Ridwan Alamsyah, Erlan Darmawan, Rio Andriyat, Endra Suseno, F. Komputer, Teknik Informatika, Sistem Informasi, D. Visual
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引用次数: 0

摘要

信号量是一种通过使用旗帜、桨、树干、赤手空拳或手套来发送和接收新闻的方法。此时在学校学习的信号量仍然使用童军手册,只是2D图像的形式,也是由童军教练传递。使得学生在学习信号量运动的过程中容易产生厌倦感,在学习过程中缺乏对信号量的理解和教育。针对存在的问题,利用基于android的增强现实技术构建信号量运动学习应用程序和信号量测试,提供有趣的交互式学习。该应用程序是通过为随机化过程添加Blum-Blum Shub (BBS)算法构建的,该算法的功能是在数学过程中生成随机数,结果输出是一系列二进制数。应用程序使用Unity 3D创建,并使用RUP (Rational统一过程)方法开发。使用此应用程序,可以使学生更容易地理解信号量学习中的材料
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IMPLEMENTASI ALGORITMA BLUM BLUM SHUB PADA KUIS SANDI SEMAPHORE BERBASIS AUGMENTED REALITY
Semaphore is a way to send and receive news by using a flag, paddle, trunk, bare hands or gloves. The semaphore learning at School at this time still uses the Scout's manual and it is only in the form of 2D images and it is also delivered by the Scout coach. So that students tend to get bored in learning the semaphore movement and lack of understanding and education in the learning process in this modern era. From the existing problems, the semaphore movement learning application and semaphore quiz were built using augmented reality technology based on android to provide interesting and interactive learning. This application was built by adding the Blum-Blum Shub (BBS) algorithm for the randomization process which functions to generate random numbers in a mathematical process with the resulting output is a series of binary numbers. Application created uses Unity 3D, and developed uses the RUP (Rational Unifed Process) method. With this application, it can make easier for students to understand the material in semaphore learning
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