fyp-report/report/start.tex

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	\section*{Declaration of Originality}
		I confirm that the submitted work is my own work and that I have clearly identified and fully
		acknowledged all material that is entitled to be attributed to others (whether published or
		unpublished) using the referencing system set out in the programme handbook. I agree that the
		University may submit my work to means of checking this, such as the plagiarism detection service
		Turnitin® UK. I confirm that I understand that assessed work that has been shown to have been
		plagiarised will be penalised.\\
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	Andre Goncalves Henriques\\
	\mydate\\
	University of Surrey\\
	Guildford GU27XH\\
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	\section*{Acknowledgements}
		I would like to take this opportunity to thank my supervisor, Rizwan Asghar who helped me with this project from the start of the until the end.
		His help with the report was incredibly useful.\\
		I would like to thank my family and friends for their support and encouragement.\\
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	Andre Goncalves Henriques\\
	\mydate\\
	University of Surrey\\
	Guildford GU27XH\\
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\section*{Abstract}
	There are many automatable tasks that are currently being done manually.
	If those tasks can be done automatically, a lot of productivity could be gained by having the computers perform those tasks, allowing humans to perform tasks that only humans can do.
	One of this set of tasks are image classification tasks.
	Many image classification tasks are being performed by humans, when they could be performed by computers.\\

	This project aims to develop an image classification platform where users can create image classification models with as few clicks as possible.
	Allowing for users that do not have any knowledge about image classification to use this system.
	Making it possible for more of the manually classified tasks to be done by machines, and not humans, increasing the productivity of possible users.\\

	This dissertation evaluates the feasibility of such system, current similarly implemented systems, current techniques for image classification, and possible requirements, designs and implementations of such system.
	The dissertation focuses mainly on the implemented software, and the implementation choices that were made to achieve this project.
	The dissertation ends with a critical evaluation of the results of this project, to ensure that the goals set forth were achieved.

	
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