#Set the one way added delay to connect to the cloud
device1 = Server("Device", 200.)
edge1 = Server("Edge1", 1000.)
edge2 = Server("Edge2", 1000.)
cloud1 = Server("Cloud1", 5000.)
cloud2 = Server("Cloud2", 5000.)
cloud3 = Server("Cloud3", 5000.)
# Connect the devices with a given link
combinations = [
(wifilink, edge2),
]
# Defining our Task Patterns
Tr = TaskPattern("Rendering", 2, 100000, 100000, 20)
Tt = TaskPattern("Tracking", 10, 64000, 4000, 60)
Tm = TaskPattern("Mapping", 26, 64000, 12000, 90)
To = TaskPattern("Object_Recogniton", 15, 64000, 4000, 120)
#Generate timeline
# Unit is frame, 33FPS
deltat = 33
tsimul = 0
Lsimul = 6000 * 33
tasklist = {}
timesteps = []
while tsimul < Lsimul:
# Initialize our timeline for this given step
#Set the one way added delay to connect to the cloud
device1 = Server("Device", 200.)
edge1 = Server("Edge1", 1000.)
edge2 = Server("Edge2", 1000.)
cloud1 = Server("Cloud1", 5000.)
cloud2 = Server("Cloud2", 5000.)
cloud3 = Server("Cloud3", 5000.)
# Connect the devices with a given link
combinations = [
(ltelink, edge1),
]
# In a single scenario, we only consider one task per frame, that include all
# the other tasks
Tr = TaskPattern("Rendering", 6, 100000, 100000, 20)
Tt = TaskPattern("Tracking", 16, 64000, 104000, 20)
Tm = TaskPattern("Mapping", 30, 64000, 112000, 20)
To = TaskPattern("Object_Recogniton", 18, 64000, 104000, 20)
#Generate timeline
# Unit is frame, 33FPS
deltat = 33
tsimul = 0
Lsimul = 6000 * 33
tasklist = {}
timesteps = []
while tsimul < Lsimul:
# Initialize our timeline for this given step