Changes between Version 3 and Version 4 of Other/Summer/2025/5GSAT

Timestamp:

Jun 16, 2025, 3:46:49 AM (8 days ago)

Author:

nihal345

Comment:

—

Other/Summer/2025/5GSAT

@@ -4 +4 @@
 5G and LTE networks currently operate on FR1 Spectrum (Sub ~6GHz), and FR2 in some cases, also known as mmWave. There is a push for 5G implementation on FR3 Spectrum (7.125 GHz - 24.25 GHz), as it would provide higher bit rates in a comparable range to the FR1 spectrum. However, some satellites, especially those for TV Broadcasting, operate within this spectrum. Therefore, we want to experiment with coexistence scenarios.
 
-**Technologies**: ORBIT, GNURadio, and Linux
+**Technologies**: ORBIT testbed, Linux, Python, C++, MATLAB, GNU Radio
 
 **Team**: Arjun Prabhala & Nihal Shah
 
-**Advisor**: Narayan Mandayam
+**Advisor**: Narayan Mandayam, Sreeram M., Rifat Bin Rashid
 
 
 == Week 1
 
-**Progress**: Familiarized with project background | Ran imaging on ORBIT node | Explored GNURadio
+**Progress**: 
+1. Familiarized with project background 
+2. Ran imaging on ORBIT node 
+3. Explored GNURadio
 
 **Slides**: https://docs.google.com/presentation/d/1XZdzpMfxnq4JEk58zeUvRjsmbcgNSL34BzEbD0gNqYM/edit?usp=sharing
@@ -19 +22 @@
 == Week 2
 
-**Progress**: Researched OFDM | Explored SINR | Emulated 5G OFDM signal over ORBIT
+**Progress**: 
+1. Researched OFDM 
+2. Explored SINR 
+3. Emulated 5G OFDM signal over ORBIT
+4. Simulated LEO (Low Earth Orbit) satellites and coverage maps through MATLAB.
 
 
@@ -26 +33 @@
 == Week 3
 
-**Progress**: Familiarized and created GNURadio custom blocks (SINR calculator, time signal multiplexer, etc.) | Simulated DVB-S2 coverage in MATLAB
+**Progress**: 
+1. Familiarized and created GNURadio custom blocks (SINR calculator, time signal multiplexer, etc.) 
+2. Researched DVB-S2 signal encoding and modulation.
+2. Simulated DVB-S2 coverage in MATLAB
 
 **Slides**: https://docs.google.com/presentation/d/1Ux0W6el2XMl9vqyWLWUc5Q8rqPco4IBStreYWhX97lc/edit?usp=sharing