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Sistem Informasi Pengendalian Informasi Masuk Dan Keluar Pada PUSKESMAS Seberang Padang Lubis, Muhammad Amrin
Jurnal EDik Informatika Vol 2, No 2 (2016)
Publisher : STKIP PGRI Sumatera Barat

Control information on Community Health Centre Seberang Padang currently has problems in controlling the information that is used today. Those problems include the management for information to someone, not the existence of an information system to process and store data into a database, and the archived information is only information in the form of a letter. For that built an information system to solve the problems on the control of information in and out information on Community Health Centre Seberang Padang, that information needs can be met and served quickly and precisely. The advantages of the proposed system can facilitate the management of information in and out information, the information can be accessed by officers who have id and password so do not depend on one officer. Another convenience is that these applications can store information in digital form such as image, PDF, audio and video

Penggunaan Sistem Informasi Geografis Menumbuhkan Keinginan Perjalanan Wisata Lubis, Muhammad Amrin; Murni, Isteti; Aisyara, Dayu
Jurnal Ipteks Terapan Vol 9, No 1 (2015): JIT
Publisher : LLDIKTI Wilayah X

Tujuan penelitian ini untuk menjawab permasalahan kondisi beragamnya informasi yang disajikan di berbagai web rendahnya keinginan wisatawan berkunjung kesuatu lokasi wisata. Sistem informasi GIS menggunakan informasi spasial yang efektif untuk kehidupan manusia, dalam konteks ini berarti serangkaian kegiatan yang terdiri dari interoperabilitas antara unsur-unsur dunia nyata untuk tujuan penggunaan secara umum. Informasi spasial berupa lokasi objek wisata dibutuhkan untuk menandai objek wisata pada peta, tempat atau posisi lokasi dalam bentuk koordinat berdasarkan garis bujur dan garis lintang untuk mengetahui letak objek wisata secara geografi. Query yang ditulis dalam fungsi-fungsi aplikasi akan terpicu membaca database untuk menghasilkan informasi peta lokasi wisata, jarak tempuh, hotel, restoran, biro perjalanan dan informasi lain ketika icon di click oleh wisatawan. Informasi yang tersedia dapat menumbuhkan keinginan wisatawan untuk berkunjung ketempat wisata.Kata Kunci : wisatawan; geografi informasi sistem; spasial; queryThe purpose of this study to address the condition of the diversity of the information presented in the various web reduce the desire of tourists visiting tourist destination. GIS information systems using spatial information effectively to human life, in this context means a series of activities consisting of interoperability between the elements of the real world for general purpose use. Spatial information in the form of tourist sites needed to mark the attraction on the map, place or position of the location in the form of coordinates based on the longitude and latitude to determine the geographical location of the attraction. Queries written in the application functions will be triggered to read the database to generate information maps tourist location, mileage, hotels, restaurants, travel agencies and other information when clicking the icon on tour. The information available to foster tourists to visit tourist attractions.Keywords: tourism, geographic information system, spatial, query

Penggunaan Sistem Informasi Geografis Menumbuhkan Keinginan Perjalanan Wisata Muhammad Amrin Lubis; Isteti Murni; Dayu Aisyara
Jurnal Ipteks Terapan Vol 9, No 1 (2015): JIT
Publisher : LLDIKTI Wilayah X

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.22216/jit.2015.v9i1.41

Tujuan penelitian ini untuk menjawab permasalahan kondisi beragamnya informasi yang disajikan di berbagai web rendahnya keinginan wisatawan berkunjung kesuatu lokasi wisata. Sistem informasi GIS menggunakan informasi spasial yang efektif untuk kehidupan manusia, dalam konteks ini berarti serangkaian kegiatan yang terdiri dari interoperabilitas antara unsur-unsur dunia nyata untuk tujuan penggunaan secara umum. Informasi spasial berupa lokasi objek wisata dibutuhkan untuk menandai objek wisata pada peta, tempat atau posisi lokasi dalam bentuk koordinat berdasarkan garis bujur dan garis lintang untuk mengetahui letak objek wisata secara geografi. Query yang ditulis dalam fungsi-fungsi aplikasi akan terpicu membaca database untuk menghasilkan informasi peta lokasi wisata, jarak tempuh, hotel, restoran, biro perjalanan dan informasi lain ketika icon di click oleh wisatawan. Informasi yang tersedia dapat menumbuhkan keinginan wisatawan untuk berkunjung ketempat wisata.Kata Kunci : wisatawan; geografi informasi sistem; spasial; queryThe purpose of this study to address the condition of the diversity of the information presented in the various web reduce the desire of tourists visiting tourist destination. GIS information systems using spatial information effectively to human life, in this context means a series of activities consisting of interoperability between the elements of the real world for general purpose use. Spatial information in the form of tourist sites needed to mark the attraction on the map, place or position of the location in the form of coordinates based on the longitude and latitude to determine the geographical location of the attraction. Queries written in the application functions will be triggered to read the database to generate information maps tourist location, mileage, hotels, restaurants, travel agencies and other information when clicking the icon on tour. The information available to foster tourists to visit tourist attractions.Keywords: tourism, geographic information system, spatial, query

Determining Travel Time and Fastest Route Using Dijkstra Algorithm and Google Map Suardinata Suardinata; Rusdisal Rusmi; Muhammad Amrin Lubis
Sistemasi: Jurnal Sistem Informasi Vol 11, No 2 (2022): Sistemasi: Jurnal Sistem Informasi
Publisher : Program Studi Sistem Informasi Fakultas Teknik dan Ilmu Komputer

Dijkstra's algorithm is commonly used to determine the shortest route connecting a point as a starting node to another which acts as the end node. In this study, the UNP student dormitory acted as the starting node, while the library which is frequently visited by students was sampled from the campus as the end node. Due to the fact that students generally live around campus and move on foot, an alternative route is needed to determine the fastest travel time. Therefore, this study aims to determine the route with the fastest travel time from the start to the end of nodes using the Dijkstra algorithm, in comparison with the route displayed by Google Map. Data were obtained from Google Map, which showed the availability of many routes with the possibility of students taking the fastest travel time. The result showed that the fastest route using the Dijkstra algorithm and Google Map were 14 and 3 alternatives at 15 and 21 minutes intervals. Based on these data, it is concluded that the travel time through the fastest route obtained using the Dijkstra algorithm was 6 minutes faster than data found in the Google Map.

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