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IFTA JOURNAL<br />
2017 EDITION<br />
Problems and limit of present study<br />
Using minute data can enhance the quality of analysis.<br />
However, only short-term data is available now, and drawing<br />
the chart for Market Profile is time-consuming, so long-term<br />
analysis is difficult to conduct in the same way by using<br />
Microsoft Office Excel. EMP 2.0 mentioned in this thesis needs<br />
to be handled in a sensitive manner because EMP value must<br />
change with different units, and the market-wise EMP definition<br />
may be required with transition of the market. Larger data than<br />
was used in this thesis are required to enhance the quality of<br />
analysis. Additionally, combining other technical information<br />
will help to enhance the quality of analysis by incorporating the<br />
advice of many experienced technical traders who have devoted<br />
a lifetime to developing their technical systems.<br />
Suggestions for further study<br />
According to analysis and verification for trend day definition<br />
with EMP 2.0, there was obvious differences for Nikkei 225<br />
futures, and in White candle and Black candle with 3 days<br />
before until 2 days after occurrence of EMP 2.0. So it can be<br />
said that EMP 2.0 is a useful and suitable indication for Nikkei<br />
225 futures. EMP 2.0 can be utilized in high accuracy. So, in the<br />
next thesis, verification for S&P 500, DJIA, and Nasdaq futures<br />
and individual stocks needs to be conducted. By the test of<br />
trend composition, both White and Black candle days’ “UP” and<br />
“DOWN” phase tended to occur on Trend day. In “PEAK OUT”<br />
and “BOTTOM UP” phase, EMP 2.0 tended to be unrelated to the<br />
trend frequency.<br />
Surprisingly, EMP 2.0 as the Trend day indicator is not useful<br />
for the commodity market in which the Market Profile was<br />
established. It is difficult to predict Trend Day occurrence for the<br />
Gold and Oil markets, even through using EMP 2.0. Reliability<br />
of Market Profile probably decreases in the Oil market, which<br />
is highly volatile and has frequent price variations, and it might<br />
be impossible to predict the future, even using intraday data of<br />
the market stimulated with GLOBEX. So, for further analysis<br />
and verification, time slot-wise investigation for GLOBEX and/<br />
or drawing a Market Profile chart connecting each volume of<br />
historical data will be required. And, it also was found that EMP<br />
2.0 was not useful for JGB futures.<br />
Additionally, accuracy will be enhanced for the ‘central-limit<br />
theorem’ using increased numbers of the data. 3 Simultaneously,<br />
further investigation is also required to increase the number of<br />
the data where they were dismissed due to 0.05 difference of<br />
p-value. Although in this thesis, data verification was focused on<br />
using EMP 2.0 to predict Trend Day, EMP will be examined with<br />
actual trading in the next thesis as a future subject. EMP works<br />
like an oscillator, which has ability to correct. So, more accurate<br />
analysis will be able to be conducted with a combination of the<br />
EMP and other technical analysis, such as cycle analysis, as<br />
Murphy, who is authority on futures technology, suggested. 13<br />
Conclusion<br />
In this thesis, we conclude the following three points as a<br />
result of current investigations and analysis.<br />
First, EMP 2.0 is useful for Nikkei 225 futures. In the next<br />
thesis, S&P 500, DJIA, and Nasdaq futures will be verified with<br />
an increased number of the data using EMP. The condition of<br />
Trend Day frequency was verified by defining Trend Day using<br />
EMP. In Nikkei 225 futures market, the condition of Trend Day<br />
frequency was found through statistical differences divided<br />
into White and Black candle day and composition of trend test<br />
by a 5-day moving average.<br />
Secondly, currently it is difficult to predict Trend Day<br />
occurrence for Gold futures and Crude Oil futures, probably<br />
because of high market volatility and easily varying price, and it<br />
needs further analysis. It was found that EMP was not a useful<br />
indicator for commodities, even though those markets are the<br />
origin of the Market Profile. EMP 2.0 seems to be applicable<br />
to stock futures index. It is different environment from 1980;<br />
there is no floor market and there are more speculators than<br />
commercial traders.<br />
Thirdly, EMP 2.0 is not useful for JGB futures, and it required<br />
further analysis.<br />
In the next thesis, the other markets will be tested with<br />
a larger volume of data using EMP, and this method will be<br />
conducted using actual trades.<br />
Notes<br />
1<br />
P.W Atkins, The Second Law, 1984 (W H Freeman& Co)<br />
2<br />
David R. Aronson, Evidence-Based Technical Analysis, 2007 (Wiley)<br />
3<br />
P. Billingsley, Probability and Measure, third edition,1995 (Wiley-Interscience New<br />
York)<br />
4<br />
Chicago Board of Trade, A six study guide to Market Profile, 1996 (Board of Trade<br />
of the city of Chicago)<br />
5<br />
James F. Dalton, Eric T. Jones, Robert B. Dalton, Mind Over Markets, 2013 (John<br />
Wiley & Sons, Inc. Hoboken)<br />
6<br />
John F. Ehlers, Rocket Science for Traders: Digital Signal Processing Applications,<br />
2002, Japanese translation (John Wiley & Sons) Japanese translation, pp.30-32<br />
7<br />
Brian S. Everitt, Torsten Horthorn, A Handbook of Statistical Analyses using R,<br />
Second <strong>Edition</strong>, 2012 (Taylor & Francis Group) Japanese translation<br />
8<br />
Michael Jardine, Simple Ways to Profit from Predictable Market Moves, 2010 (Wiley)<br />
9<br />
Voit Johannes, The Statistical Mechanics of Financial Markets, 2003<br />
(Springer Verlag)<br />
10<br />
Junji Kashiwagi, Market Profile, 2002 (Pan Rolling)<br />
11<br />
John Keppeler, Profit with the Market Profile, Identifying Market Value in Real<br />
Time, 2011 (Marketplace books Inc, Columbia)<br />
12<br />
Don S. Lemons, A Student’s Guide to Entropy, 2013 (Cambridge University Press)<br />
13<br />
John J. Murphy, Technical analysis of the future markets, 1986 (New York<br />
Institute of Finance) pp.437-482<br />
14<br />
Nippon Technical Analyst Association, Nippon Technical Bunseki Taizen, 2010<br />
(Nihon Keizai Shinbunsha)<br />
15<br />
J.Peter Steidlmayer, Sterve B. Hawkins, Steidlmayer on Markets Trading with<br />
Market Profile, 2003 (John Wiley & Sons, Inc., Hoboken, New Jersey)<br />
16<br />
Hono Suzuki, Entropy wo megurubouken, 2014 (Koudansha)<br />
17<br />
Joel Robbins, High Performance Futures Trading, 1995 (Probus, Chicago, Illinois,<br />
Cambridge, England) pp.175-217<br />
18<br />
CME group about Market Profile (http://www.cmegroup.com/education/<br />
interactive/webinars-archived/market-profile-interactive.html)<br />
19<br />
Donald L. Jones, Market Profile, Meta-Profile and Market Condition, 2007 (CISCO<br />
Futures) http://www.cisco-futures.com/Profile_condition.html<br />
20<br />
R version 3.2.2 (2015-08-14) “Fire Safety”Copyright (C) 2015 The R Foundation<br />
for Statistical Computing Platform: x86_64-w64-mingw32/x64 (64-bit<br />
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