Full Title of Paper

FirstAuthor1*, SecondAuthor2, and ThirdAuthor1

1Dept. of XXX, University of YYY,City, State, zip, Country {first.auth, third.auth}@ddd.zz

2Dept. of ZZZ, University of VVV, City, State, zip, Country,

* corresponding author: First Author

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University of YYY

Department of XXX

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City, State, zip, Country

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Full Title of Paper

First Author, Second Author and Third Author

Abstract — In this paper, we propose ……………………………..

Keywords— …………………………….

1Introduction

Text of section 1, first paragraph…..

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2Title of Second Section

2.1First subsection heading

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2.2Second subsection heading

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2.2.1First sub-subsection heading

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/ (1)

where Kpdenotes…

2.2.2Second sub-subsection heading

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3Title of Third Section

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An example of a definition …

Definition:Text of definition …………….

An example of enumerations … :

  • Ni > 1; ….
  • Ni = 1; …
  • Ni < 1; …

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4Experimental Results (Title of Section 4)

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5Conclusion

Text of conclusion ….

References

[1]T. Pering, T. Burd, and R. Brodersen, “The simulation and evaluation of …”Proceedings of the IEEE International Symposium on Low Power Electronics and Design, (1998), pp.76-81.

[2]L. M. Feeney and M. Nilson, “Investigating the energy consumption …”IEEE Transactions on Computers (1995), Vol.43, N° 8, pp.2316-2323.

[3]W. Feller, An Introduction to Probability Theory and Its Applications, Wiley and Sons, 3rd Edition (1968).

[4]S. Ferson, V. Kreinovich, L. Ginzburg, D. Myers, and K. Sentz, "Constructing probability boxes and Dempster-Shafer structures," Sandia Report (2002).

[5]H. Godwin, Inequalities on Distribution Functions, Hafner (1964).

[6]…

….

Figures and Tables

Figure 1. FGS-based layer structure
Figure 2. Total gate leakage considering process variability (Tox) and Vdd uncertainty. The robust strategy reduces the conservatismof using the maximum Vdd by 15.5% at the 99th percentile.
a) Performance slowdown

b) Checkpoint entry energy reduction

Figure 10. CAC: a) Performance slowdown for CAC compared to unlimited branch buffer entries. b) Checkpoint entry energy reduction. Bars from left to right report for pipelines with depths equal to 10, 20, and 40

Table I

Energy waste comparison

M / Energy waste
No FB / FB
0.4B / 57.35 % / 2.57 %
0.5B / 48.49 % / 6.27 %
0.7B / 28.69 % / 0 %
0.8B / 18.74 % / 0.21 %
1.2B / 0 % / 0 %
1.4B / 0 % / 0 %

Biographies

First Author received B.S. degree in Electronics …

Second Authorreceived his M.S. and Ph.D. degrees in Computer Engineering …

Third Author received a B.S. degree in Electrical Engineering from the …