Novel network infrastructure based on small cells
From its-wiki.no
Revision as of 11:34, 27 August 2012 by Josef.Noll (Talk | contribs)
Wiki for ITS | ||||||
---|---|---|---|---|---|---|
|
Novel network infrastructure based on small cells
by | N.n. |
---|---|
Supervisor(s) | Josef.Noll |
Due date | 2013/05/01 |
Status | Planned |
Problem description: | |
Methods and Tools: | The tools and methods in this thesis are based on
|
Time schedule | Time schedule:
|
Pre-Knowledge | * This thesis includes a reasonable amount of programming,
|
Approved | by |
Keywords | Femto Cells, Mobile networks, Access Network |
Depiction |
this page was created by Special:FormEdit/Thesis, and can be edited by Special:FormEdit/Thesis/Novel network infrastructure based on small cells
Table of Content (TOC)
A typical example of a table of content (TOC) is provided in TOC
Problem description
The mobile network is evolving, but the demand for capacity can't be satisfied by today's infrastructure.
- Establish a model for mobile coverage based on Femto Cells (or Small Cells) with a macro cell overlay
- Challenges for Femto Cells
- Discussion of a open network infrastructure (Ref: Elin Sundby Boysen)
- Establish a link layer connectivity model for FemtoCells
- "non-sofisticated" model
- Discussion: to what extend do we need a network simulator (Matlab)?
- Up-scaling of the single radio link towards a network perspective
- based on a "non-sofisticated" model for propagation
- based on assumptions for terrain and building landscape
- simulation of traffic flow in the network
- traffic distribution (stationary versus mobile) - keyword: > 90% LTE of traffic is indoor, > 85% of 3G traffic is indoor
- Open network challenges
- cross-authentication
- ownership
- cost model
To Do:
- literature review to
- identify similar work
- understanding of Femto-/Small-Cells
- narrow the scope of the thesis (after 4 months)
- link level simulator taken into consideration: modulation, coding, transmit & receive properties (gain, noise figure)