1. Professor: Dr. V. Clincy Presented By Neha Kumar Priyanga Chandrasekar Sanjoosh Akkineni Swathi Ganji

2. I.INTRODUCTION II.HISTORY III.COMPONENTS / SENSING TECHNOLOGY IV.TECHNLOGY BEHIND IT V.COMPANIES USING DRONES VI.PROS & CONS VII.FUTURE VIII.REFERENCE

3. Controlled unmanned aircraft with a camera No human operator on Board Low Cost Drones V/s Manned Air Crafts Can carry a lethal or nonlethal payload (Weapons or surveillance equipment)

4. 1849 (Austria attacked Venice)– Bomb Dropping Balloons [1] UNARMED DRONES [1] : End of WW1 – Aerial Torpedoes drones – War ended before they could be used. 1939 (Post WW2 – COLD WAR)– US Created 1 st remote control airplane: Radioplane OQ2 1986 – RQ2 Pioneer ARMED DRONES [1]: 2000 – 1 st Generation of Predator

5. [2] A. Standard Prop B. Pusher Prop C. Brushless Motors D. Motor Mount E. Landing Gear F. Boom G. Main Body H. Electronic Speed Controllers (ESC) I. Flight Controller K. Receiver L. Antenna M. Battery N. Battery Monitor O. Gimbal P. Gimbal Motor Q. Gimbal Controller Unit R. Camera And Sensors

6. Sensing Technology used in Drones [3]

8. UAVs can be broadly classified into two categories 1.Fixed wing 2.Rotary wing Besides UAVs, one alternative solution for wireless connectivity is via high-altitude platforms (HAPs) Wireless Communication with Unmaned Aerial Vehicles(Drones) [4]

9. UAV-aided ubiquitous coverage Use Cases of UAV-aided wireless communications [4] UAV-aided information dissemination and data collection UAV-aided relaying

10. Basic Networking Architecture [4] UAVs consists of two basic types of communication links CNPC link Data link Channel Characteristics UAV-Ground Channel UAV-UAV Channel MAIN Design Considerations UAV path planning Energy-aware deployment and operation Multiple-input multiple-output (MIMO) communications

11. Communications with UAV Controlled Mobility [4] UAV-Enabled Mobile Relaying Figure 1 Figure 2 Figure 3

12. Communications with UAV Controlled Mobility(Cont..) [4] D2D-Enhanced UAV Information Dissemination Figure 1 Figure 2 Figure 3

13. COMMERCIAL DRONES Drone Delivery – No Drivers, No Traffic [5] 1. Point of Departure 2. Placing Goods 3. Powering up the drone 4. Take off

14. Company NamePurposeLocation Dajiang InnovationCapturing aerial video or pictures Shenzen, China Parrot EPAHobbyists and hackers use to take pictures Paris, France AirwareDevelops operating system for drones San Francisco, CA MatternetNext-generation transportation system Menlo Park, CA SkycatchCapture data for property owners San Francisco, CA Denel DynamicsManufacturing Defense equipment South Africa FacebookInternet.org InitiativeMenlo Park, CA GoogleExpand Internet’s reachMountain View, CA BoeingUS Navy, US Marine corps Chicago,IL [6]

15. Drone Companies to watch in 2016 [7]

16. DRONE INDUSTRY INSIGHTS [8]

17. The Advantages of Drones [9] Acts as a Lifesaver. Cheap and cost effective. Reduced risk. No fixed hours of operation. High accuracy. Same deadliness. A great tool for surveillance. Easier to deploy.

18. The Disadvantages of Drones [9] Limited Abilities. Hindering civilian life. Use of Drones in Military purposes are not taken in a good sense by the people. Its Easy operation blurs the line of ethics. Work and personal life imbalance. Enemy take over.

19. Drones: The Next WLAN Menace [10] Drones also might facilitate more sophisticated network-related attacks. Drones such as the DGI Phantom can perform, powerful eavesdropping and man-in-the-middle attacks. Without drones, someone using the tool would have to get in range of a target. With drones, an attacker's nefarious influence expands exponentially.

20. Drones in the future [11] Federal agency is developing technology to track commercial and civilian drones via cell coverage. Google and Amazon, which are currently building rival delivery drones, have also signed agreements with Nasa to test their systems at Ames.

21. 1.Darack, Ed, “A brief History of Unmanned Aircraft”, Air & Space, 17 May 2011. 2.Corrigan, Fintan, “Quick drone components overview along with handy tips”, DroneZon, 5 December 2015. 3.MEMSIC, Inc. News, “MEMSIC identifies and Explains the Sensing Technologies used in Drones”, 11 April 2016. 4.IEEE Wireless communications with unmanned aerial vehicles: opportunities and challenges, May 2016 5.French, Sally, “Drone delivery is already here – and it works”, MarketWatch, 15 December 2015. 6. French, Sally; Pimentel, Benjamin, “13 Cutting-edge drone companies you should know”, MarketWatch, 25 June 2014. 7.Perlman, Alan, “70 Drone Companies to watch in 2016”, 14 December 2015. 8.Kay, “Top20 Drone Startups to watch out for in 2016”, Drone Industry insights, 14 January 2016. 9.Sam, “The Pros and Cons of Drones”, TDS, 28 July 2015. 10.Badman, Lee, “Drones: The Next WLAN Menace”, Network Computing, 22 July 2014. 11.Harris, Mark, “Naza and Verizon plan to monitor US drone network from phone towers”, The Guardian, 3 June 2015.