Final Report/Thesis 2018 - Revision history

A1687356: /* References */

2018-10-24T07:35:33Z

References

A1687356: /* References */

2018-10-24T07:34:14Z

References

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	==References==		==References==
	[1] J. Bineth. “Somerton Man cold case,” ABC news, 14th December 2017 [online]. Available: http://www.abc.net.au/news/2017-12-14/somerton-man-cold-case-could-be-one-step-closer-to-solved/9245512		[1] J. Bineth. “Somerton Man cold case,” ABC news, 14th December 2017 [online]. Available: http://www.abc.net.au/news/2017-12-14/somerton-man-cold-case-could-be-one-step-closer-to-solved/9245512

	[2] The News, “Dead Man Found Lying on Somerton Beach,” 1st December 1948, p. 1 [online]. Available: http://trove.nla.gov.au/ndp/del/article/129897161		[2] The News, “Dead Man Found Lying on Somerton Beach,” 1st December 1948, p. 1 [online]. Available: http://trove.nla.gov.au/ndp/del/article/129897161
	[3] The Advertiser, “Cryptic note on body,” 9th June 1949, p. 1 [online]. Available: https://trove.nla.gov.au/newspaper/article/36371152		[3] The Advertiser, “Cryptic note on body,” 9th June 1949, p. 1 [online]. Available: https://trove.nla.gov.au/newspaper/article/36371152

A1687356 at 07:33, 24 October 2018

2018-10-24T07:33:39Z

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A1687356: /* Task 2 Hair Analysis */

2018-10-24T07:08:08Z

Task 2 Hair Analysis

Show changes

A1687356: /* Task 2 Hair Analysis */

2018-10-24T07:03:00Z

Task 2 Hair Analysis

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	The red displays the 2 days before obtaining the hair, when both samples came back to Adelaide. The orange shows the length of sample A and the green shows the length of sample E, when both samples were away from Adelaide.		The red displays the 2 days before obtaining the hair, when both samples came back to Adelaide. The orange shows the length of sample A and the green shows the length of sample E, when both samples were away from Adelaide.

			====Quartz Slide====
			The hair samples will be placed on a slide, in this case the slide will be made of pure quartz. The reason a pure quartz slide is used, rather than an ordinary glass slide is that, glass slides have a lot of impurities that would contaminate the result, where as a pure quartz slide does not. The elements in a glass slide and quartz slide is shown in Table 4.
			[[File:ZFigure19.jpg\|thumb\|500px\|center\|Table 4. Comparison of elements in glass and quartz slide]]
			The hair samples were stuck down with double sided sticky tape on the quartz slide, this will have some contamination and will have to be dealt with appropriately.

			===Mass Spectrometer Experiment===
			====Capturing the data====
			The quartz slide was placed into two stabilisers, which was then installed into the machine. This machine did the laser ablation on the hair samples. Figure 16 displays the quartz slide with the hair samples, installed into the laser ablation system. While Figure 17 displays the enlarged version of the quartz slide on the monitor.
			[[File:ZFigure20.jpg\|thumb\|500px\|center\|Figure 16. Hair samples installed into the laser ablation system]]
			[[File:ZFigure21.jpg\|thumb\|500px\|center\|Figure 17. Laser ablation system with monitor]]
			Next to the laser ablation system, there are two monitors which will be used for the laser ablation task. The left monitor records the data of the laser ablation and the right monitor controls the laser ablation system, this can be seen in Figure 18. The next step involved choosing how many spots of the hair we want ablated and the distance between these spots. A spot is where the laser will ablate the hair and the isotopes will be recorded for that spot. It was chosen to ablate the hair about half way (1cm), which gave 11 spots at about 800 micro meters apart, two of these spots were located in the root. The mass spectrometer will then document the chosen isotopes. The complete set up of the experiment is shown in Figure 19, with the laser ablation system on the left and the mass spectrometer on the right.
			[[File:ZFigure22.jpg\|thumb\|500px\|center\|Figure 18. Recording the data (left) and controlling the laser ablation machine (right)]]
			[[File:ZFigure23.jpg\|thumb\|500px\|center\|Figure 19. Agilent 7900x mass spectrometer with attached New Wave NWR213 laser ablation system]]
			====Processing the Data====

