Development of campus navigation system for Olivarez College Parañaque/ Michael Frederick E. Benesa, Tosca Margarita A. Janer, & Spohiejah Jel P. Lambag.

By: Contributor(s): Material type: TextPublication details: Parañaque City: Olivarez College, 2025.Subject(s): DDC classification:
  • T 004 2025 0158
Dissertation note: Undergraduate thesis. Summary: This study explores the development of an Indoor Navigation System that is designed to improve the wayfinding within the complex design of the campus. Research has shown that indoor navigation enhances the ability of its users to locate specific destinations inside the campus, where traditional signage and verbal directions may not be effective. The key problem that was addressed is the difficulty students, faculty and visitors faced when finding specific rooms and facilities across the whole campus. This study proposes that an indoor navigation system can reduce confusion and improve the campus{92} accessibility. The system was developed using Unity3D, for its 3D rendering of the real-world environment. NavMesh for its pathfinding algorithm and Immersal SDK for accurate indoor visual positioning and line-rendering. Immersal{92}s mapping and localization were utilized to create spatial anchors in the immersal cloud server, allowing the users to select a target location using dropdown menu. Alpha and Beta testing was conducted involving a combined total of 801 participants, with 30 in the Alpha phase 50 in the Beta phase. Participants evaluated the system{92}s overall usability and effectiveness in navigating the campus. Results showed that users were able to locate their destinations more efficiently with fewer navigation errors compared to traditional methods. These findings indicate the system{92}s potential implementation in real-world campus settings.
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Theses/Dissertation General Reference And Serial Section Olivarez College Learning Resource Center T 004 2025 0158 (Browse shelf) Available

Undergraduate thesis.

This study explores the development of an Indoor Navigation System that is designed to improve the wayfinding within the complex design of the campus. Research has shown that indoor navigation enhances the ability of its users to locate specific destinations inside the campus, where traditional signage and verbal directions may not be effective. The key problem that was addressed is the difficulty students, faculty and visitors faced when finding specific rooms and facilities across the whole campus. This study proposes that an indoor navigation system can reduce confusion and improve the campus{92} accessibility. The system was developed using Unity3D, for its 3D rendering of the real-world environment. NavMesh for its pathfinding algorithm and Immersal SDK for accurate indoor visual positioning and line-rendering. Immersal{92}s mapping and localization were utilized to create spatial anchors in the immersal cloud server, allowing the users to select a target location using dropdown menu. Alpha and Beta testing was conducted involving a combined total of 801 participants, with 30 in the Alpha phase 50 in the Beta phase. Participants evaluated the system{92}s overall usability and effectiveness in navigating the campus. Results showed that users were able to locate their destinations more efficiently with fewer navigation errors compared to traditional methods. These findings indicate the system{92}s potential implementation in real-world campus settings.

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