pubblication update

README.md

@@ -98,7 +98,8 @@ The *MininetNetPractice.py* program showcases the ability to parse and extract d
 Referring to a random topology, like the one in the figure below, we can create a configuration file that brings back exactly these parameters within the Mininet topology in order to interact with them. The configuration file *MininetTopo.conf* represents it. Some notes for the creation are reported there as a structure model, together with some constraints to be respected. Another important aspect to allow the network to function is to manage the routers routing table(**TODO inside MininetTopo.conf**).
 <img src=./images/MininetConf/topology.jpeg width="105%" height="105%">  
 I tested the mininet emulation software to reproduce a real situation of a cluster. Within this [file.pdf](https://github.com/edoardoColi/5G_Sandbox/blob/edoardoColi/docs/MininetConf/researchReport.pdf) it is possible to view all my comparison analysis and the conclusions I have reached.  
-Additionally, a scientific paper has been sent for publication approval, offering a more in-depth analysis, that can be reed [here](https://github.com/edoardoColi/5G_Sandbox/blob/edoardoColi/docs/MininetConf/researchPropose.pdf). To reproduce the paper environment is possible to use *MininetComparativeAnalysis.py* doing `sudo python3 MininetComparativeAnalysis.py`
+Additionally, a scientific paper has been written on this basis, offering a more in-depth analysis, that can be reed [here](https://github.com/edoardoColi/5G_Sandbox/blob/edoardoColi/docs/MininetConf/researchPropose.pdf) or the one published [here](docs/MininetConf/researchAccepted.pdf).  
+To reproduce the paper environment is possible to use *MininetComparativeAnalysis.py* doing `sudo python3 MininetComparativeAnalysis.py`
 
 ## 5G Network simulation
 For emulating and testing a 5G Network we are going to use ComNetsEmu, a testbed and network emulator designed for the NFV/SDN teaching book "Computing in Communication Networks: From Theory to Practice".