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Pembangunan Visualisasi Peta Kota Solo Setiyadi, Aris
Seruni - Seminar Riset Unggulan Nasional Inoformatika dan Komputer Seruni 2013 - Seminar Riset Unggulan Nasional Informatika dan Komputer
Publisher : Seruni - Seminar Riset Unggulan Nasional Inoformatika dan Komputer

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (401.265 KB) | DOI: 10.0809/seruni.v2i1.813

Abstract

Abtraksi : Kota solo dikenal dengan sebutan kota wisata , kota budaya dan juga kota batik selain itu solo juga dikenal dengan wisata kuliner sebutan itu bukan tanpa alasan, salah satunya peninggalan sejarah dan budayanya yang sampai saat ini masih dilestarikan oleh masyarakat Solo .Keraton Kasunanan Surakarta yang merupakan magnet terbesar yang mewakili kota solo sebagai kota budaya. Masih banyak lagi alasan yang menjadikan kota Solo sebagai tujuan wisata budaya yang ada di jawa tengah, hal ini harus dikelola dengan baik salah satunya adalah dengan mengenalkan kota solo. Agar kota solo lebih dikenal masyarakat luas , maka perlu adanya sebuah system yang memberikan informasi yang tepat tentang tata letak kota solo dan tempat-tempat penting yang ada dikota solo yang dijadikan sebagai tujuan wisata. Salah satu media informasi tentang tata letak kota yang saat ini tersedia salah satunya media cetak peta, sayangnya media ini informasi yang ditampilkan bersifat pasif tidak update dan kurang menarik. maka diperlukan media informasi yang bersifat interaktif dan memberikan informasi yang dibutuhkan masyarakat tentang kota Solo. Visualisasi Peta Kota Solo merupakan peta yang bersifat dinamis dimana informasi yang ditampilkan bisa disesuaikan dengan tujuan penggunaanya, dalam penelitian ini informasi yang ditampilkan adalah tempat-tempat tujuan wisatabudaya di kota Solo. Kata kunci : Peta solo, peta wisata,budaya Abstract : Solo city known as a tourist city, cultural city and also the city besides solo batik is also known by the name of culinary tourism is not without reason, one historical and cultural heritage which is still preserved by the people of Solo. Kraton Surakarta which is a magnet representing the largest city solo as a cultural city. There are many other reasons that make the city of Solo as a cultural tourism destination in Central Java, it should run fine one is to introduce the city solo. That the city is better known solo public, the need for a system that provides precise information about the layout of the town solo and important places in the city that was used as a solo tourist destination. One of the media information about the layout of the city that are currently available print one map, unfortunately, this media is passive information displayed is not updated and less attractive. it is necessary that the information media are interactive and provide the required information about the city of Solo. Visualization Solo City Map is a map that is dynamic where the information displayed can be adjusted with the aim of its use, in this study the information displayed is the destination of cultural tourism in the city of Solo. Keywords : Solo maps, travel maps, culture
Pembangunan Website E-commerce Dengan Sistem Informasi Transaksi Berbasis SMS Gateway pada Toko Aska Aris Setiyadi; Ramadian Agus Triyono
Indonesian Journal of Networking and Security (IJNS) Vol 3, No 2 (2014): IJNS April 2014
Publisher : APMMI - Asosiasi Profesi Multimedia Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (920.532 KB) | DOI: 10.55181/ijns.v3i2.107

