RFID based Anti-theft System for Metropolia UAS Electronics laboratories
Weldemedhin, Desta (2016)
Weldemedhin, Desta
Metropolia Ammattikorkeakoulu
2016
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2016052810520
https://urn.fi/URN:NBN:fi:amk-2016052810520
Tiivistelmä
The aim of this thesis is to study different types of RFID based anti-Theft system implementation suitable for Metropolia Electronics laboratory environment to deter theft taking into account several installation requirements. The operating frequencies of the RFID anti-theft system are from low frequency to High frequencies range and governed by different standards based on the region it is going to be implemented.
The introduction of this thesis will go through Radio Frequency Identification (RFID) and different RFID based anti-theft system advantages in various areas for instance in access management and control application. Study current Metropolia UAS electronics laboratory overall control mechanism comparing to the anti-theft RFID system used by Metropolia library to prevent and deter various theft actions to their valuable items and books.
The scope of this thesis is limited to study different RFID based anti-theft technologies based on their power source, cost, reading range and deployment requirement. However, encryption and related security aspects are beyond the scope of this project. In addition, the project is only to study different cases of RFID based anti-theft implementation. Otherwise, there is no hardware or software design or related implementation including testing of the technology is conducted due to expensive cost constraint to buy the proposed RFID gate but propose measurement set-up that can be done in the future on entrance door of the fifth floor electronics laboratory corridor of Metropolia UAS campus.
Thesis provides better understanding different types of RFID based anti-theft system suit-able for Electronic laboratory. As feature plan this thesis proposes the security gate to be interfaced using Lab view to Metropolia UAS Electronic Laboratory Database to store in-formation and monitor laboratory devices, components and tool
The introduction of this thesis will go through Radio Frequency Identification (RFID) and different RFID based anti-theft system advantages in various areas for instance in access management and control application. Study current Metropolia UAS electronics laboratory overall control mechanism comparing to the anti-theft RFID system used by Metropolia library to prevent and deter various theft actions to their valuable items and books.
The scope of this thesis is limited to study different RFID based anti-theft technologies based on their power source, cost, reading range and deployment requirement. However, encryption and related security aspects are beyond the scope of this project. In addition, the project is only to study different cases of RFID based anti-theft implementation. Otherwise, there is no hardware or software design or related implementation including testing of the technology is conducted due to expensive cost constraint to buy the proposed RFID gate but propose measurement set-up that can be done in the future on entrance door of the fifth floor electronics laboratory corridor of Metropolia UAS campus.
Thesis provides better understanding different types of RFID based anti-theft system suit-able for Electronic laboratory. As feature plan this thesis proposes the security gate to be interfaced using Lab view to Metropolia UAS Electronic Laboratory Database to store in-formation and monitor laboratory devices, components and tool