Development Of Archery Tools Simulation Model Based On Embedded System

Rusjdi, Darma and Hartanti, Dian (2015) Development Of Archery Tools Simulation Model Based On Embedded System. ICo-ApICT 2015.

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Archery is a sport of individuals who have a great potential to pursue the achievement of the world level requires concentration and endurance when following a race that carried the day. However applicants are limited so that the shortage of the number of seeds successor when compared to the number of age potential that exist due to, among others: the price of the equipment is relatively expensive, limited land in a big city to practice or compete. Based on the development of computer science and technology that are complementary to the field of mechanical and electronic (mechatronics), allowing it to develop a health support equipment such as a device simulator. To overcome the above necessary archery simulator device that supported the development of computer technology-based embedded system. The methodology developed by the protoype model development approach through data collection, development of prototype that consists of the analysis, design and implementation on an ongoing basis, then on to testing and evaluation, and implementation of model product. In the development stage approach is the calculation of motion arrows with parabolics motion approach that influenced the variable speed of the load pull of cord pull bow and arrows reach stability and motion variable wind direction. Result of study in the form of archery tools simulation model based on embedded system. The use of sensors to implement the stages of archery. the connecting to a digital bow tools through the calculation of motion arrows resembling a real state in the form of a animation computer from camera results through digital image processing. This study is expected to be the archery simulator that can be played indoors so that a solution to limited land and allows monitoring from a distance through internet technology.

Item Type: Article
Uncontrolled Keywords: computer visualization, embedded system, mechatronics devices, parabolic motion, prototype, simulation model.
Subjects: Prosiding > ICo-ApICT 2015
Divisions: Universitas Komputer Indonesia > Perpustakaan UNIKOM
Date Deposited: 10 Dec 2015 10:25
Last Modified: 31 Jan 2019 10:25

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