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Journal : Jurnal Media Computer Science

Implementation of Dijkstra's Algorithm to Determine Evacuation Paths in Earthquake and Tsunami Simulations in Bengkulu City Based on Gis Yulia Darmi; Muntahanah Muntahanah
Jurnal Media Computer Science Vol 1 No 2 (2022): Juli
Publisher : Fakultas Ilmu Komputer Universitas Dehasen Bengkulu

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (776.563 KB) | DOI: 10.37676/jmcs.v1i2.2812

Abstract

judging from the geographical location, bengkulu province is a province where there are quite a lot of cracks in the earth's plate, it has the potential to occur tectonic earthquakes that can cause earthquakes and tsunamis. the natural vulnerabilities that exist make almost the entire west coast of bengkulu including bengkulu city very prone to earthquakes and tsunamis. in the event of an earthquake and tsunami, if disaster management and evacuation routes are not prepared, it will cause damage to buildings and can result in very severe casualties such as the events in aceh & lombok. under these conditions, it is necessary to carry out an evacuation that aims to save the population from the danger of a tsunami, from a place that is considered safe. the thing that is most closely related to evacuation is time, the longer the evacuation process or the greater the evacuation time required, the more lives will be threatened. in the evacuation process it takes a fast time to reach the gathering point or the nearest point. one of the closest/shortest paths is found in dijkstra's algorithm, in addition to using the dijkstra algorithm to reach the shortest destination location, a geographic information system is used which presents a map of the location of the destination to be achieved. geographic information system (gis) is an information system used to process data on earthquake and tsunami evacuation routes in the city of bengkulu. an android-based geographic information system will greatly assist the community in solving these problems, thus we can see the closest evacuation routes that must be passed, this study aims to utilize dijkstra's algorithm to determine earthquake and tsunami evacuation routes so that it can effectively assist in the evacuation process when an earthquake and tsunami occurs and create an information system application for earthquake and tsunami evacuation routes. keywords : dijkstra, geographic information system, evacuation, path, gathering point and hazard point
Android-Based Muhammadiyah Organization Introduction Application Using the Linear Congruent Generator Method muntahanah muntahanah; Rozali Toyib; Joka Jasri
Jurnal Media Computer Science Vol 2 No 2 (2023): Juli
Publisher : Fakultas Ilmu Komputer Universitas Dehasen Bengkulu

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.37676/jmcs.v2i2.4357

Abstract

The aim of the research is to build an android-based application for introducing the Muhammadiyah organization using a Linear Congruent Generator, to introduce Muhammadiyah teachings to many people more easily and to provide knowledge about Muhammadiyah worship procedures. its function in the development of Islam in Indonesia, which so far has been carried out through branches and branches throughout the archipelago. The solution to this problem is to introduce Muhammadiyah teachings, it requires the help of technology that is currently developing. By using Android, we can introduce Muhammadiyah to more people because it can be used anywhere and anytime. In the application, it will be displayed starting from the history of the founding of Muhammadiyah, Muhammadiyah teachings and Muhammadiyah practical worship. It is hoped that with this application in Test results The nature of the Linear Congruent Method (LCM) method is that repetition occurs at a certain time period or after a certain number of times of generation so that there are no repetitions in the problem, the choice of constant values ​​must be correct and the existence of a shuffling process, helps overcome the problem of Linear Congruential Generator (LCG).
Aplikasi Pengenalan Organisasi Muhammadiyah Berbasis Android Menggunakan Metode Linear Congruent Generator Muntahanah Muntahanah; Joka Jasri
Jurnal Media Computer Science Vol 3 No 1 (2024): Januari
Publisher : Fakultas Ilmu Komputer Universitas Dehasen Bengkulu

