AERPAW In Education

ECE 578 LTE and 5G Communications, NC State University

AERPAW has been used in the following course projects in ECE 578 since 2021.

  1. Saad Masrur, Gautham Reddy, “AERPAW Find A Rover (AFAR) Challenge”, NC State Course Project Report, ECE 578, Fall 2023.
  2. Md Sharif Hossen, Mushfiqur Rahman, “AERPAW 4G LTE Handover”, NC State Course Project Report, ECE 578, Fall 2023.
  3. Swapnil Jakhi, Dhyey Buch, Pranav Mannur, “Data Harvesting and Impact of Antenna Patterns on Propagation Characterization Models in Various LTE Spectral Bands for Cellular UAV Links”, NC State Course Project Report, ECE 578, Fall 2023.
  4. Gautham Sai, “Spectrum Monitoring and Occupancy Analysis at Various Altitude Ranges”, NC State Course Project Report, ECE 578, Fall 2023.
  5. Anirudh Ballal Chitpadi, Soham Desai, “Optimizing Spectrum Performance by Proper Threshold Selection Using Neyman Pearson Detection”, NC State Course Project Report, ECE 578, Fall 2023.
  6. Sri Surya Upadyayula, “LTE I/Q Sample Post-Processing”, NC State Course Project Report, ECE 578, Fall 2023.
  7. Kantha Vishwas Gowda, Mohamed Habib Loukil, “LTE vs. 5G for UAV Downlink: Simulation and AERPAW Testbed Analysis”, NC State Course Project Report, ECE 578, Fall 2023.
  8. Vikas Ramakrishnaiah, Joseph Amiah, “Using SPI on Millimeter-Wave Software-Defined Radio for Wireless Experimentation”, NC State Course Project Report, ECE 578, Fall 2023.
  9. Vaibhav Raman and Rakshithraj Pulluri, “Keysight RF Sensor: Signal Classifications“, NC State Course Project Report, ECE 578, Fall 2022.
  10. Aman Ahmed, Batchu Krishna Shashank, and Praneeth Dinesh, “Multi-Node IOT (srsRAN)“, NC State Course Project Report, ECE 578, Fall 2022.
  11. Vignesh Iyer and Ayushya Chauhan, “IQ Collection“, NC State Course Project Report, ECE 578, Fall 2022.
  12. Amir Hossein Fahim Raouf, “Spectrum survey in Packapalooza event: Occupancy measurements and spatiotemporal model“, NC State Course Project Report, ECE 578, Fall 2022.
  13. Anıl Gurses, “AERPAW: SRSRAN LTE SISO Handover“, NC State Course Project Report, ECE 578, Fall 2022.
  14. William T. Jarratt and Daniel J. Higgins, “Two Node LTE MIMO“, NC State Course Project Report, ECE 578, Fall 2022.
  15. Hyeokjun Kwon and Donggu Lee, “Localizing a 4G/5G signal source based on measurements obtained at a UAV“, NC State Course Project Report, ECE 578, Fall 2022.
  16. Sai Rithwik Pokala and Ajay Kakumanu, “Spectrum Monitoring of Non-Cellular Bands Using Signal Surveyor 4D and Keysight N6841A RF Sensors“, NC State Course Project Report, ECE 578, Fall 2022.
  17. Abhinay Surya and Raviteja Reddy Mosali, “LTE Handover Experiment“, NC State Course Project Report, ECE 578, Fall 2022.
  18. Priya Saroj and Shravya Pillarisetti, “Multi-Node LTE SISO experiment“, NC State Course Project Report, ECE 578, Fall 2022.
  19. Mohammed Iliyas Shaik and Karthik Chowdhary Kolli, “Spectrum Monitoring of Cellular Bands Using Key Sight RF Sensors Measurements“, NC State Course Project Report, ECE 578, Fall 2022.
  20. Shreyas Sreenivasa and Shreyas Haritha Guruswamy, “Open RAN Development and Testing“, NC State Course Project Report, ECE 578, Fall 2022.
  21. Jonathan Behnke and Bryant Delgado, “LTE Spectrum Monitoring and Analytics“, NC State Course Project Report, ECE 578, Fall 2021. 
  22. Anjali Gahlot, Abrar Kotbi, and Akhil Bommadevara, “AERPAW: SISO OAI eNB Throughput Experiment“, NC State Course Project Report, ECE 578, Fall 2021.
  23. Sam Knight, Tanisha Tyagi, and Hrishikesh Joshi, “Determining the Signal Strength as a Function of Distance in an Urban Environment“, NC State Course Project Report, ECE 578, Fall 2021.