Perancangan dan Pembangunan Aplikasi Electronic Menu Restoran

Electronic Menu or abbreviated as eMenu is an application that designed to improve the performance of service processes in a business sector, especially restaurants. eMenu aims to change thefood ordering service process that was originally traditional using paper, into web-based digital media. Not only handling food ordering services, eMenu also handles almost all business processes in a restaurant such as menu management, managing information on orders received by waiters and chef, payment transactions, to sales reports. To handle payment transaction, eMenu using third party application payment gateway, called Duitku. eMenu is built using Single-Page Application concept that use AJAX calls which allows time efficiency in displaying the required data. By using the Single-Page Application, the browser does not reload the entire requested page but only part of data is displayed dynamically. The Single-Page Application uses Vue.js as Front-end stack, and Laravel to manage Back-end. eMenu application is responsive design, so that user can access via smartphone or desktop computer with properly.

Sistem Informasi Objek Wisata Di Kabupaten Cianjur Berbasis Media Sosial

eknologi informasi dan komunikasi yang semakin berkembang mendorong kebutuhan manusia akan informasi yang cepat dan akurat. Seperti dalam bidang pariwisata, informasi yang cepat dan akurat dibutuhkan agar mempermudah wisatawan untuk mencapai tujuan wisata yang akan dituju. Kabupaten Cianjur memiliki banyak tempat wisata yang belum banyak diketahui oleh masyarakat umum khususnya masyarakat Cianjur itu sendiri, ada yang hanya mengetahui nama dari tempat wisata tersebut tapi tidak mengetahui lokasinya. Kurangnya informasi tersebut membuat masyarakat mengunjungi tempat wisata yang sudah sering dikunjungi dan menjadikan tempat wisata yang lain semakin tidak dikenali banyak orang. Oleh karena itu, dibutuhkan sistem yang dapat membantu masyarakat dalam mendapatkan informasi mengenai tempat-tempat wisata yang ada di Cianjur. Serta dapat membantu pengelola tempat wisata dalam menyebarkan informasi mengenai tempat wisata yang belum banyak diketahui masyarakat Kabupaten Cianjur ataupun dari luar Kabupaten Cianjur.Perancangan Sistem Informasi Deskripsi Pariwisata di Kabupaten Cianjur Berbasis Media Sosial menggunakan paradigm model Waterfall dengan UML (unified modeling language) dengan alat yang digunakan untuk merancang yaitu usecase diagram, activity diagram, class diagram dan sequence diagram. Sedangkan alat pembangunan aplikasi database menggunakan MySql, Phonegap, Google Maps API, XAMPP, Balsamiq Mockups.Sistem yang dirancang mempunyai kelebihan untuk mempermudah wisatawan dalam menerima informasi wisata alam yang ada di Kabupaten Cianjur, wisatawan dapat memberikan ulasan terhadap tempat wisata tersebut, juga antar wisatawan dapat saling berinteraksi lewat pesan.

Application of Augmented Reality Technology for Human Excretion System as Android-Based Learning Media

The excretion system is a process of removing metabolic waste that is no longer used by the body. These remnants of metabolism in the form of compounds that are toxic (poison) so that if not removed can cause disruption of the function of organs in the body. Organs that play a role in the excretion system are the kidneys, lungs, skin and liver. Kidney is the main component making up the human excretion system, namely urine. The lungs produce residual respiratory processes in the form of gas CO2 (carbon dioxide) and H2O (water vapor). The skin is able to produce residual substances in the form of sweat. The liver produces waste products in the form of bile sap from an overhaul of red blood cells that have been damaged and destroyed in the spleen. Augmented Reality Human Excretion System is an application that can facilitate teachers and class XI MA Tanwiriyyah students in learning about the human excretion system. This application is made based on Android by applying augmented reality technology in its implementation. In this application the teacher and students can see 3D objects and know the process of removing residual substances in the excretory system organs. The design of this application uses the MDLC method and also uses UML diagrams, navigation structures and application interface design.