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Augmented Reality (AR) Sarana Promosi Obyek Pariwisata Jam Gadang Bukittinggi dan Pantai Wisata Carocok Pesisir Selatan Permana, Randy; Andrianof, Harkamysah; Afira, Riandana
Indonesian Journal of Computer Science Vol. 7 No. 2 (2018): Oktober 2018
Publisher : STMIK Indonesia Padang

This research is the development of one technology called Augmented Reality. Augmented Reality works by combining the real world with the virtual world to produce information to users. The tourism object of West Sumatra has quite promising potential, but the potential is still covered by weak management and promotion that are still not sufficient. This study seeks to create an Android-based Augmented Reality application to introduce tourism objects in West Sumatra with a focus on early development on tourism objects in the Clock Tower in Bukittinggi and Carocok Beach in the south coast. The results of this study make Augmented Reality technology a more innovative and attractive promotional media so that it can increase tourist interest to visit the tourism object.

Augmented Reality Point Of Interest (POI) Pariwisata Kota Padang Berbasis Android Hadi, Febri; Permana, Randy
Indonesian Journal of Computer Science Vol. 10 No. 1 (2021): April 2021
Publisher : STMIK Indonesia Padang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33022/ijcs.v10i1.365

The city of Padang has many tourist attractions so that the city of Padang is one of the tourist destinations. Tourists who come not only from within the country but also from abroad. For that we need a technology that can promote tourist objects to visiting tourists. The technology that is currently becoming popular is augmented reality. Augmented reality can provide more innovative information so that tourists are interested in visiting the objects they are visiting. This augmented reality technology will be applied to Android-based smartphones and use 3D objects. This augmented reality application uses the point of interest method, where tourists use a smartphone camera to recognize a map image of the city of Padang and send the results of capturing these images to be processed and display visually according to predetermined points. Â

VIRTUAL REALITY PENGENALAN KAMPUNG TRADISIONAL MINANG KABAU BERBASIS ANDROID Rini Sovia; Muhammad Reza Putra; Randy Permana; Adiddo Restiady
Sebatik Vol 23 No 1 (2019): JUNI 2019
Publisher : STMIK Widya Cipta Dharma

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (393.832 KB)

Teknologi Virtual Reality merupakan salah satu teknologi yang memungkinkan komputer untuk menyimulasikan suatu lingkungan virtual yang dapat berinteraksi dengan pengguna secara realtime dan berkelanjutan. Tidak sama seperti teknologi simulasi lainnya yang hanya mengandalkan interaksi melalui monitor dan input device seperti mouse dan keyboard, Virtual Reality lebih membawa pengalaman yang lebih baik kepada pengguna seolah – olah pengguna benar – benar berada dilingkungan Virtual tersebut. Virtual Reality menggabungkan pengindraan manusia seperti vision ( penglihatan ), Pendengaran, Sentuhan dan juga penciuman yang tergabung didalam suatu dunia virtual berbentuk 3D. Penerapan teknologi Virtual Reality saat ini telah merambah berbagai displin ilmu dan bidang seperti edukasi atau pendidikan, kesehatan, Militer , Psikologi, dan juga Hiburan. Pada penelitian ini, Virtual Reality dimanfaatkan sebagai media untuk mengedukasi masyarakat umum dan khususnya generasi muda suku Minangkabau untuk lebih mengenal kebudayaan yang telah mereka terima secara turun temurun. Melalui teknologi ini, lingkungan virtual 3D akan menyimulasikan keadaan kampung tradisional minangkabau dan mengajak pengguna untuk berinteraksi secara langsung dengan lingkungan virtual tersebut. Sistem Virtual Reality akan menampilkan dan memperkenalkan kembali bentuk struktur bangunan tradisional Minangkabau yang mulai saat ini sudah mulai jarang ditemui dalam kehidupan nyata.

SISTEM PAKAR CERTAINTY FACTOR DALAM MENDIAGNOSIS INDIKASI PENYAKIT KATARAK PADA ANAK Randy Permana; Rini Sovia; Hanippa Prima Putra
Sebatik Vol 24 No 1 (2020): Juni 2020
Publisher : STMIK Widya Cipta Dharma

