The document outlines significant ideas for MATLAB Simulink projects related to master's theses, including topics like small cell wireless backhauling and synchronization of LTE cells. It also discusses the important functions of Simscape Multibody for simulating mechanical systems and highlights the uses of SimRF for simulating RF systems. The document serves as a guide for students pursuing advanced research with MATLAB.

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MATLAB
SIMULATION
FOR MASTER
THESIS

2. 2
PRIMARY NOTIONS IN MATLAB PROJECTS
Hereby we have listed down the significant ideas in MATLAB Simulink Project for Master Thesis,
1 Small cell wireless backhauling in LTE-A
2 SDN and SDR for terabit satellites
3 Bluetooth voice transmission
4 Synchronization of LTE cell
5 Sat-communications in full-Duplex
6 ASTC Co-Dec SDR implementation

3. 3
Force elements
FUNCTIONS OF SIMSCAPE MULTIBODY
IN MATLAB
The important functions of Simscape Multibody in MATLAB Simulink for Master Thesis are listed down,
1 Multibody systems blocks representing
2 Use MATLAB variables
Parameterize models
3 Support to import CAD assemblies
3D geometry
4 Supportive environment for 3D mechanical
Aircraft landing gear

4. 4
It supports the MATLAB
functions to change
1
2
3
4
5
Used to build network of RF
components
Wireless systems simulation
platform
RF system
modeling
Automate RF measurement
data analysis
MAJOR USES OF SIMRF IN MATLAB SIMULINK
Let us discuss about the significant uses of SimRF in MATLAB Simulink (Simulate RF System),

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