# Introduction 

TODO: paragraph here on what is the event graph. what is the motivation

TODO: paragraph describing how it works from a high level

![graph](./graph.png)

# Graphs

## Number of nodes increase with fixed probability of dropping messages  

TODO: description here of the graphs

![100 nodes](./f_ni_2.png)
![500 nodes](./f_ni_3.png)

## Probability of dropping messages increase with fixed number of nodes 

TODO: description here of the graphs

![%20 100 nodes](./f_pi_2.png)
![%20 500 nodes](./f_pi_3.png)

### The probability reach to 100% for dropping messages 

TODO: description here of the graphs

![%20 200 nodes](./f_pi_4.png)

## Pruning old events

TODO: description here of the graphs

![pruned active pool](./fig_pr_ap.png)
![unpruned active pool](./fig_unpr_ap.png)

### The synchronization process with pruning the graph from old events

TODO: description here of the graphs

![sync pruned graph](./fig_sync_pr.png)

