Alat Deteksi untuk Mengatasi Barang Koleksi Museum Dicuri Menggunakan GPS Module
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Davids Ryansa Mamisala, Cahyana Cahyana

Alat Deteksi untuk Mengatasi Barang Koleksi Museum Dicuri Menggunakan GPS Module

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Introduction

Alat deteksi untuk mengatasi barang koleksi museum dicuri menggunakan gps module. Cegah pencurian koleksi museum berharga dengan alat deteksi berbasis GPS. Lacak posisi barang real-time, tingkatkan keamanan, dan lindungi warisan budaya. Menggunakan pemrograman C dan database.

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Abstract

Koleksi museum memiliki nilai budaya, sejarah, dan ilmiah yang penting, sehingga upaya untuk melestarikan dan menjaga koleksi ini menjadi sangat krusial. Kehilangan barang koleksi merupakan ancaman serius yang dapat mengurangi nilai dan integritas museum. Salah satu solusi yang dikembangkan untuk mengatasi masalah ini adalah alat deteksi berbasis GPS module yang dirancang untuk melacak posisi barang koleksi museum secara real-time, guna membantu mencegah pencurian dan meningkatkan sistem keamanan. Proyek ini memanfaatkan pemrograman C dan basis data untuk mengelola data lokasi barang. Dengan teknologi GPS, alat ini dapat memberikan informasi terkini mengenai posisi barang, sehingga pihak museum dapat memonitor secara efektif. Hasil dari proyek ini adalah pembuatan alat deteksi untuk mengatasi pencurian barang koleksi museum, yang diharapkan dapat meningkatkan keamanan dan perlindungan koleksi museum di masa mendatang.


Review

The paper addresses a critical and highly relevant issue concerning the security of museum collections, which hold immense cultural, historical, and scientific value. The abstract effectively underscores the serious threat posed by the loss of these artifacts, which can significantly diminish a museum's integrity and value. In response to this challenge, the authors propose the development of a detection tool designed to combat the theft of museum items, an initiative that is both timely and necessary given the increasing value and vulnerability of such collections worldwide. The core of the proposed solution involves a GPS module-based detection system, conceptualized to provide real-time tracking of museum collection items. This technological approach leverages GPS capabilities to deliver up-to-date positional information, thereby enabling museum staff to monitor their valuable assets effectively. The abstract mentions the utilization of C programming and a database to manage location data, suggesting a foundational software and data management architecture underpinning the system. This real-time monitoring capability is envisioned as a proactive measure to deter theft and significantly enhance overall museum security protocols. While the concept presents a promising direction for enhancing museum security, the abstract currently lacks detail regarding several critical practical aspects. For instance, the feasibility of discreetly integrating GPS modules into diverse museum artifacts, the power requirements and battery life of such devices, the accuracy of GPS tracking indoors or in multi-story buildings, and potential signal jamming challenges are not addressed. Furthermore, discussions on the scalability of the system for large collections, the cost implications, and user interface details would strengthen the proposed solution. Future work should ideally elaborate on these practical implementation challenges, present preliminary test results under realistic museum conditions, and consider a comparative analysis with existing security measures to fully assess the efficacy and advantages of this GPS-based detection tool.


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