = 99 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 100 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 99
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = true
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config rtbyzcast400]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 133 # maximum number of faults
FullyConnected.p[*].maxFaults = 13 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 134 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 133
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = true
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config rtbyzcast500]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 166 # maximum number of faults
FullyConnected.p[*].maxFaults = 166 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 167 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 166
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = true
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config rtbyzcast1000]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 333 # maximum number of faults
FullyConnected.p[*].maxFaults = 333 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 334 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 333
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = true
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config pistis3F50]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 16 # maximum number of faults
FullyConnected.p[*].maxFaults = 16 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 47 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 16
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
# --- Good setup for nodes
[Config pistis3F100]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 33 # maximum number of faults
FullyConnected.p[*].maxFaults = 33 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 99 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 33
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
# --- Good setup for nodes
[Config pistis3F200]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 66 # maximum number of faults
FullyConnected.p[*].maxFaults = 66 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 199 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 66
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
# --- Good setup for nodes
[Config pistis1F300]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 99 # maximum number of faults
FullyConnected.p[*].maxFaults = 99 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 100 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 99
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config pistis2F300]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 99 # maximum number of faults
FullyConnected.p[*].maxFaults = 99 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 199 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 99
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config pistis3F300]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 99 # maximum number of faults
FullyConnected.p[*].maxFaults = 99 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 297 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 99
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config pistis1F500]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 166 # maximum number of faults
FullyConnected.p[*].maxFaults = 166 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 167 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 166
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config pistis2F500]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 166 # maximum number of faults
FullyConnected.p[*].maxFaults = 166 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 332 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 166
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config pistis3F500]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 166 # maximum number of faults
FullyConnected.p[*].maxFaults = 166 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 498 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 166
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config pistis1F1000]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 333 # maximum number of faults
FullyConnected.p[*].maxFaults = 333 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 334 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 333
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config pistis2F1000]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 333 # maximum number of faults
FullyConnected.p[*].maxFaults = 333 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 667 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 333
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config pistis3F1000]
FullyConnected.mean = 5ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 333 # maximum number of faults
FullyConnected.p[*].maxFaults = 333 # ***same as above***
FullyConnected.p[*].timeout = 40ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 5ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 999 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 333
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = true
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
FullyConnected.p[*].stopEarly = true
# --- Good setup for nodes
[Config smallrtbyzcast]
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 16 # maximum number of faults
FullyConnected.p[*].maxFaults = 16 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 17 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 16
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = false
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = true
# --- Good setup for nodes
[Config smallpistis]
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 16 # maximum number of faults
FullyConnected.p[*].maxFaults = 16 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 17 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 16
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = false
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
# --- Good setup for nodes
[Config smallpistis2F]
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 16 # maximum number of faults
FullyConnected.p[*].maxFaults = 16 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 33 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 16
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = false
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
# --- Good setup for nodes
[Config smallpistis3F]
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 16 # maximum number of faults
FullyConnected.p[*].maxFaults = 16 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 48 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 16
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = false
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = false
# --- Good setup for nodes
[Config good---f@16--T@8ms--d@1ms--mean@1ms--stddev@0ms--numRand@17--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@0--passive@0--byz@16] # f=16
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 8 # maximum number of faults
FullyConnected.p[*].maxFaults = 8 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 17 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 8
FullyConnected.p[*].passiveDuration = 8
FullyConnected.p[*].recovery = false
FullyConnected.p[*].lossSend = false
FullyConnected.p[*].rotatingSend = false
FullyConnected.p[*].endSimuDeliver = false
FullyConnected.p[*].rtByzCastMode = true
# --- Good setup for nodes
[Config good---f@1--T@8ms--d@1ms--mean@1ms--stddev@0ms--numRand@3--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@0--passive@1--byz@1] # f=1
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 3 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 10 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 1
FullyConnected.p[*].numByz = 1
FullyConnected.p[*].recovery = false
# --- Good setup for nodes
[Config good---f@1--T@8ms--d@1ms--mean@1ms--stddev@0ms--numRand@3--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@0--passive@0--byz@1] # f=1
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 3 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 10 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].numByz = 1
# --- Good setup for nodes
[Config good---f@1--T@8ms--d@1ms--mean@1ms--stddev@0ms--numRand@3--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@0] # f=1