A1687356: /* Task 2 Hair Analysis */

2018-10-22T01:50:02Z

Task 2 Hair Analysis

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	====Hair Elements====		====Hair Elements====
	Before the ICP-MS could be used for the analysis on the hair samples, different isotopes had to be chosen for the ICP-MS to find. Research was completed to find the most common chemical elements inside human hair, which included carbon, hydrogen, oxygen, sulphur, phosphorus and zinc. Then further research to indicate what element we want the ICP-MS to find, which included any toxic elements and common elements in food. There were 24 isotopes that were recorded by the ICP-MS and are shown in Table 2.		Before the ICP-MS could be used for the analysis on the hair samples, different isotopes had to be chosen for the ICP-MS to find. Research was completed to find the most common chemical elements inside human hair, which included carbon, hydrogen, oxygen, sulphur, phosphorus and zinc. Then further research to indicate what element we want the ICP-MS to find, which included any toxic elements and common elements in food. There were 24 isotopes that were recorded by the ICP-MS and are shown in Table 2.
	[[File:~~ZFigure4~~.jpg\|thumb\|500px\|center\|Table 2. Isotopes chosen for the ICP-MS]]		[[File:ZFigure16.jpg\|thumb\|500px\|center\|Table 2. Isotopes chosen for the ICP-MS]]

			====Hair Samples====
			In this project, a different hair samples was obtained, from five different individuals, for more reliable and accurate results. Two of these samples obtained, were from people that left Adelaide for a period of time and the other three samples were from people that stayed in Adelaide. All the samples will be anonymous for privacy reasons and will be identified as A, B, C, D and E. A summary of each hair sample is shown in Table 3, this includes which sample is identified as, sex, the date the hair was obtained and a brief description of the sample.
			[[File:ZFigure17.jpg\|thumb\|500px\|center\|Table 3. Summary of the samples]]
			The length of time out of Adelaide is very important, as we can determine the length of hair that was in Adelaide and the length of the hair that was outside of Adelaide. Sample A left Adelaide for 7 days, assuming there is 30 days in one month and hair grows 1cm per month, therefore 2.33mm of hair is from Japan. Similarly with sample E, they left Adelaide for 13 days, therefore 4.33mm of hair is from Bali. Also have to take consideration of the 2 days from when they came back to Adelaide to when the hair was obtained, this is 0.67mm. An example of the length of the hairs is shown in Figure 15.
			[[File:ZFigure18.jpg\|thumb\|500px\|center\|Figure 15. Example of the hair length]]
			The red displays the 2 days before obtaining the hair, when both samples came back to Adelaide. The orange shows the length of sample A and the green shows the length of sample E, when both samples were away from Adelaide.

A1687356: /* Task 2 Mass Spectrometer isotope Data Analysis */

2018-10-22T01:47:16Z

Task 2 Mass Spectrometer isotope Data Analysis

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 Overall, the results have shown, that it is unlikely that the mysterious code represents the hypothesis stated, of that it is horse names. It has also shown that it is unlikely to be South Australian street names, Australian city names or The Rubaiyat of Omar Khayyam book, even with extensive analysis on the book. But to some surprise it is possible that the mysterious code is Australian beach names, as the p-value was above 0.05. Future research will be required to obtain more meaningful results.
-==Task 2 Mass Spectrometer isotope Data Analysis==
+==Task 2 Hair Analysis==
 ===Relative research===
 .Hair elements

A1687356 at 01:43, 22 October 2018

2018-10-22T01:43:52Z

← Older revision		Revision as of 11:13, 22 October 2018
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	Single Nucleotide Polymorphisms (SNPs), are one of the most common and well talked about genetic variations, which can be present between humans [22]. These variations occur within a nucleotide (a single block of DNA) and happen roughly within 1 out of 300 base pairings [23].		Single Nucleotide Polymorphisms (SNPs), are one of the most common and well talked about genetic variations, which can be present between humans [22]. These variations occur within a nucleotide (a single block of DNA) and happen roughly within 1 out of 300 base pairings [23].
	In regards to the project, SNPs will be removed from a DNA sample.		In regards to the project, SNPs will be removed from a DNA sample.

			==Knowledge Gaps and Technical Challenges==
			The technical challenges that will be encountered in this project are related to all the knowledge gaps mentioned.
			To complete each task within the project, further development for programming skills, such as Matlab were required. P-value calculation and hypothesis testing needed some revision, to ensure that a satisfactory level of understanding of the concepts was present. The skill to use Microsoft Excel to perform statistical analysis on the p-value, is required. It was also required to learn how to correctly use a mass spectrometer and interpret the results, this can be done by finding multiple ways to enhance knowledge, before trials.

