CA2024Proposed solution included
EEC 620 Advanced Mobile Communication CA 2024
About this paper
EEC 620: One-hour CA: solving for the path-loss exponent from a Lee-model received-power scenario at 2.5 GHz, and an explanation of shadowing.
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University of Buea
College of Technology - COT
Electrical / Renewable - EET/REN
EEC6202024
Advanced Mobile Communication
CA · Second Semester · Masters
From this paper
- 1.
Suppose a transmitter of gain 25 and power of 80 watts is transmitting at a frequency of 2.5 gigahertz at a distance of 5 kilometres from a receiver of gain 10 and power of 5 milliwatts. Let the reference distance be 100 metres. Using the appropriate path loss model, calculate the path loss exponent. (20 marks)
At a glance
- Course code
- EEC620 (EEC 620)
- Type
- CA
- Year
- 2024
- Level
- Masters
- Semester
- Second Semester
- Proposed solution
- Included
Where it's from
University
University of BueaFaculty
College of Technology - COTDepartment
Electrical / Renewable - EET/REN
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