Design and implementation of 5g network system for cit electronics department/
Ampatua, Feihz Ishrad S.
Design and implementation of 5g network system for cit electronics department/ Feihz Ishrad S. Ampatua, Ricben C. Bagnol, Grace Ann A. Baldos, King Chester C. Du, and Adrian Harold C. Nalapo.-- - Manila: Technological University of the Philippines, 2024. - ix, 92pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
This study focuses on improving internet connectivity within the CIT Electronics
Department by addressing issues of weak Wi-Fi signals and dead zones. A solution
involving the strategic placement of wired access points (APs) was implemented to
extend coverage and enhance network reliability. Data on signal strength and latency
were collected before and after the installation of the access points. The results showed
significant improvements in network performance, with signal strength in weak areas
increasing from -61 dBm to -43 dBm. Latency tests revealed minimal differences
between low-traffic and high-traffic conditions, indicating the system's robustness under
varying user loads. User evaluations, based on the ISO 25010:2011 standard, resulted in
"Excellent" ratings in areas such as functional correctness, usability, and effectiveness.
Despite the positive outcomes, the study identified limitations, including signal
degradation due to physical barriers and challenges in high-density environments. These
findings contribute to the optimization of Wi-Fi network deployment in educational
institutions and suggest areas for future improvements, such as incorporating advanced
technologies and regular network assessments.
Signal strength
Latency
CIT electronics department
BTH TK 870 / A47 2024
Design and implementation of 5g network system for cit electronics department/ Feihz Ishrad S. Ampatua, Ricben C. Bagnol, Grace Ann A. Baldos, King Chester C. Du, and Adrian Harold C. Nalapo.-- - Manila: Technological University of the Philippines, 2024. - ix, 92pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
This study focuses on improving internet connectivity within the CIT Electronics
Department by addressing issues of weak Wi-Fi signals and dead zones. A solution
involving the strategic placement of wired access points (APs) was implemented to
extend coverage and enhance network reliability. Data on signal strength and latency
were collected before and after the installation of the access points. The results showed
significant improvements in network performance, with signal strength in weak areas
increasing from -61 dBm to -43 dBm. Latency tests revealed minimal differences
between low-traffic and high-traffic conditions, indicating the system's robustness under
varying user loads. User evaluations, based on the ISO 25010:2011 standard, resulted in
"Excellent" ratings in areas such as functional correctness, usability, and effectiveness.
Despite the positive outcomes, the study identified limitations, including signal
degradation due to physical barriers and challenges in high-density environments. These
findings contribute to the optimization of Wi-Fi network deployment in educational
institutions and suggest areas for future improvements, such as incorporating advanced
technologies and regular network assessments.
Signal strength
Latency
CIT electronics department
BTH TK 870 / A47 2024