	==Task 1: Code Analysis==		==Task 1: Code Analysis==

A1687356: /* P-value */

2018-10-22T01:42:19Z

P-value

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	====P-value====		====P-value====
	A summary of the p-values are shown in Table 1.		A summary of the p-values are shown in Table 1.
	Table 1: P-value Results		[[File:ZFigure15.jpg\|thumb\|500px\|center\|Table 1. P-value Results]]
	~~Collective Object P-value~~
	~~Horse Names 0.002~~
	~~Australian Beaches 0.121~~
	~~South Australia Street Names 0.005~~
	~~Australian City’s 0.007~~
	~~The Rubaiyat of Omar Khayyam book 0.008~~

	It can be observed that the only collective object that is above 0.05 is Australian beaches, this indicates that the mysterious code could be Australian beaches.		It can be observed that the only collective object that is above 0.05 is Australian beaches, this indicates that the mysterious code could be Australian beaches.

A1687356: /* Task 1: Code Analysis */

2018-10-22T01:32:08Z

Task 1: Code Analysis

← Older revision		Revision as of 11:02, 22 October 2018
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	Before the initialisation of this task, the details of the whole case were reviewed. This review included the following; who found the corpse, where it was located and when it was discovered. This gave a better understanding of what type of collective object should be researched, which are stated above.		Before the initialisation of this task, the details of the whole case were reviewed. This review included the following; who found the corpse, where it was located and when it was discovered. This gave a better understanding of what type of collective object should be researched, which are stated above.
	As mentioned before, the reason why horse names are a major factor is because the location of his body was found to be located near Morphettville Race course, as seen in Figure 6.		As mentioned before, the reason why horse names are a major factor is because the location of his body was found to be located near Morphettville Race course, as seen in Figure 6.
	[[File:ZFigure6.jpg\|thumb\|500px\|center\|~~Figure6~~. Location of Somerton Beach and Morphettville Racecourse]]		[[File:ZFigure6.jpg\|thumb\|500px\|center\|Figure 6. Location of Somerton Beach and Morphettville Racecourse]]
	It should also be noted that the people who found the deceased body were racehorse jockeys. Hence the reason we assumed the mysterious code are the initialism of horse names from the year 1948.		It should also be noted that the people who found the deceased body were racehorse jockeys. Hence the reason we assumed the mysterious code are the initialism of horse names from the year 1948.

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	The approach to determine if the mysterious code represents collective objects, will be done by calculating the p-value and implementing hypothesis testing. In the case of the horse names, there were no direct websites, which provided horse names in the year of 1948. This led to discovering evidence of these names within relevant newspapers and articles. This was done by using ‘Trove’, a search engine to help find resources in Australia. More specifically, in this case it was used to obtain articles and newspapers from 1948. The other collective objects, as mentioned above, were found using South Australian government websites. This led to an abundance of cross checking, to make sure that the list which was going to be utilised, was indeed correct.		The approach to determine if the mysterious code represents collective objects, will be done by calculating the p-value and implementing hypothesis testing. In the case of the horse names, there were no direct websites, which provided horse names in the year of 1948. This led to discovering evidence of these names within relevant newspapers and articles. This was done by using ‘Trove’, a search engine to help find resources in Australia. More specifically, in this case it was used to obtain articles and newspapers from 1948. The other collective objects, as mentioned above, were found using South Australian government websites. This led to an abundance of cross checking, to make sure that the list which was going to be utilised, was indeed correct.
	Matlab was used as the software tool. The initial letter of the each collective object was all that was needed, where using code was implemented to perform this task. In the case, where a collective object had multiple words, both words were included. Also if there was any extra punctuation, it was removed. A demonstration is shown in Figure 7, which illustrates the input and output results for the horse names case and also displays the frequency of each letter.		Matlab was used as the software tool. The initial letter of the each collective object was all that was needed, where using code was implemented to perform this task. In the case, where a collective object had multiple words, both words were included. Also if there was any extra punctuation, it was removed. A demonstration is shown in Figure 7, which illustrates the input and output results for the horse names case and also displays the frequency of each letter.
	[[File:ZFigure7.jpg\|thumb\|500px\|center\|~~Figure7~~. Matlab Results]]		[[File:ZFigure7.jpg\|thumb\|500px\|center\|Figure 7. Matlab Results]]
	Excel was used, to produce the statistical results from Matlab. The letter frequency will be obtained by dividing the amount of each letter over the total amount calculated, where then a p-value test was performed and a comparison graph was completed.		Excel was used, to produce the statistical results from Matlab. The letter frequency will be obtained by dividing the amount of each letter over the total amount calculated, where then a p-value test was performed and a comparison graph was completed.

