DESIGN AND IMPLEMENTATION OF LOCK SUBSYSTEM OF BLUETOOTH LOW ENERGY BASED ACCESS CONTROL
Access control system is needed to control all of the access events to many rooms in order to maintain the security regarding privacy and to prevent unwanted incidents, such as theft. Unfortunately, some big instances, such as hospitals are experiencing difficulty in managing every access event b...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/73875 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Access control system is needed to control all of the access events to many rooms
in order to maintain the security regarding privacy and to prevent unwanted
incidents, such as theft. Unfortunately, some big instances, such as hospitals are
experiencing difficulty in managing every access event because of the high degree
of mobility among people within the hosptial. Such instances need such system
which has the ability to effectively manage access, accurately authenticate users,
record activities and prioritize the safety of people within. Therefore, Bluetooth
Low Energy based access control system is proposed as a solution that can fulfill
those needs. This system is divided into 4 subsystems: Key, Lock, Server, and Admin
Panel..
This documentation discusses the process required to make the Lock Subsystem
which are the system plans, implementations, and testings on both hardware and
firmware. At the end of the development, a Lock subsystem which has the capability
of authentication security, good responsiveness, and failsafe features has been
succesfully created and integrated among other subsystems. |
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