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 3 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 10 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 1
# --- Good setup for nodes
[Config good---f@10--T@8ms--d@1ms--mean@1ms--stddev@0ms--numRand@26--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@0]
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 10 # maximum number of faults
FullyConnected.p[*].maxFaults = 10 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 26 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
# --- Good setup for nodes
[Config good---f@16--T@8ms--d@1ms--mean@1ms--stddev@0ms--numRand@44--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@0]
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 16 # maximum number of faults
FullyConnected.p[*].maxFaults = 16 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 44 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
# --- Bad setup for nodes
[Config bad---f@16--T@8ms--d@1ms--mean@1ms--stddev@0ms--numRand@10--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@0]
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 16 # maximum number of faults
FullyConnected.p[*].maxFaults = 16 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 33 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
# --- Bad setup for nodes
[Config bad---f@8--T@8ms--d@1ms--mean@1ms--stddev@0ms--numRand@1--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@0]
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 8 # maximum number of faults
FullyConnected.p[*].maxFaults = 8 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 1 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
# --- Good setup for nodes
[Config good---f@8--T@8ms--d@1ms--mean@1ms--stddev@0ms--numRand@22--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@0]
FullyConnected.mean = 1ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 8 # maximum number of faults
FullyConnected.p[*].maxFaults = 8 # ***same as above***
FullyConnected.p[*].timeout = 8ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 1ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 22 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 0
FullyConnected.p[*].numPassive = 0
FullyConnected.p[*].sizeVal = 2
# --- Bad setup for nodes
[Config bad---f@1--T@80ms--d@20ms--mean@20ms--stddev@0ms--numRand@2--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@80] # f=1
FullyConnected.mean = 20ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 80ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 2 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 80
FullyConnected.p[*].numPassive = 0
# --- Nice setup for nodes
[Config good---f@1--T@100ms--d@20ms--mean@20ms--stddev@0ms--numRand@3--numBcaster@1--bcastPeriod@3--GC@true--numBcast@1--losses@0] # f=1
FullyConnected.mean = 20ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 100ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 3 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 1 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
# --- Nice setup for nodes
[Config good---f@1--T@100ms--d@20ms--mean@20ms--stddev@0ms--numRand@3--numBcaster@2--bcastPeriod@3--GC@true--numBcast@1--losses@20] # f=1
FullyConnected.mean = 20ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 100ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 3 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 2 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 20
# --- Nice setup for nodes
[Config good---f@1--T@100ms--d@20ms--mean@15ms--stddev@0ms--numRand@3--numBcaster@2--bcastPeriod@3--GC@true--numBcast@1000000--losses@0] # f=1
FullyConnected.mean = 15ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 100ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 3 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 2 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1000000 # total number of broadcast to do
# --- With this (send to 2 out of 4), nodes crash themselves pretty quickly
[Config bad----f@1--T@100ms--d@20ms--mean@15ms--stddev@0ms--numRand@2--numBcaster@2--bcastPeriod@3--GC@true--numBcast@1--losses@50] # f=1
FullyConnected.mean = 15ms # mean value for the channel delay
FullyConnected.stddev = 0ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 100ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 2 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 2 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1 # total number of broadcast to do
FullyConnected.p[*].probaLosses = 50
# --- Things are pretty stable with a mean=50 but not with 51 (see below)---WTF?
[Config good---f@1--T@100ms--d@20ms--mean@50ms--stddev@5ms--numRand@3--numBcaster@2--bcastPeriod@3--GC@true--numBcast@1000000--losses@0] # f=1
FullyConnected.mean = 50ms # mean value for the channel delay
FullyConnected.stddev = 5ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 100ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 3 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 2 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1000000 # total number of broadcast to do
# ---
[Config bad----f@1--T@100ms--d@20ms--mean@51ms--stddev@5ms--numRand@3--numBcaster@2--bcastPeriod@3--GC@true--numBcast@1000000--losses@0] # f=1
FullyConnected.mean = 51ms # mean value for the channel delay
FullyConnected.stddev = 5ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 100ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 3 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 2 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1000000 # total number of broadcast to do
# --- Nice setup for nodes
[Config good---f@1--T@100ms--d@20ms--mean@15ms--stddev@5ms--numRand@3--numBcaster@2--bcastPeriod@3--GC@true--numBcast@1000000--losses@0] # f=1
FullyConnected.mean = 15ms # mean value for the channel delay
FullyConnected.stddev = 5ms # standard deviation for the channel delay
FullyConnected.maxFaults = 1 # maximum number of faults
FullyConnected.p[*].maxFaults = 1 # ***same as above***
FullyConnected.p[*].timeout = 100ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 3 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 2 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1000000 # total number of broadcast to do
# --- Nice setup for nodes
[Config good---f@2--T@100ms--d@20ms--mean@15ms--stddev@5ms--numRand@4--numBcaster@2--bcastPeriod@3--GC@true--numBcast@1000000--losses@0] # f=2
FullyConnected.mean = 15ms # mean value for the channel delay
FullyConnected.stddev = 5ms # standard deviation for the channel delay
FullyConnected.maxFaults = 2 # maximum number of faults
FullyConnected.p[*].maxFaults = 2 # ***same as above***
FullyConnected.p[*].timeout = 100ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 4 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 2 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1000000 # total number of broadcast to do
# --- With this (send to 3 out of 7), nodes crash themselves pretty quickly
[Config bad----f@2--T@100ms--d@20ms--mean@15ms--stddev@5ms--numRand@3--numBcaster@2--bcastPeriod@3--GC@true--numBcast@1000000--losses@0] # f=2
FullyConnected.mean = 15ms # mean value for the channel delay
FullyConnected.stddev = 5ms # standard deviation for the channel delay
FullyConnected.maxFaults = 2 # maximum number of faults
FullyConnected.p[*].maxFaults = 2 # ***same as above***
FullyConnected.p[*].timeout = 100ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 3 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 2 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1000000 # total number of broadcast to do
[Config good---f@3--T@100ms--d@20ms--mean@15ms--stddev@5ms--numRand@6--numBcaster@2--bcastPeriod@3--GC@true--numBcast@1000000--losses@0] # f=3
FullyConnected.mean = 15ms # mean value for the channel delay
FullyConnected.stddev = 5ms # standard deviation for the channel delay
FullyConnected.maxFaults = 3 # maximum number of faults
FullyConnected.p[*].maxFaults = 3 # ***same as above***
FullyConnected.p[*].timeout = 100ms # timeout: here 100 milli-seconds
FullyConnected.p[*].maxDelay = 20ms # expected maximum transimission delay: here 20ms
FullyConnected.p[*].numRand = 6 # number of (random) nodes to send to (at least f 1)
FullyConnected.p[*].numBcaster = 2 # number of broadcasting nodes
FullyConnected.p[*].bcastPeriod = 3 # broadcast every bcastPeriod*timeout
FullyConnected.p[*].GC = true # we garbage collect
FullyConnected.p[*].numBcast = 1000000 # total number of broadcast to do