Aerial surveillance thesis

While color-based surveillance has been extensively studied, these techniques can not be used during low illumination, at night, or with lighting changes and shadows which limits their applicability. The main contributions in this thesis are 1 the creation of a new color-thermal dataset, 2 a detailed performance comparison of different color-based detection and tracking algorithms on thermal data and 3 the proposal of an adaptive neural network for false detection rejection. Since there are not many publicly available datasets for thermal-video surveillance, a new UNLV Thermal Color Pedestrian Dataset was collected to evaluate the performance of popular color-based detection and tracking in thermal images.

Aerial surveillance thesis

Data and Analysis 7. Introduction The research paper aims to assess the fact that how the development of technology in Unmanned Aerial Vehicle Systems UAVs has improved the government's objective of defying and countering terrorist attacks inside and outside the United States, but still affecting citizen's privacy constitutional rights?

Statement of the Problem The use and deployment of UAV's Unmanned Aerial Vehicles for attack missions in a military theater and surveillance in an active combat environment as well as domestic surveillance operations has been a topic racked with controversy.

This subject, not only involves the ethical use of such new technology, but also a myriad of military battlefield, moral, psychological and privacy in domestic deployment situations. It can be wrongly used to violate the citizen's constitutional rights to Aerial surveillance thesis and unfair government involvement in non-violent or criminal domestic affairs to the use of such technology.

This paper will examine the controversy at hand and examine the validity of these arguments regarding the concerns of privacy of citizens and international organizations and military. The military of the United States of America will be the major driver of growth in this market.

According to the forecasters, the growth of this market heavily depends on the legislations and regulations that ensure the safe use and integration of the Unmanned Aerial Systems UAVS in the airspace system. Dillingham2 The past decade has seen some rapid advancement in the military technology.

In the past, the countries which initiated wars had to take into consideration the fact that their own patriotic soldiers and commandos would be killed. But now it is possible for the countries, that posses the appropriate technology, to get rid of the individuals that pose threats in relation to their economy and national integrity, without the fear of retaliation.

The past century has witnessed an increase in the use of the UAV technology, but only the United States of America, Israel and United Kingdom are reported to have used it till now. The other nations, are reported to have acquired this technology for military and battlefield surveillance and some nations are reported to have procured the armed version of this technology.

Israel later developed more advanced drones that are capable of capturing a video footage of the battlefield.

UAV / drone based aerial inspection of industrial plants etc.

In addition to that, drones were also used in the first 'Gulf War' in the years and for the purpose of surveillance and intelligence gathering.

In the yeara missile named 'Helfire' was fired from a Predator drone. The missile was being fired at a stationary target and it was a successful experiment.

In the same year, a predator drone operated by the Central Intelligence Agency CIAwas used for the first time to assassinate Mohammed Atif, who was a terrorist and a well-known leader of Al Qaeda. Israel, on the other hand, has been reported of using armed drones in the state of Gaza.

The United Kingdom has also used these drones in Afghanistan in the year Current Trends in the Usage of Drones The Unmanned Aerial Vehicles UAVs can be defined as aircrafts that are being controlled by an operator and do not require a pilot to stay on board to control them.

For example, some of the UAVs may have a wing span, which is similar and equal to the Boeingwhereas, the others might be smaller than a radio controlled model airplanes. Cavoukian3 Previously, the use of the Unmanned Aerial Systems UAS was limited to the military purposes but with the advancements in technology these tools are now used for the purpose of domestic surveillance and public research as well.DRONING THE STORY by ALEXANDRA SUZANNE GIBB B.A.

(Hons.), Simon Fraser University, Simon Fraser University, A THESIS SUBMITTED IN PARTIAL FULFILLMENT OF THE REQURIEEMNTS FOR THE DEGREE OF MASTER OF JOURNALISM in The Faculty of Graduate Studies THE UNIVERSITY OF BRITISH COLUMBIA (Vancouver) surveillance and journalistic.

"Path planning for persistent surveillance applications using fixed-win" by James F Keller

• Monitoring and surveillance Unmanned Aerial Systems Research. March 10 Dr.

Aerial surveillance thesis

Sarah Harris Associate Professor, Department of Electrical and Computer Engineering Unmanned Aerial Systems Research Wind tunnel testing of UAV wing Conceptual diagram for a figure-8 flapping wing for a UAV Wing Load Cell Airfoil / Motor x y z.

Thesis Drones Unmanned Aerial Systems Uavs and 90,+ more term papers written by professionals and your peers. A Thesis Presented in Partial Fulfillment Currently there is lot of development being done in the field of Unmanned Aerial Systems (UAVs), various aerial platforms and corresponding; autonomous systems for US Reaper UAV in combat Figure 2, UAV in surveillance There are many civil applications as mentioned below, o 3D mapping.

The scope of this thesis is limited to the design and development of an aerial video surveillance system. The system presented will be mounted under the wings of a Cessna. aerial vehicles’ (UAVs), also known as drones – but this report deliberately avoids the name ‘drones’ as it has some profoundly negative connotations.

Today there is plenty of talk (and perhaps too much blue-sky thinking and hype) about civil applications for UAVs, but actual use cases are .

Design and development of unmanned aerial vehicle (Drone) for civil applications