ref16745.bib

IEEEexample.bib 
V1.12 (2007/01/11)
Copyright (c) 2002-2007 by Michael Shell
See: http://www.michaelshell.org/
for current contact information.

This is an example BibTeX database for the official IEEEtran.bst
BibTeX style file.

Some entries call strings that are defined in the IEEEabrv.bib file.
Therefore, IEEEabrv.bib should be loaded prior to this file. 
Usage: 

\bibliographystyle{./IEEEtran}
\bibliography{./IEEEabrv,./IEEEexample}


Support sites:
http://www.michaelshell.org/tex/ieeetran/
http://www.ctan.org/tex-archive/macros/latex/contrib/IEEEtran/
and/or
http://www.ieee.org/

*************************************************************************
Legal Notice:
This code is offered as-is without any warranty either expressed or
implied; without even the implied warranty of MERCHANTABILITY or
FITNESS FOR A PARTICULAR PURPOSE! 
User assumes all risk.
In no event shall IEEE or any contributor to this code be liable for
any damages or losses, including, but not limited to, incidental,
consequential, or any other damages, resulting from the use or misuse
of any information contained here.

All comments are the opinions of their respective authors and are not
necessarily endorsed by the IEEE.

This work is distributed under the LaTeX Project Public License (LPPL)
( http://www.latex-project.org/ ) version 1.3, and may be freely used,
distributed and modified. A copy of the LPPL, version 1.3, is included
in the base LaTeX documentation of all distributions of LaTeX released
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Retain all contribution notices and credits.
** Modified files should be clearly indicated as such, including  **
** renaming them and changing author support contact information. **

File list of work: IEEEabrv.bib, IEEEfull.bib, IEEEexample.bib,
                   IEEEtran.bst, IEEEtranS.bst, IEEEtranSA.bst,
                   IEEEtranN.bst, IEEEtranSN.bst, IEEEtran_bst_HOWTO.pdf
*************************************************************************


Note that, because the example references were taken from actual IEEE
publications, these examples do not always contain the full amount
of information that may be desirable (for use with other BibTeX styles).
In particular, full names (not abbreviated with initials) should be
entered whenever possible as some (non-IEEE) bibliography styles use
full names. IEEEtran.bst will automatically abbreviate when it encounters
full names.
 
 
 
 
references for the IEEEtran.bst documentation
IEEEtran homepage
@electronic{IEEEhowto:IEEEtranpage,
  author        = "Michael Shell",
  title         = "{IEEE}tran Homepage",
  url           = "http://www.michaelshell.org/tex/ieeetran/",
  year          = "2007"
}


the distribution site for IEEEtran.bst
@electronic{IEEEexample:shellCTANpage,
  author        = "Michael Shell",
  title         = "{IEEE}tran Webpage on {CTAN}",
  url           = "http://www.ctan.org/tex-archive/macros/latex/contrib/IEEEtran/",
  year          = "2007"
}


the IEEE website
sort key is needed for sorting styles
@electronic{IEEEexample:IEEEwebsite,
  title         = "The {IEEE} Website",
  url           = "http://www.ieee.org/",
  year          = "2007",
  key           = "IEEE"
}


The BibTeX user's guide.
The filename could have been put in the URL instead. But, there might
be other interesting things for the user in the same directory - and
the filename might change before the directory that contains it.
@electronic{IEEEexample:bibtexuser,
  author        = "Oren Patashnik",
  title         = "{{\BibTeX}}ing",
  howpublished  = "{btxdoc.pdf}",
  url           = "http://www.ctan.org/tex-archive/biblio/bibtex/contrib/doc/",
  month         = feb,
  year          = "1988"
}


The BibTeX style designer's guide.
@electronic{IEEEexample:bibtexdesign,
  author        = "Oren Patashnik",
  title         = "Designing {{\BibTeX}} Styles",
  howpublished  = "{btxhak.pdf}",
  url           = "http://www.ctan.org/tex-archive/biblio/bibtex/contrib/doc/",
  month         = feb,
  year          = "1988"
}


