Accel World

About Accel World

The year is 2046. Haruyuki Arita is a young boy who finds himself on the lowest social rungs of his school. Ashamed of his miserable life, Haruyuki can only cope by indulging in virtual games. But that all changes when Kuroyukihime, the most popular girl in school, introduces him to a mysterious program called Brain Burst and a virtual reality called the Accel World.

(Source: VIZ Media)

Fairy Tail

About Fairy Tail

Set in an imaginary world, the Earth Land, there exists a Mage Guild called “Fairy Tail”. Fairy Tail is stationed in the town Magnolia, residing in the Kingdom of Fiore, and is currently governed by Makarov, Guild’s master.

Lucy Heartfilia, a 17-year old girl, wishes to become a full-fledged mage and join one of the most prestigious Mage Guilds in the world, Fairy Tail.

One day, out of pure coincidence, she meets Natsu Dragneel, a boy who is transportation-sick, but very cheerful in nature. However, the thing she does not know is that Natsu is the closest connection to Fairy Tail, as he is a Mage in Fairy Tail.

[Written by MAL Rewrite]

One Piece

About One Piece

Gol D. Roger was known as the Pirate King, the strongest and most infamous being to have sailed the Grand Line. The capture and death of Roger by the World Government brought a change throughout the world. His last words before his death revealed the location of the greatest treasure in the world, One Piece. It was this revelation that brought about the Grand Age of Pirates, men who dreamed of finding One Piece (which promises an unlimited amount of riches and fame), and quite possibly the most coveted of titles for the person who found it, the title of the Pirate King.

Enter Monkey D. Luffy, a 17-year-old boy that defies your standard definition of a pirate. Rather than the popular persona of a wicked, hardened, toothless pirate who ransacks villages for fun, Luffy’s reason for being a pirate is one of pure wonder; the thought of an exciting adventure and meeting new and intriguing people, along with finding One Piece, are his reasons of becoming a pirate. Following in the footsteps of his childhood hero, Luffy and his crew travel across the Grand Line, experiencing crazy adventures, unveiling dark mysteries and battling strong enemies, all in order to reach One Piece.

[Written by MAL Rewrite]

Naruto Shippuden (weekly updated)

About Naruto Shippuden

Naruto: Shippuuden is the continuation of the original animated TV series Naruto.The story revolves around an older and slightly more matured Uzumaki Naruto and his quest to save his friend Uchiha Sasuke from the grips of the snake-like Shinobi, Orochimaru. After 2 and a half years Naruto finally returns to his village of Konoha, and sets about putting his ambitions to work, though it will not be easy, as he has amassed a few (more dangerous) enemies, in the likes of the shinobi organization; Akatsuki.

Virtual Parachute Simulation

Contoh virtual simulation yang boleh dilihat oleh

penerjun apabila menggunakan simulasi payung

terjun maya ini.

Abstract of Virtual Parachute (BM version)

ABSTRAK

Simulasi payung terjun maya digunakan untuk melatih penerjun melakukan terjunam menggunakan persekitaran maya atau teknologi simulasi komputer. Penggunaan teknologi ini membolehkan manusia berlatih untuk menghadapi keadaan penerjunam sebelum penerjunam sebenar dilakukan. Simulasi payung terjun maya boleh digunakan untuk kegunaan ketenteraan atau untuk tujuan bersukan. Untuk membangunkan simulasi payung terjun maya ini, terdapat 3 sub-sistem utama yang perlu direka. Sistem tersebut adalah Sistem Perolehan Data, Sistem Pangkalan Data Visual dan Sistem Penggantungan. Dalam projek ini, Sistem Penggantungan untuk simulasi payung terjun maya dibangunkan dengan merekabentuk dan menghasilkan 2 komponen penting system ini iaitu rangka penggantungan dan alat menempatkan alat pengesan pada rangka. Penerjun bergantung pada rangka penggantungan dan menarik “toggle” kiri atau kanan untuk memusingkan payung terjunkek iri atau kanan. “ Toggle” tersebut disambung pada alat pengesan (potentiometer) dan bertindak sebagai “toggle” payung terjun sebenar. Alat pengesan tersebut disambung pada sistem perolehan data yang kemudian menukarkannya kepada maklumat yang boleh difahami oleh sistem pangkalan data visual. Sistem ini kemudian akan menunjukkan kepada penerjun bahawa dia sedang membelok ke kiri atau ke kanan apabila “toggle” kiri atau kanan ditarik dengan memusingkan pemandangan kekiri atau kanan penerjun yang dilihat olehnya menerusi alat paparan visual. Rangka penggantungan dan mekanisma menempatkan alat pengesan pada rangka penggantungan direkabentuk dengan mengambil kira semua aturan asas proses rekabentuk dimulai dengan pemahamian masalah, rekabentuk konsep hinggalah kepada proses pembuatan dan pengujian. Setiap elemen yang direkabentuk dianalisis ketahanannya menggunakan kaedah unsur terhingga.

Abstract of Virtual Parachute (BI version)

ABSTRACT

Virtual Parachute is used to train parachutist during jump using virtual environment or computer simulation technology. It provides a platform for human to be trained to face situation before the actual jump. The virtual parachute simulation can be used for military and sport training purpose. To develop virtual parachute simulation, there are 3 main subsystems or components that need to be designed. There are Data Acquisition system, Visual Database system, and Suspension system. In this project, suspension system for virtual parachute simulation is developed by designing and fabricating 2 main components of the system which is suspension frame and sensor mounting device. The parachutist hung on the suspension frame and pulled the left or right toggle to turn the parachute to the left or right. The toggle is connected to the sensor (potentiometer) and act as the real parachute toggle. The sensors are interfaced with the data’s acquisition system that read the data in real time and feed into the visual database. Visual database will show the parachutist that he/she was turning to left or right when pulled the left/right toggle by rotate the virtual visualization that the parachutist was seeing through head mounted display (HMD) to the left or right. Frame suspension and sensor mounting device was designed by following all the basic design process starting from problem definition, conceptual design until fabrication and testing. Each elements was analyzed it strength and reliability using finite element method (FEM) Abaqus software.