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	====Horse Names====		====Horse Names====
	The comparison of horse names to the mysterious code is seen in Figure 8.		The comparison of horse names to the mysterious code is seen in Figure 8.
	[[File:~~ZFigure6~~.jpg\|thumb\|500px\|center\|~~Figure6. Location of Somerton Beach and Morphettville Racecourse]]~~		[[File:ZFigure8.jpg\|thumb\|500px\|center\|Figure 8. Comparison of Mysterious Code with Horse Names]]
	Figure 8: Comparison of Mysterious Code with Horse Names
	There was a sample of 69 horse names and it can be seen on the graph that the horse names do not correlate with the mysterious code with many of the English letters. This was also proven by the p-value, as it was lower than 0.05, which means the null hypothesis is not accepted.		There was a sample of 69 horse names and it can be seen on the graph that the horse names do not correlate with the mysterious code with many of the English letters. This was also proven by the p-value, as it was lower than 0.05, which means the null hypothesis is not accepted.

	====Australian Beaches====		====Australian Beaches====
	The comparison of Australian beaches to the mysterious code is seen in Figure 9.		The comparison of Australian beaches to the mysterious code is seen in Figure 9.
	[[File:~~ZFigure6~~.jpg\|thumb\|500px\|center\|~~Figure6. Location of Somerton Beach and Morphettville Racecourse]]~~		[[File:ZFigure9.jpg\|thumb\|500px\|center\|Figure 9. Comparison of Mysterious Code with Australian Beach Names]]
	Figure 9: Comparison of Mysterious Code with Australian Beach Names
	There was a sample of 114 beach names. Analysing the graph it be seen that the frequency of the letters do correlate with mysterious code. As the results seemed genuine a hypothesis test was done between this values. The results showed a p-value of greater than 0.05, which indicates that the mysterious code could be Australian beach names.		There was a sample of 114 beach names. Analysing the graph it be seen that the frequency of the letters do correlate with mysterious code. As the results seemed genuine a hypothesis test was done between this values. The results showed a p-value of greater than 0.05, which indicates that the mysterious code could be Australian beach names.

	====South Australia Street Names====		====South Australia Street Names====
	The comparison of South Australian street names to the mysterious code is seen in Figure 10.		The comparison of South Australian street names to the mysterious code is seen in Figure 10.
	[[File:~~ZFigure6~~.jpg\|thumb\|500px\|center\|~~Figure6. Location of Somerton Beach and Morphettville Racecourse]]~~		[[File:ZFigure10.jpg\|thumb\|500px\|center\|Figure 10. Comparison of Mysterious Code with South Australian Street Names]]
	Figure 10: Comparison of Mysterious Code with South Australian Street Names
	There was a sample of 447 South Australian street names. Observing the graph it can be seen that the frequency of the letter are not similar with the mysterious code. This was also proven by the p-value, as it was lower than 0.05.		There was a sample of 447 South Australian street names. Observing the graph it can be seen that the frequency of the letter are not similar with the mysterious code. This was also proven by the p-value, as it was lower than 0.05.

	====Australian City's====		====Australian City's====
	The comparison of Australian city names to the mysterious code is seen in Figure 11.		The comparison of Australian city names to the mysterious code is seen in Figure 11.
	[[File:~~ZFigure6~~.jpg\|thumb\|500px\|center\|~~Figure6. Location of Somerton Beach and Morphettville Racecourse]]~~		[[File:ZFigure11.jpg\|thumb\|500px\|center\|Figure 11. Comparison of Mysterious Code with Australian City Names]]
	Figure 11: Comparison of Mysterious Code with Australian City Names
	There was a sample of 90 Australian city names. Observing the graph it can be seen that the frequency of some letter are similar with the mysterious code. A hypothesis test was then done to check the results. The p-value that was obtained was less than 0.05.		There was a sample of 90 Australian city names. Observing the graph it can be seen that the frequency of some letter are similar with the mysterious code. A hypothesis test was then done to check the results. The p-value that was obtained was less than 0.05.