A comprehensive BibTeX tutorial.
@electronic{IEEEexample:tamethebeast,
  author        = "Nicolas Markey",
  title         = "Tame the BeaST  ---  The B to X of {{\BibTeX}}",
  url           = "http://tug.ctan.org/tex-archive/info/bibtex/tamethebeast/",
  month         = oct,
  year          = "2005"
}


The BibTeX Tips and FAQ guide.
@electronic{IEEEexample:bibtexFAQ,
  author        = "David Hoadley and Michael Shell",
  title         = "{{\BibTeX}} Tips and {FAQ}",
  howpublished  = "{btxFAQ.pdf}",
  url           = "http://www.ctan.org/tex-archive/biblio/bibtex/contrib/doc/",
  month         = jan,
  year          = "2007"
}


The TeX FAQ
@electronic{IEEEexample:texfaq,
  author        = "Robin Fairbairns",
  title         = "The {{\TeX}} {FAQ}",
  url           = "http://www.tex.ac.uk/cgi-bin/texfaq2html/",
  month         = jan,
  year          = "2007"
}


A BibTeX Guide via Examples.
@electronic{IEEEexample:bibtexguide,
  author        = "Ki-Joo Kim",
  title         = "A {{\BibTeX}} Guide via Examples",
  howpublished  = "{bibtex\_guide.pdf}",
  url           = "http://www.geocities.com/kijoo2000/",
  month         = apr,
  year          = "2004"
}


TeX User Group Bibliography Archive
@electronic{IEEEexample:beebe_archive,
  author        = "Nelson H. F. Beebe",
  title         = "{{\TeX}} User Group Bibliography Archive",
  url           = "http://www.math.utah.edu:8080/pub/tex/bib/index-table.html",
  month         = aug,
  year          = "2006"
}

The natbib.sty package.
@electronic{ctan:natbib,
  author        = "Patrick W. Daly",
  title         = "The natbib.sty package",
  url           = "http://www.ctan.org/tex-archive/macros/latex/contrib/natbib/",
  month         = sep,
  year          = "2006"
}

The url.sty package.
@electronic{IEEEexample:urlsty,
  author        = "Donald Arseneau",
  title         = "The url.sty Package",
  url           = "http://www.ctan.org/tex-archive/macros/latex/contrib/misc/",
  month         = jun,
  year          = "2005",
}


The hyperref.sty package.
@electronic{IEEEexample:hyperrefsty,
  author        = "Sebastian Rahtz and Heiko Oberdiek",
  title         = "The hyperref.sty Package",
  url           = "http://www.ctan.org/tex-archive/macros/latex/contrib/hyperref/",
  month         = nov,
  year          = "2006",
}


The breakurl.sty package.
@electronic{IEEEexample:breakurl,
  author        = "Vilar Camara Neto",
  title         = "The breakurl.sty Package",
  url           = "http://www.ctan.org/tex-archive/macros/latex/contrib/breakurl/",
  month         = aug,
  year          = "2006",
}


The Babel package.
@electronic{IEEEexample:babel,
  author        = "Johannes Braams",
  title         = "The Babel Package",
  url           = "http://www.ctan.org/tex-archive/macros/latex/required/babel/",
  month         = nov,
  year          = "2005",
}


The multibib package.
@electronic{IEEEexample:multibibsty,
  author        = "Thorsten Hansen",
  title         = "The multibib.sty package",
  url           = "http://www.ctan.org/tex-archive/macros/latex/contrib/multibib/",
  month         = jan,
  year          = "2004"
}


The biblatex package.
@electronic{IEEEexample:biblatex,
  author        = "Philipp Lehman",
  title         = "The biblatex package",
  url           = "http://www.ctan.org/tex-archive/macros/latex/exptl/biblatex/",
  month         = jan,
  year          = "2007"
}



