From Nsnam
Revision as of 22:06, 29 May 2015 by DaniloA (Talk | contribs) (Carrier Aggregation support for the LTE module)

Jump to: navigation, search

Carrier Aggregation support for the LTE module

Student: Danilo Abrignani

Mentors: Marco Miozzo Nicola Baldo

  • Abstract: 3GPP standardizes, in release R10, the Carrier Aggregation (CA) technology. This consists of the possibility, for a single user equipment (UE), to aggregate Radio Resources belonging to different carriers, in order to have more bandwidth available, and a higher potential throughput. The idea is to improve the current LENA implementation, with CA functionalities, by implementing a sort of “proxy” between the RLC/RRC layer and MAC/Scheduler layers, associated to the multiple carriers.
  • Code:
  • About me: I'm a Ph.D. candidate at the University of Bologna, Italy. My research interests are in wireless sensor network and mobile network simulation. Something more about me on my Linkedin page.


  • 1st Week:
 * Implementation of RRC messages for Carrier Aggregation support
 * Writing design documentation 
  • 2nd - 4th Weeks:
 * Implementation of the LTE-A helper, activation of different carriers and synchronization procedure. 
 * Writing test code and debugging.
 * Writing design documentation
  • 5th - 6th Weeks:
 * Write test documentation, submit code for review, consolidate code and documentation. 

  • 7th -8th Weeks:
 * Start writing the CA-Mac module, design documentation.
 * Write test and debugging, writing test documentation, submit code for review.
  • 9th - 10th Weeks:"'
 * Define a basic algorithm that takes into account QoS indicators. Write design documentation
 * Writing test application and debugging. Submit code for review. Update code and documentation.
  • 11th - 12th Weeks:
 * Unified LTE-A and LTE helpers. 
 * Write test applications, update documentation and code. 
 * Possible improvements.

Weekly Progress

Some References

    • LTE-A HetNets using Carrier Aggregation, Nomor whitepaper [1]
    • 3GPP TS 36.211
    • 3GPP TS 36.213
    • 3GPP TS 36.331