Approved
Investigation on 5G Techniques for a College Scenario
Xiaohan Wang ()
Start
2021-01-04
Presentation
2022-11-24 11:15
Location:
Zoom (email Maria Kihl for link)
Finished:
2022-11-29
Master's thesis:
Abstract
With the development of technology, the network is being updated, 5G is the fifth generation mobile communication that can provide a higher data rate, lower latency, more connections, higher security insurance, and more flexible business deployment capability than 4G. The purpose of this master's thesis is to study the advantages of using 5G networks under different obstacles in the university scenario environment. In the paperwork, we target the university office scene, including two different settings, indoor and outdoor. We used real-world measurements to obtain relevant parameters and data, established a remote base station with the company's help, and then went to different locations in different environments selected by the university after we made the preset points. With the use of tools such as Signal to Interference plus Noise Ratio(SINR) and Reference Signal Receiving Power(RSRP) , Measure the received signal strength, and then compare and analyze the performance of the 5G network in the same scenario and the advantages compared with the 4G network. We compare our simulation results with theoretical results under the same conditions.
Supervisor: William Tärneberg (EIT)
Examiner: Maria Kihl (EIT)