Show Abstract | Download Original | Original Source | Check in Google Scholar

Sistem pakar merupakan salah satu bagian dari cabang ilmu kecerdasan buatan yang mengombinasikan pengalaman dan mesin inferensi untuk mendapatkan suatu pengetahuan. Dengan membangun sistem pakar, pengguna bisa mendapatkan pengetahuan yang bersumber dari sistem sama seperti bertemu dengan seorang pakar yang sebenarnya. Terdapat banyak kasus yang dapat dipecahkan oleh sistem pakar antara lain : kesehatan, pertanian, peternakan, otomotif, eletronik dan masih banyak lagi yang lainnya. Pada penelitian ini sistem pakar menerapkan metode certainty factor atau yang disebut dengan faktor kepastian, merupakan metode berbentuk metrik untuk membuktikan apakah suatu fakta yang diberikan pengguna pasti atau tidak dengan yang terdapat di dalam sistem pakar. Kasus yang akan dipecahkan oleh sistem pakar ini adalah pendeteksian secara dini terhadap penyakit katarak yang rentan menyerang bayi maupun anak di bawah umur. Penyakit katarak pada anak umumnya disebabkan oleh beberapa hal seperti kelahiran bayi secara prematur, Ibu yang mengandung mengidap rubella atau toksoplasma, dan juga termasuk makanan yang dikonsumsi oleh ibu yang sedang mengandung. Hasil dari Sistem pakar ini akan menyimpulkan apakah seorang anak menderita penyakit katarak Congenital, Juvenile, Traumatic ataupun tidak sama sekali berdasarkan gejala yang dipilih oleh seorang pengguna berdasarkan nilai keyakinan yang dimiliki oleh seorang pengguna.

Designing a Star Schema for Optimizing the Total Sales of Motorcycles Eka Praja Wiyata Mandala; Randy Permana; Dewi Eka Putri
Journal of Computer Scine and Information Technology Volume 7 Issue 4 (2021): JCSITech
Publisher : Universitas Putra Indonesia YPTK Padang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35134/jcsitech.v7i4.23

Motorcycle sales have increased significantly, motorcycle manufacturers are competing to produce the latest models which are then sold to consumers. As a result, motorcycle dealers are overwhelmed with more and more data, not knowing what to do with it. Motorcycle dealers also have difficulty calculating the total sales of motorcycles. We try to provide solutions to deal with data overflow. We propose designing a star schema as the basis for creating a data warehouse. To create a star schema, we propose a four-step sequence in creating an effective star schema, starting from requirements analysis and reporting, understanding business processes, connecting and matching business processes with suitable entities and determining the dimensions of the business processes. We get a star schema with 1 fact table, motorcycle_sales and 11 of dimension tables, such as brand, color, customer, customer_contract, distributor, district, motorcycle, repair_workshop, sell_location, type and time. The star schema is an optimized model that provides the best performance in presenting more complex information

Augmented Reality Point Of Interest (POI) Pariwisata Kota Padang Berbasis Android Febri Hadi; Randy Permana
Indonesian Journal of Computer Science Vol. 10 No. 1 (2021): Indonesian Journal of Computer Science Volume 10. No. 1 (2021)
Publisher : STMIK Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (610.698 KB)

The city of Padang has many tourist attractions so that the city of Padang is one of the tourist destinations. Tourists who come not only from within the country but also from abroad. For that we need a technology that can promote tourist objects to visiting tourists. The technology that is currently becoming popular is augmented reality. Augmented reality can provide more innovative information so that tourists are interested in visiting the objects they are visiting. This augmented reality technology will be applied to Android-based smartphones and use 3D objects. This augmented reality application uses the point of interest method, where tourists use a smartphone camera to recognize a map image of the city of Padang and send the results of capturing these images to be processed and display visually according to predetermined points.

Perancangan Aplikasi Sistem Pendukung Keputusan Pemilihan Ikan Budidaya Air Tawar Menggunakan Metode Simple Additive Weight (Saw) Berbasis Web(Studi Kasus : Balai Perikanan Budidaya Air Tawar (Bpbat) Sungai Gelam Jambi) Vera Arnelis Syam; Randy Permana; Shary Armonitha Lusinia
Jurnal KomtekInfo Vol. 5 No. 1 (2018): Komtekinfo
Publisher : Universitas Putra Indonesia YPTK Padang

Saat ini banyak orang yang mulai memandang budidaya ikan air tawar sebagai mata pencaharian mereka. Dengan melakukan kegiatan budidaya, maka kebutuhan manusia akan ikan selalu tersedia sesuai permintaan. Pemilihan jenis ikan budidaya sangat penting untuk meningkatkan hasil panen dan mencegah gagal panen, sehingga lebih menguntungkan pembudidaya dalam membudidayakan ikan. Pemanfaatan sistem pendukung keputusan sangat membantu dalam pemilihan ikan terbaik untuk dibudidayakan berdasarkan kriteria yang telah ditentukan. Pada sistem pendukung keputusan ini menggunakan metode simple additive weight (SAW), metode ini dapat menyelesaikan penelitian dengan mencari nilai bobot untuk setiap kriteria, kemudian dilakukan proses ranking untuk menentukan alternatif terbaik. Hasil dari penelitian ini adalah terbentuknya sebuah aplikasi sistem pendukung keputusan pemilihan ikan budidaya air tawar, sehingga memudahkan calon pembudidaya untuk memilih jenis ikan yang akan dibudidayakan berdasarkan hasil pemeringkatan dari aplikasi ini.

