1. September 2009doc.: IEEE 802.15-09-0117-00-0007
5/11/2018<month year>
<month year>
doc.: IEEE
Doc: IEEE vat
January 2017
Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs)
Submission Title: Air Vehicular application using Multicopter based OCC & LED-ID
Date Submitted: 18 January, 2017
Source: Jaesang Cha*, Kim Chan*, Vinayagam Mariappan*, Joseph MFITUMUKIZA*, Minwoo Lee*, Yongik Yoon**, Younkwan Kim***, Ilkyoo Lee****, Sooyoung Chang*****
Company: Seoul National Univ. of Science & Tech.*, Sookmyung Women’s Univ.**, The Catholic University of Korea***, Kongju National Univ.****, CSUS*****
Address :
Voice: , FAX: ,
Re: Contribution to VAT IG
Abstract: This is a proposal for VAT IG Air Vehicular Assistive Technology application usage scenario for autonomous Multicopter
Purpose: For supportive documents for discussion
Notice: This document has been prepared to assist the IEEE P It is offered as a basis for discussion and is not binding on the contributing individual(s) or organization(s). The material in this document is subject to change in form and content after further study. The contributor(s) reserve(s) the right to add, amend or withdraw material contained herein.
Release: The contributor acknowledges and accepts that this contribution becomes the property of IEEE and may be made publicly available by P
Slide 1
Jaesang Cha, [SNUST]
<author>, <company>

2. Contents Introduction to Multicopter based OCC & LED-ID application
5/11/2018<month year>
Doc: IEEE vat
January 2017
Contents
Introduction to Multicopter based OCC & LED-ID application
Use Case of Multicopter based OCC & LED-ID application
Conclusion
Jaesang Cha, [SNUST]

3. Introduction to OCC Technology for Air Vehicular
Doc: IEEE vat
January 2017
Introduction to OCC Technology for Air Vehicular
various type of Camera related tools attached for Multicopter
- Compact type Camera : WebCam, Go Pro, SONY , etc.
- DSLR type Camera : Canon, Samsung, etc.
- Zimbol
Conventional Camera Functions for Multicopter
- Used for Remote Image Capture and Storage
- Recently Used for Object Tracking using Computer Vision Methods
Jaesang Cha, [SNUST]

4. Introduction to OCC Technology for Air Vehicular
Doc: IEEE vat
January 2017
Introduction to OCC Technology for Air Vehicular
SNUST Proposal
- Multicopter Camera based LED-ID & OCC functions
Multicopter Camera based LED-ID & OCC functions
- Compatible with conventional functions such as Image Capture & Object tracking
- Multicopter based OCC using LED-ID Tag
- Multicopter to Multicopter OWC
Jaesang Cha, [SNUST]

5. Use Case #1 : Multicopter based OCC using LED-ID Tag
Doc: IEEE vat
January 2017
Use Case #1 : Multicopter based OCC using LED-ID Tag
LED-ID Tags are detected by Multicopter Camera
Tags deliver their ID information and OCC module read Tag’s Information
Jaesang Cha, [SNUST]

6. Use Case #2 : Multicopter to Multicopter OWC/RF
Doc: IEEE vat
January 2017
Use Case #2 : Multicopter to Multicopter OWC/RF
Multicopter to Multicopter OWC is available
Multicopter to Multicopter OWC& RF hybrid mode is also available
Communication Link mode : P2P, M2P, Broadcasting, etc.
Jaesang Cha, [SNUST]

7. 5/11/2018<month year>
Doc: IEEE vat
January 2017
Conclusion
We Proposed examples of Multicopter Camera based LED-ID & OCC functions
Application usage scenario like Multicopter based OCC using LED-ID Tag and Multicopter to Multicopter communication using OWC/RF are presented
Jaesang Cha, [SNUST]