Abstract

Abstract: The development of information technology affect human lifestyle in the buying or selling, by utilizing the media E-Commerce transaction the seller and the buyer does not have to meet in person. Aska store is a store that specializes in selling Muslim clothing in Surakarta. Product marketing and sales systems that run today by way of direct sales by opening a store and follow the Muslim fashion fairs, it still felt way less than optimal, because the product is only known in the area around the store. Aska store wants to develop its own media buying and selling without the constraints of time and jarak.Tujuan of this research result in E-commerce website as a medium for buying and selling online information system that is integrated with transaction-based SMS Gateway, systems development method using the waterfall method. Keyword = E-Commerce, SMS gateway, Aska Shop Abstraksi: Perkembangan teknologi informasi mempengaruhi gaya hidup manusia dalam melakukan transaksi jual beli, dengan memanfaatkan media E-Commerce maka  transaksi jual beli tidak harus penjual dan pembeli bertemu  secara langsung. Toko Aska merupakan sebuah toko yang bergerak dalam bidang penjualan busana muslim di Surakarta. Sistem pemasaran dan penjualan produk yang berjalan saat ini dengan cara penjualan secara langsung dengan membuka toko dan mengikuti pameran-pameran busana muslim, cara ini masih dirasakan kurang optimal, dikarenakan produk hanya dikenal di wilayah sekitar toko. Toko Aska menginginkan dalam mengembangkan usahanya memiliki media jual beli tanpa kendala waktu dan jarak.Tujuan dari penelitian ini menghasilkan website E-commerce sebagai media transaksi jual beli online yang terintegrasi dengan sistem informasi transaksi berbasis SMS Gateway, metode pembangunan sistem menggunakan metode waterfall. Kata kunci = E-Commerce, SMS gateway, Aska Shop
Analisa Kemampuan Algoritma YOLOv8 Dalam Deteksi Objek Manusia Dengan Metode Modifikasi Arsitektur Setiyadi, Aris; Utami, Ema; Ariatmanto, Dhani
J-SAKTI (Jurnal Sains Komputer dan Informatika) Vol 7, No 2 (2023): EDISI SEPTEMBER
Publisher : STIKOM Tunas Bangsa Pematangsiantar

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.30645/j-sakti.v7i2.694

Abstract

Object detection is a skill that can be taught to a machine with the help of a camera sensor to capture a digital image. By using the YOLO algorithm we can teach machines to detect, for example, humans. Much research in object detection has been carried out previously using different algorithms and methods and also on different objects and images. In this research, a method was carried out to modify the architecture of YOLOv8 in the head section to be used to detect human objects in grayscale images. The training process was carried out 4 times using the default architecture, Model 1, 2 and 3 architecture. With the default model results, the mAP value was 76, Model 1 had an mAP value of 66, model 2 had an mAP value of 81 and model 3 produced an mAP value of 80. From the research carried out modifications The YOLOv8 architecture in the head section can influence the training results and produce a better model than the default architecture which only produces an mAP value of 76. The best results were obtained in model 2 with layers used of 40x40x512xW resulting in a model with an mAP value of up to 81.
Analisa Kemampuan Algoritma YOLOv8 Dalam Deteksi Objek Manusia Dengan Metode Modifikasi Arsitektur Setiyadi, Aris; Utami, Ema; Ariatmanto, Dhani
J-SAKTI (Jurnal Sains Komputer dan Informatika) Vol 7, No 2 (2023): EDISI SEPTEMBER
Publisher : STIKOM Tunas Bangsa Pematangsiantar

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.30645/j-sakti.v7i2.694

Abstract

Object detection is a skill that can be taught to a machine with the help of a camera sensor to capture a digital image. By using the YOLO algorithm we can teach machines to detect, for example, humans. Much research in object detection has been carried out previously using different algorithms and methods and also on different objects and images. In this research, a method was carried out to modify the architecture of YOLOv8 in the head section to be used to detect human objects in grayscale images. The training process was carried out 4 times using the default architecture, Model 1, 2 and 3 architecture. With the default model results, the mAP value was 76, Model 1 had an mAP value of 66, model 2 had an mAP value of 81 and model 3 produced an mAP value of 80. From the research carried out modifications The YOLOv8 architecture in the head section can influence the training results and produce a better model than the default architecture which only produces an mAP value of 76. The best results were obtained in model 2 with layers used of 40x40x512xW resulting in a model with an mAP value of up to 81.