CDR generator

The goal is to generate CDR based on different model and to allow model "mix in".
To achieve that, the generation of the CDR is break down in differents generals steps and for each steps, there are multiple implementations which respect a common interface. This implies that we can use any implementation for a step very easily.

Generation Steps

• Generate the cells
• Generate the operator
• Generate the users (operators, cells, schedule, wallet,...)
• Generate the social network
• finally with all those informations use a simulator to simulate one day There are multiple simulators possible
  • Iterate over the social graph
  • Go through each id and generate the cdr's according to some distributions
  • Go through each edge of the social graph and generate random cdr for the edge ( BasicSimulator )
  • ...

Usage

To use the generator you must choose the generators you want for each step and build a Simulator with those generators. Then you just need to call simulate on the simulator to generate the CDR.

	val simulator = new BasicSimulator(
		new BasicCellsGenerator(10),
		new HarcodedOperatorsGenerator(),
		new BasicUsersGenerator(50),
		new RandomSocialNetworkGenerator()
		)
	simulator.simulate(new DateTime).map(_.toString).saveAsTextFile("test.csv")

To compile and run the test :

sbt "~test-quick"

To run :

sbt run

To generate the scala doc (in target scala-../api) :

sbt doc

Existing implementation step

CellsGenerator :

• BasicCellsGenerator : Generate cells randomly in "square".

OperatorsGenerator:

• HardcodedOperatorsGenerator : Generate 2 hardcoded operators.

UsersGenerator :

• BasicUsersGenerator : Generate DumUsers which call from only one cell

SocialNetworkGenerator:

• RandomSocialNetworkGenerator : Generate a social network based on the logNormalGraph generator the graphx (generate a graph for witch each user has a random (logNormal distribution) number of edges.

Simulator :

• BasicSimulator : Generate cdr in one pass over the edges of the social graph

Structure :

Source structure :

Generator/
	- Operator
	- Cells
	- Users 
    - Schedule
	- Market
	- Social network
Simulator/
IO/
Model/
Config
Main

#Next ? ##Streaming mode: ###Idea 1: Use a social graph and :

• for each minute compute for each user the call and sms that they will made during this minute.
• Update the graph to ensure that there are no one who make 2 phone call simultaneously
• Then collect all the cdr's
• Each second send to the application the cdr's for the second