55 PO IAP Poster Quadcopter Spring 2014

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  • 8/10/2019 55 PO IAP Poster Quadcopter Spring 2014

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    Program Sponsors:

    Reynaldo Belfort, Oscar Chacn, Jesus Diaz, Carlos Molina,

    Rafael Pol, Daniel Ramos, Ronald Rivera, Luis Rivera

    Advisor: Eduardo I. Ortiz-Rivera, Ph.D.

    The Quadcopter is an Autonomous

    Robotic Systems Research Project

    part of the Minds2CREATE

    Research Team with the support of

    the Projects Division for the I.E.E.E.

    Control System Society (C.S.S.). The

    main idea behind this project is to

    provide to the engineering

    undergraduate students a platform,

    in the form of a UAV, to put into

    practice all the knowledge developed

    in courses with hands-on work.

    This team is composed of over 10

    electrical, computer and mechanical

    engineering students. The students

    work in the fields of software

    development , electronic design and

    testing, manufacturing and

    assembly, and project management.The system chosen to interact with

    the Unmanned Aerial Vehicles (UAV)

    as part of the process was anAutomatic Charging Station being

    designed by the team. The station

    will use infrared cameras to detect a

    Quadcopter in order to align the

    vehicle with the Station by tracking

    lights that could represent the actual

    position of the Quadcopter body.

    Once the system is aligned, the

    platform will wave pressure sensors

    that will indicate its arrival.

    Problem: How can the interaction

    between two or more autonomous

    aerial vehicles be synchronized so

    that they perform a single task as an

    unit?

    Understand the systems behavior

    to simulate real environment

    situations.

    Develop the necessary adaptations

    to a Quadcopter so that it could

    perform tasks in cooperation with

    other quadcopters in which it may

    be impractical or dangerous to send

    human beings. (e.g., Rescue

    missions.)

    1. Nonami, Kenzo, Farid Kendoul, Satoshi Suzuki, Wei Wang, and

    Daisuke Nakazawa.Autonomous Flying Robots Unmanned Aerial

    Vehicles and Micro Aerial Vehicles. Tokyo: Springer Japan KK,

    2010. Print

    2. Jiinec, Tom. Stabilization and Control of Unmanned Quadcoter.

    Lule University of Technology, 30 May 2011. Print. April 2013.

    3. Ortiz-Rivera, E.I.; Estela, Angelina; Romero, Carlos; Valentn,

    Jess A.; The Use of UAVS in USAS Security by an

    Engineering Education Approach 2012 IEEE Conference on

    Technologies for Homeland Security, Greater Boston, MA.

    1. Introduction

    2. Problem & Hypothesis

    3. Objectives

    4. Methodology

    Assembly process of

    the Quadcopters

    components and initial

    motor tests.

    6. Timeline

    References

    Multi Smart Unmanned Aerial

    Vehicles: The Quadcopters

    5. Results

    Initial Quadcoptersmanouvers and battery tests. .

    The UAV will be controlled by the

    Station based on its actual position

    and it will also exchange telemetry

    data such as sensor data to aid the

    positioning process. Through this

    system, an algorithm will decide

    which UAV has the highest charging

    priority.

    During the current term, the initial

    quadcopter platform has been

    upgraded with the addition of a

    battery monitoring sensor, which

    allows the reception of real time data

    of the battery status. In addition, an

    ultrasonic sensor is being added that

    will serve as a radar altimeter tomeasure altitude with respect to

    terrain. A new quadcopter frame was

    also designed and will be fully

    manufactured by the team during the

    rest of the current and next term. The

    focus of the new design is to make it

    a modular UAV easy to manufacture

    and of similar characteristics as the

    previous model.

    ResearchCommunication

    systems

    Image

    recognition

    DesignThe

    environment

    Optimal

    platform

    Implement Hardware Software

    Testing Modify Test again

    Metrics for Success

    Paper submitted to 2014 IEEEFrontiers in Education Conference: C.

    Molina, O. Chacon, R. Belford, E. Ortiz, ;

    The use of Unmanned Aerial Vehicles for

    an Interdisciplinary Undergraduate

    Education:

    The main objective is to develop an

    interdisciplinary project using UAVs as a

    platform to integrate mechanical, computer,

    and electrical engineering skills.

    Multiple outreach: activities on in High

    Schools, Universities, and different

    conferences across Puerto Rico.

    April 22 to 24, 2014