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.37676/jmcs.v3i1.2964

Abstract

Misconceptions about Islamic teachings that are understood by some Indonesian Muslims are the result of an unfinished adaptation between Islam and the local traditions of the archipelago, which initially contained animism and dynamism. So that in practice Muslims in Indonesia show things that are contrary to the principles of Islamic teachings, especially those related to the principles of the Islamic creed which reject all forms of polytheism, taqlid, bid'ah, and superstition. To introduce Muhammadiyah teachings requires the help of technology that is currently developing. By using android, we can introduce Muhammadiyah to more people because it can be used anywhere and anytime. The application will display the history of the founding of Muhammadiyah, the teachings of Muhammadiyah and the practical worship of Muhammadiyah. It is hoped that this application will introduce Muhammadiyah teachings more easily with a wider reach. To attract the interest of children and adolescents in getting to know Muhammadiyah teachings, the author will add a quiz feature or question and answer practice so that there is interaction between the user and the application that is like educational games. In the quiz feature, the Linear Congruent Generator (LCG) algorithm will be implemented which functions to randomize the questions so that the questions that appear will always change. Applications for the introduction of Islam based on Android using the linear congruent generator method were successfully built using the Java programming language with Android studio software. Applications can provide discussion material about Muhammadiyah. Randomization of questions using the LCM Algorithm (Linear Congruent Method) has repetition but is easy to understand and implement into the application.
Co-Authors -, Rozali Toyib Abdillah, Muhammad Harits Abdullah, Dedy Abdurrasyid, Fakhri Adinda, Fitri Adriansyah, M. Ari Afriandi, Rahmad Afrinando Kusnadi Kusnadi Ahmad Novianto Akbar, Anggi Sunata Nur Albar, Ahmad Rere Alexander, Jefri Amandika, Rama Andilala Andre Kurniawan Andrian Kuor Nando Andry Sartika Annisa Sonita Apriansyah, Nugraha Apridiansyah, Yovi Ardi wijaya Ariestanto, Dian Arif Triyandi, Muhammad Beni Juanda Dandi Sunardi Dani, Aliman Darnita , Yulia Darnita, Yulia David Maria Veronika, Nuri Diana Diana Diana Diana Diatama, Pradika Egia Apriansyah Evandra, Geri Melano Febitri, Nora Febriani, Lovi Febrina, Nanda Fira Rahmadhini Fitri Lestari Fitriah Fitriah Gilang Nurva Wijaya Gilang Pamungkas, Habib Guntur Alam Hadi , Alam Kurnia Harry Witriyono Harry Witriyono Witriyono Hendri, Sastya Herianto, Agib Kristian hidayah, agung kharisma Husni Rifqo, Muhammad Imanullah, Muhammad Indri Dwi Lestari Irvan Dwi Pangestu Irwandi Irwandi Islan Wardiman Isnadia, Yusi Jandri M.Siban Jaya Saputera, Juwanda Jefri Alexander Joka Jasri Juanda, Beni Juhardi, Ujang Keken Pinandita Khairullah, Khairullah Khairunisa, Dinda Khairunnisyah Khairunnisyah Khairunnisyah Khairunnisyah Khairunnisyah, Khairunnisyah Kharisma , Agung Kristian Herianto, Agib Kristika Meza Werda Kusnadi, Afrinando Kusnadi Lidia Lidia Lilian Guntari M. Imanullah, M. Imanullah marhalim, marhalim Miko Ansyori Nabila, Pipit Nanda Yugo Pangestu Nita, Taura Novrialdi, Tito Nur'aini, Shandra Nuri David Maria Veronika Nuri David MV Nuri David Veronika Nurlestari, Oktarani Okta, Leo Oktarani Nurlestari Onsardi, Onsardi Pagestu, Yolan Pahrizal, Pahrizal Pangestu, Irvan Dwi Pradika Diatama Putra, Fherdi Hunata Putra, Iqbal Pratama Putra, Yebri Putri, Deliana Rahmad Afriandi Rahmadhini, Fira Ricardo, Ryo Rifqo, Muhammad Husni Rohanan Yusuf Rojali Toyib Rozali Toyib Rozali Toyib Rozali Toyib Safari, Chessar Sahputra , Eka Sahputra, Eka Salsabila, Aprilia Sandi, Zainove Saparudin Saroni Sastya Hendri Wibowo Sastya Hendri Wibowo Sastya Hendri Wibowo Sastya Hendri Wibowo Wibowo Sastya Wibowo Seprianti, Widia sholekhah, Ananda Shopiana, Sella Siregar, Fadel Muhammad Sonita , Anisya Sonita, Anisya Sri Ekowati Sri Handayani Sri Handayani Supriyadi, Anisyah Oktariani Syahfitri, Jayanti Tanjung, Rahman Fadli Teguh Susanto Titi Darmi Tito Novrialdi Toyib, Rozali Triyandi, Muhammad Arif Ulit, Icuk Gempa Veronika, Nuri David Maria Wahyu Nugroho Wibianto, Alvian Febri Widodo, Aditya Deko Wijaya, Ardi Wilio Papian Witriyono , Harry Witriyono, Harry Yanto, Febi Febri Yebri Putra Yulia Darmi Yulia Darnita Yulia Darnita Yulia Darnita Yulia Darnita yulia darnita yulia darnita yulia darnita Yulia Rahmi Yusi Isnadia Yuza Reswan Zantohar, Moh Rere Velentino