The three most common and typical types of references used in
IEEE publications:

an article in a journal
Note the use of the IEEE_J_EDL string, defined in the IEEEabrv.bib file,
for the journal name. IEEEtran.bst defines the BibTeX standard three
letter month codes per IEEE style.
From the June 2002 issue of "IEEE Transactions on Electron Devices",
page 996, reference #16.
@article{IEEEexample:article_typical,
  author        = "S. Zhang and C. Zhu and J. K. O. Sin and P. K. T. Mok",
  title         = "A Novel Ultrathin Elevated Channel Low-temperature 
                   Poly-{Si} {TFT}",
  journal       = IEEE_J_EDL,
  volume        = "20",
  month         = nov,
  year          = "1999",
  pages         = "569-571"
}


journal article using et al.
The (five) authors are actually: F. Delorme, S. Slempkes, G. Alibert, 
B. Rose, J. Brandon
The month (July) was not given here.
From the September 1998 issue of "IEEE Journal on Selected Areas in
Communications", page 1257, reference #28.
@article{IEEEexample:articleetal,
  author        = "F. Delorme and others",
  title         = "Butt-jointed {DBR} Laser With 15 {nm} Tunability Grown
                   in Three {MOVPE} Steps",
  journal       = "Electron. Lett.",
  volume        = "31",
  number        = "15",
  year          = "1995",
  pages         = "1244-1245"
}


a paper in a conference proceedings
"conference" can be used as an alias for "inproceedings"
From the June 2002 issue of "Journal of Microelectromechanical Systems",
page 205, reference #16.
@inproceedings{IEEEexample:conf_typical,
  author        = "R. K. Gupta and S. D. Senturia",
  title         = "Pull-in Time Dynamics as a Measure of Absolute Pressure",
  booktitle     = "Proc. {IEEE} International Workshop on
                   Microelectromechanical Systems ({MEMS}'97)",
  address       = "Nagoya, Japan",
  month         = jan,
  year          = "1997",
  pages         = "290-294"
}


a book
From the May 2002 issue of "IEEE Transactions on Magnetics",
page 1466, reference #4.
@book{IEEEexample:book_typical,
  author        = "B. D. Cullity",
  title         = "Introduction to Magnetic Materials",
  publisher     = "Addison-Wesley",
  address       = "Reading, MA",
  year          = "1972"
}




Other examples

journal article with large page numbers, IEEE will divide numbers 5 digits
or longer into groups of three with small spaces between them. Page ranges
can be separated via either "-" or "--", IEEEtran.bst will automatically
convert the separator dash(es) to "--".
Authors and/or IEEE do not always provide/use the journal number, but it
was used in this case. IEEEtran.bst can be configured to ignore journal
numbers if desired.
From the August 2000 issue of "IEEE Photonics Technology Letters",
page 1039, reference #11.
@article{IEEEexample:articlelargepages,
  author        = "A. Castaldini and A. Cavallini and B. Fraboni
                   and P. Fernandez and J. Piqueras",
  title         = "Midgap Traps Related to Compensation Processes in
                   {CdTe} Alloys",
  journal       = "Phys. Rev. B.",
  volume        = "56",
  number        = "23",
  year          = "1997",
  pages         = "14897-14900"
}


journal article with dual months 
use the BibTeX "#" concatenation operator
From the March 2002 issue of "IEEE Transactions on Mechatronics",
page 21, reference #8.
@article{IEEEexample:articledualmonths,
  author        = "Y. Okada and K. Dejima and T. Ohishi",
  title         = "Analysis and Comparison of {PM} Synchronous Motor and
                   Induction Motor Type Magnetic Bearings",
  journal       = IEEE_J_IA,
  volume        = "31",
  month         = sep # "/" # oct,
  year          = "1995",
  pages         = "1047-1053"
}


journal article to be published as a misc entry type
date information like month and year is optional 
However, the article form like that below may be a better approach.
From the May 2002 issue of "IEEE Journal of Selected Areas in 
Communication", page 725, reference #3.
@misc{IEEEexample:TBPmisc,
  author        = "M. Coates and A. Hero and R. Nowak and B. Yu",
  title         = "Internet Tomography",
  howpublished  = IEEE_M_SP,
  month         = may,
  year          = "2002",
  note          = "to be published"
}


journal article to be published as an article entry type
year is required, so if absent, use the year field to hold
the "submitted for publication" in order to avoid a warning for
the missing year field.
From the June 2002 issue of "IEEE Transactions on Information Theory",
page 1461, reference #21.
@article{IEEEexample:TBParticle,
  author        = "N. Kahale and R. Urbanke",
  title         = "On the Minimum Distance of Parallel and Serially
                   Concatenated Codes",
  journal       = IEEE_J_IT,
  year          = "submitted for publication"
}





