Reference no: EM13910360
Proposal each item in details :-
-describe what is your domain or area of research, start from general then focus on the area of research.
-describe the significant/important of your research, why you need to solve this problem?
1.1 Research Background
-First, state the research problem, describe the problem, why it is a problem?
-second, describe on how to solve the problem? (there might be different ways of solving the problem, so elaborate all the solving approach), what are the current researches have done to solve the problem? And why it is not solved? What are the disadvantages or drawback of current approaches.
-third, you need to mention what is the approach that you want to use to solve the problem and the techniques that you will use. Why u want to use this approach and the technique? What are the advantages of your approach?
1.2 Problem Statement
-You need to state the problem again
1.3 Research Objectives
-You need to state the research objectives, normally three objectives.
-(1) To investigate/explore/...... (2) To design/develop... (3) To evaluate...
-You need to relate your objectives with the problem, therefore reader can see the link.
1.4 Research Methodology
-describe on the methodology that you employ to accomplish your research. Normally:
-literature review to understand the problem, looking for a better technique or approach.
-proposing your solution with your chosen technique
-evaluation to evaluate your solution such as by developing a system, interview etc.
1.5 Expected Outcomes
-based on your research what will be your expected outcome.
-state again your problem, problem with current solutions, your solution, your technique, your methodology in accomplishing you research, your expected outcome, and what will be In the next chapter.
- explain on the objective of your chapter, what will be inside your chapter, what analysis will you do etc.
2.1 Your research problem.
-this will explain details on your research problem. Very details.
2.2 The current solutions on solving the research problem. You need to explain what are the current solutions, advantages and disadvantages.
- You should end your section with a conclusion that the current solution is still not able to solve the research problem and that is why you are proposing your solution.
2.3 What is your solution and the techniques that you will employ to solve the research problem, justification why you want to use this solution, why you want to use the proposed techniques/methods, the advantages of your solution and your techniques/methods, other techniques that might be used with your solution and why you not use it. (2-5 pages)
2.4 Conclusion - explain on the what the chapter two is all about, your problem details, the weaknesses of current approaches, your solutions and justification, and will be in the next chapter. (1-2 paragraphs)
CHAPTER THREE - THE PROPOSED SOLUTION/METHOD/APPROACH
3.0 Introduction - explain on the chapter objectives, what will be inside the chapters. (1-2 paragraphs)
3.1 Overview of your proposed approach/method, the step by step processes, with figure and brief explanation. (2-4 pages)
3.2 THE FIRST PROCESS IN DETAILS (2-4 pages)
3.2.1, 3.2.2, 3.2.3 etc
3.3 THE SECOND PROCESS IN DETAILS (2-4 pages)
3.3.1, 3.3.2, 3.3.3 etc
3.4 THE THIRD PROCESS IN DETAILS (2-4 pages)
3.4.1, 3.4.2, 3.4.3 etc
3.5 THE FOURTH PROCESS IN DETAILS (2-4 pages)
3.5.1, 3.5.2, 3.5.3 etc
3.6 Conclusion - what chapter three all about and what will be in the next chapter. (1 paragraph)
-everything should be in details for an example if you are using GA in your solution then one of the process is you need to model is your solution using GA. What are the steps in GA? How do you model your solution with GA in every steps. What is your fitness function, how will u do the selection, crossover and mutation?
-normally there is a testing or evaluation process, you need to explain details what is your plan to evaluate your solution. If you do simulation, why you choose simulation? what will you simulate? How? How many times will you simulate? What tools do u use to simulate? What are the parameters that you want to measure during the simulations? What is good performance and what is bad performance?