'''SIMULATION PARAMETERS'''
#number of caching rounds to run simulation
NUM_ROUNDS = 10


#number of UEs in the network (100-300)
NUM_UE = 200
#Object priority profile (5)  
ALPHA =1.5


#0 => power_priority 1=>log_priority, 2=> blind_priority
PRIORITY_TO_CHOOSE = 1



#number of contents (20)
NUM_CONTENT =  20

#number of D2D clusters (4)
NUM_D2D_CLUSTERS = 4

# lambda_x the user content access request rate (0.05)
UE_REQUEST_RATE = 0.05

#mean contact rate between two users (0.05 - 0.25)
UE_CONTACT_RATE = 0.2

AVERAGE_CONTENT_SIZE = 0.2


#500 ms
CACHE_RETENTION_TIME = 50

#Average cache space avilable at a UE (for uniform distribution)
AVERAGE_UE_CACHE_SPACE = AVERAGE_CONTENT_SIZE *100
#used to map actual storage space as uniform distribution
CACHE_DIFFERENCE_RANGE = 0.2


	
BETA = 3


UPPER_THRESHOLD = NUM_CONTENT


#used in equation 11 
RAN_COST_NORMALIZING_PARAMETER = 1

'''DONE SIMULATION PARAMETERS'''

b710637f9441c2fd6a6aa174b1f883e03062a7a5
<mask token>

<mask token>
NUM_ROUNDS = 10
NUM_UE = 200
ALPHA = 1.5
PRIORITY_TO_CHOOSE = 1
NUM_CONTENT = 20
NUM_D2D_CLUSTERS = 4
UE_REQUEST_RATE = 0.05
UE_CONTACT_RATE = 0.2
AVERAGE_CONTENT_SIZE = 0.2
CACHE_RETENTION_TIME = 50
AVERAGE_UE_CACHE_SPACE = AVERAGE_CONTENT_SIZE * 100
CACHE_DIFFERENCE_RANGE = 0.2
BETA = 3
UPPER_THRESHOLD = NUM_CONTENT
RAN_COST_NORMALIZING_PARAMETER = 1
<mask token>

'''SIMULATION PARAMETERS'''
#number of caching rounds to run simulation
NUM_ROUNDS = 10


#number of UEs in the network (100-300)
NUM_UE = 200
#Object priority profile (5)  
ALPHA =1.5


#0 => power_priority 1=>log_priority, 2=> blind_priority
PRIORITY_TO_CHOOSE = 1



#number of contents (20)
NUM_CONTENT =  20

#number of D2D clusters (4)
NUM_D2D_CLUSTERS = 4

# lambda_x the user content access request rate (0.05)
UE_REQUEST_RATE = 0.05

#mean contact rate between two users (0.05 - 0.25)
UE_CONTACT_RATE = 0.2

AVERAGE_CONTENT_SIZE = 0.2


#500 ms
CACHE_RETENTION_TIME = 50

#Average cache space avilable at a UE (for uniform distribution)
AVERAGE_UE_CACHE_SPACE = AVERAGE_CONTENT_SIZE *100
#used to map actual storage space as uniform distribution
CACHE_DIFFERENCE_RANGE = 0.2


	
BETA = 3


UPPER_THRESHOLD = NUM_CONTENT


#used in equation 11 
RAN_COST_NORMALIZING_PARAMETER = 1

'''DONE SIMULATION PARAMETERS'''