Sales Management System Design And Promotion Media (Marketplace) Sales Of Umkm, Padang City (Perancangan Sistem Manajemen Penjualan Dan Media Promosi (Marketplace) Penjualan Umkm Kota Padang) Aulia Hadi; Randy Permana
Jurnal KomtekInfo Vol. 6 No. 2 (2019): Komtekinfo
Publisher : Universitas Putra Indonesia YPTK Padang

Padang city as we know it is a tourist city which is a lot of tourist destinations of both domestic and foreign tourists. Therefore, more than 50% of the people of Padang city choose to trade as the basis of their lives. But now as technology develops, people are more dominant or want everything to be easy. Including for shopping. In a very large number of MSMEs that have not been touched by the community. Therefore, with technology, the sales system that was previously done traditionally can be input in an integrated system. Market Place is a form of modern market today. Does not need a place but can accommodate all SMEs in the city of Padang. With this Market Place, it is expected that the community can reach out to the Padang city MSMEs even further and the sales and promotion systems of these MSME products can be spread more widely and make the revenue generated from the sales of MSMEs be increased and maximum again and the management of the sales system can be well managed. With this marketplace application, it is expected that MSME entrepreneurs who do not have a permanent place can increase their income. There are at least 88.8 percent contributing to economic growth in Southeast Asia. In Indonesia, there are approximately 59.2 million MSME actors by contributing 56 percent of the country's add up to the economy. However, from the add up to UMKM, only 3.97 percent million MSMEs have entered online

Augmented Reality Introduction to Computer Hardware using Tracking Method in UPI "YPTK" Computer System Labor, Padang Ravhis Al Amin; Randy Permana; M.Hafizh
Jurnal KomtekInfo Vol. 7 No. 3 (2020): Komtekinfo
Publisher : Universitas Putra Indonesia YPTK Padang

Technology Augmented Reality is one of the digital industries related to the industrial revolution 4.0. Augmented Reality allows the expansion of the perspective of an object by utilizing digital projections of the object. This technology utilizes sensory such as visual, auditory, haptic, somatosensory, and olfactory to support the delivery of information to users. One of the very potential fields in implementing Augmented Reality is the world of education. Augmented Reality allows students to get a more learning experience interactive and varied, so as to be able to encourage interest and curiosity in learning. In this study, Augmented Reality is used as a medium for learning the introduction of computer hardware to users (students) by utilizing the smartphone and hardware basics of a computer. Users will be presented with an expansion of information in both 3D visuals, audio and video to the device. The results of Augmented Reality are expected to be a supporting media in helping the teaching and learning process in the midst of preparation for facing the industrial revolution 4.0.

Penerapan Data Mining untuk Klasifikasi Hasil Panen Jamur Tiram Menggunakan Algoritma K-Nearest Neighbor Eka Praja Wiyata Mandala; Dewi Eka Putri; Randy Permana
JURNAL MEDIA INFORMATIKA BUDIDARMA Vol 7, No 1 (2023): Januari 2023
Publisher : Universitas Budi Darma

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.30865/mib.v7i1.5252

Oyster mushroom is a type of mushroom that can be consumed by humans. Lots of food products are made from processed oyster mushrooms. This makes mushroom farmers intensively cultivate oyster mushrooms because they see good economic prospects. However, not all mushroom cultivation processes can be successful so it will have an impact on the yield of the oyster mushrooms. So it is necessary to classify so that it is easier for mushroom farmers to determine the amount of yield from the oyster mushroom. The classification was carried out because of the difficulty of mushroom farmers in determining the amount of harvest by looking at the width of the mushroom caps, the number of mushroom caps to the mushroom harvest time. This study proposes a data mining technique to classify oyster mushroom yields using the K-Nearest Neighbors algorithm so that it can help mushroom farmers in determining the yield of oyster mushrooms being cultivated. This study used a dataset of 42 mushrooms as training data and 1 mushroom data to determine the classification of the crops. From the results of testing on 1 mushroom with a cap width of 8 cm, the number of caps is 14 pieces and the harvest time is 49 days, the results of classification results obtained from this mushroom are Less with a Mean absolute error of 0.1419, Root mean squared error of 0.2111, Relative absolute error of 36.2177% and Root relative squared error of 48.002%. The results of this research can help mushroom farmers in classifying oyster mushroom yields.

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