	====The Rubaiyat of Omar Khayyam book====		====The Rubaiyat of Omar Khayyam book====
	The comparison of the Rubaiyat of Omar Khayyam book to the mysterious code is seen in Figure 12.		The comparison of the Rubaiyat of Omar Khayyam book to the mysterious code is seen in Figure 12.
	[[File:~~ZFigure6~~.jpg\|thumb\|500px\|center\|~~Figure6. Location of Somerton Beach and Morphettville Racecourse]]~~		[[File:ZFigure12.jpg\|thumb\|500px\|center\|Figure 12. Comparison of Mysterious Code with The Rubaiyat of Omar Khayyam book]]
	Figure 12: Comparison of Mysterious Code with The Rubaiyat of Omar Khayyam book
	There was a sample of 852 words form the book. Observing the graph it can be seen that the frequency of the letter are not similar with the mysterious code. This was also proven by the p-value, as it was lower than 0.05.		There was a sample of 852 words form the book. Observing the graph it can be seen that the frequency of the letter are not similar with the mysterious code. This was also proven by the p-value, as it was lower than 0.05.
	An extension of this task was also done. This includes analysing The Rubaiyat of Omar Khayyam book more carefully. Previous years stated that the mysterious code does not correlate with the book. Each paragraph in the book has four lines of words (see Figure 13), which compared with the mysterious code also has four lines. Still assuming that each letter in the mysterious code is an initial word, we can compare the two.		An extension of this task was also done. This includes analysing The Rubaiyat of Omar Khayyam book more carefully. Previous years stated that the mysterious code does not correlate with the book. Each paragraph in the book has four lines of words (see Figure 13), which compared with the mysterious code also has four lines. Still assuming that each letter in the mysterious code is an initial word, we can compare the two.
	[[File:~~ZFigure6~~.jpg\|thumb\|500px\|center\|~~Figure6. Location of Somerton Beach and Morphettville Racecourse]]~~		[[File:ZFigure13.jpg\|thumb\|500px\|center\|Figure 13. A page from The Rubaiyat of Omar Khayyam]]
	Figure 13: A page from The Rubaiyat of Omar Khayyam ~~[25~~]
	The task was to count how many words are in each line of the book and compare it with the mysterious code. Using the first paragraph in Figure 13 (outlined with a red square), the first line has 9 words, then followed by 7 words in the second line, then 8 words in the last two lines. Comparing just the first paragraph with the mysterious code from line 1 to 4, there are 9, 11, 11 and 13 letters respectively. It already can be seen from the first paragraph that there may not be a correlation between the mysterious code and the book.		The task was to count how many words are in each line of the book and compare it with the mysterious code. Using the first paragraph in Figure 13 (outlined with a red square), the first line has 9 words, then followed by 7 words in the second line, then 8 words in the last two lines. Comparing just the first paragraph with the mysterious code from line 1 to 4, there are 9, 11, 11 and 13 letters respectively. It already can be seen from the first paragraph that there may not be a correlation between the mysterious code and the book.
	Counting every line would be very time consuming, therefore a text file of The Rubaiyat of Omar Khayyam was used, in correlation with Matlab to count each word in each line. Then using excel, a graph was plotted with error bars to the number of letters in the mysterious code. This can be seen in Figure 14.		Counting every line would be very time consuming, therefore a text file of The Rubaiyat of Omar Khayyam was used, in correlation with Matlab to count each word in each line. Then using excel, a graph was plotted with error bars to the number of letters in the mysterious code. This can be seen in Figure 14.
	[[File:~~ZFigure6~~.jpg\|thumb\|500px\|center\|~~Figure6. Location of Somerton Beach and Morphettville Racecourse]]~~		[[File:ZFigure14.jpg\|thumb\|500px\|center\|Figure 14. Error Bars against the book]]
	Figure 14: Error Bars against the book
	The x-axis represents which line in the paragraph it is and the y-axis represents the amount of words present in that line. It can be seen that on line 1, the mysterious code is in the error bars. The rest of the lines are out of the error bars. This indicates that the mysterious code is not from The Rubaiyat of Omar Khayyam book and further proves the previous year’s studies of the book not being part of the mysterious code.		The x-axis represents which line in the paragraph it is and the y-axis represents the amount of words present in that line. It can be seen that on line 1, the mysterious code is in the error bars. The rest of the lines are out of the error bars. This indicates that the mysterious code is not from The Rubaiyat of Omar Khayyam book and further proves the previous year’s studies of the book not being part of the mysterious code.

