Ampatua, Feihz Ishrad S.  <br/><br/>
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. 
<br/><br/> Bachelor's thesis 
<br/><br/>College of Industrial Technology.--<br/> 
<br/><br/>Includes bibliographic references and index. 
<br/><br/> This study focuses on improving internet connectivity within the CIT Electronics<br/>Department by addressing issues of weak Wi-Fi signals and dead zones. A solution<br/>involving the strategic placement of wired access points (APs) was implemented to<br/>extend coverage and enhance network reliability. Data on signal strength and latency<br/>were collected before and after the installation of the access points. The results showed<br/>significant improvements in network performance, with signal strength in weak areas<br/>increasing from -61 dBm to -43 dBm. Latency tests revealed minimal differences<br/>between low-traffic and high-traffic conditions, indicating the system's robustness under<br/>varying user loads. User evaluations, based on the ISO 25010:2011 standard, resulted in<br/>"Excellent" ratings in areas such as functional correctness, usability, and effectiveness.<br/>Despite the positive outcomes, the study identified limitations, including signal<br/>degradation due to physical barriers and challenges in high-density environments. These<br/>findings contribute to the optimization of Wi-Fi network deployment in educational<br/>institutions and suggest areas for future improvements, such as incorporating advanced<br/>technologies and regular network assessments. 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Signal strength<br/>Latency<br/>CIT electronics department
<br/><br/><label>LC Class. No.: </label>BTH TK 870  / A47 2024