← Older revision		Revision as of 17:05, 24 October 2018
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	[2] The News, “Dead Man Found Lying on Somerton Beach,” 1st December 1948, p. 1 [online]. Available: http://trove.nla.gov.au/ndp/del/article/129897161		[2] The News, “Dead Man Found Lying on Somerton Beach,” 1st December 1948, p. 1 [online]. Available: http://trove.nla.gov.au/ndp/del/article/129897161

	[3] The Advertiser, “Cryptic note on body,” 9th June 1949, p. 1 [online]. Available: https://trove.nla.gov.au/newspaper/article/36371152		[3] The Advertiser, “Cryptic note on body,” 9th June 1949, p. 1 [online]. Available: https://trove.nla.gov.au/newspaper/article/36371152

	[4] The Advertiser, “New Clue in Somerton Body Mystery,” 25th July 1949, p. 3 [online]. Available: https://trove.nla.gov.au/newspaper/article/36677719		[4] The Advertiser, “New Clue in Somerton Body Mystery,” 25th July 1949, p. 3 [online]. Available: https://trove.nla.gov.au/newspaper/article/36677719

	[5] “Tamam Shud/ Somerton Man,” [online]. Available: http://ciphermysteries.com/tamam-shud-somerton-man		[5] “Tamam Shud/ Somerton Man,” [online]. Available: http://ciphermysteries.com/tamam-shud-somerton-man

	[6] The Advertiser, “Tamam Shud,” 10th June 1949, p. 2 [online]. Available: https://trove.nla.gov.au/newspaper/article/36371416		[6] The Advertiser, “Tamam Shud,” 10th June 1949, p. 2 [online]. Available: https://trove.nla.gov.au/newspaper/article/36371416

	[7] Maguire, S. “Death riddle of a man with no name,” The Advertiser, 9th March 2005, p. 28 [online]. Available: http://www.eleceng.adelaide.edu.au/personal/dabbott/tamanshud/advertiser-mar2005.pdf		[7] Maguire, S. “Death riddle of a man with no name,” The Advertiser, 9th March 2005, p. 28 [online]. Available: http://www.eleceng.adelaide.edu.au/personal/dabbott/tamanshud/advertiser-mar2005.pdf

	[8] Inside Story, presented by Stuart Littlemore, ABC TV, screened at 8 pm, Thursday, 24th August, 1978		[8] Inside Story, presented by Stuart Littlemore, ABC TV, screened at 8 pm, Thursday, 24th August, 1978

	[9] A. Turnbull and D. Bihari. (2009). Final Report 2009: Who killed the Somerton man? [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_report_2009:_Who_killed_the_Somerton_man		[9] A. Turnbull and D. Bihari. (2009). Final Report 2009: Who killed the Somerton man? [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_report_2009:_Who_killed_the_Somerton_man

	[10] K. Ramirez and L-V. Michael. (2010). Final Report 2010 [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_Report_2010		[10] K. Ramirez and L-V. Michael. (2010). Final Report 2010 [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_Report_2010

	[11] S. Maxwell and P. Johnson. (2011). Final Report 2011 [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_Report_2011		[11] S. Maxwell and P. Johnson. (2011). Final Report 2011 [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_Report_2011

	[12] A. Duffy and T. Stratfold. (2012). Final Report 2012 [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_Report_2012		[12] A. Duffy and T. Stratfold. (2012). Final Report 2012 [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_Report_2012

	[13] L. Griffith and P. Varsos. (2013). Semester B Final Report 2013 – Cipher Cracking [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Semester_B_Final_Report_2013_-_Cipher_cracking		[13] L. Griffith and P. Varsos. (2013). Semester B Final Report 2013 – Cipher Cracking [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Semester_B_Final_Report_2013_-_Cipher_cracking

	[14] N. Gencarelli and J. Yang. (2015). Semester B Final Report 2015 – Cipher Cracking [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_Report/Thesis_2015		[14] N. Gencarelli and J. Yang. (2015). Semester B Final Report 2015 – Cipher Cracking [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_Report/Thesis_2015

	[15] Y. Li and Y. Ma. (2016). Semester B Final Report 2016 – Cipher Cracking [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_Report/Thesis_2016		[15] Y. Li and Y. Ma. (2016). Semester B Final Report 2016 – Cipher Cracking [online]. Available: https://www.eleceng.adelaide.edu.au/personal/dabbott/wiki/index.php/Final_Report/Thesis_2016

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