book with editor and no author
From the June 2002 issue of "IEEE Transactions on Information Theory",
page 1725, reference #1.
@book{IEEEexample:bookwitheditor,
  editor        = "J. C. Candy and G. C. Temes",
  title         = "Oversampling Delta-Sigma Data Converters Theory,
                   Design and Simulation",
  publisher     = "{IEEE} Press.",
  address       = "New York",
  year          = "1992"
}


book with edition, author and editor
Note that the standard BibTeX styles do not support book entries with both
author and editor fields, but IEEEtran.bst does.
The standard BibTeX way of specifying the edition is to use capitalized
ordinal words such as "First", "Second", etc. Most .bst files can convert
up to about "Fifth" into the format needed. IEEEtran.bst can convert up
to "Tenth" to the "Arabic ordinal" form IEEE uses (e.g., "10th"). For
editions over the tenth, it is best to use the "Arabic ordinal" form for
IEEE related work (e.g., "101st")
Note how "Jr." has to be entered.
From the May 2002 issue of "Journal of Lightwave Technology", page 856,
reference #17.
@book{IEEEexample:book,
  author        = "S. M. Metev and V. P. Veiko",
  editor        = "Osgood, Jr., R. M.",
  title         = "Laser Assisted Microtechnology",
  edition       = "Second",
  publisher     = "Springer-Verlag",
  address       = "Berlin, Germany",
  year          = "1998"
}


book with series and volume
From the January 2000 issue of "IEEE Transactions on Communications",
page 11, reference #31.
@book{IEEEexample:bookwithseriesvolume,
  editor        = "J. Breckling",
  title         = "The Analysis of Directional Time Series: Applications to
                   Wind Speed and Direction",
  series        = "Lecture Notes in Statistics",
  publisher     = "Springer",
  address       = "Berlin, Germany",
  year          = "1989",
  volume        = "61"
}


inbook with chapter number. The pages field could also have been given.
The chapter number could be changed to something else such as a section
number via the type field: type = "sec.".
From the May 2002 issue of "IEEE Transactions on Circuits and Systems---I: 
Fundamental Applications and Theory", page 638, reference #22.
@inbook{IEEEexample:inbook,
  author        = "H. E. Rose",
  title         = "A Course in Number Theory",
  publisher     = "Oxford Univ. Press",
  address       = "New York, NY",
  year          = "1988",
  chapter       = "3"
}


inbook with pages and note. The language field is not set to Russian
because the title is presented here in its translated, English, form.
From the May 2002 issue of "IEEE Transactions on Magnetics", page 1533,
reference #5.
@inbook{IEEEexample:inbookpagesnote,
  author        = "B. K. Bul",
  title         = "Theory Principles and Design of Magnetic Circuits",
  publisher     = "Energia Press",
  address       = "Moscow",
  year          = "1964",
  pages         = "464",
  note          = "(in Russian)"
}





incollection with author and editor
From the May 2002 issue of "Journal of Lightwave Technology",
page 807, reference #7.
@incollection{IEEEexample:incollection,
  author        = "W. V. Sorin",
  editor        = "D. Derickson",
  title         = "Optical Reflectometry for Component Characterization",
  booktitle     = "Fiber Optic Test and Measurement",
  publisher     = "Prentice-Hall",
  address       = "Englewood Cliffs, NJ",
  year          = "1998"
}


incollection with series
From the April 2000 issue of "IEEE Transactions on Communication",
page 609, reference #3.
@incollection{IEEEexample:incollectionwithseries,
  author        = "J. B. Anderson and K. Tepe",
  title         = "Properties of the Tailbiting {BCJR} Decoder",
  booktitle     = "Codes, Systems and Graphical Models",
  series        = "{IMA} Volumes in Mathematics and Its Applications",
  publisher     = "Springer-Verlag",
  address       = "New York",
  year          = "2000"
  
}


incollection with author, editor, chapter and pages
From the January 2000 issue of "IEEE Transactions on Communications",
page 16, reference #9.
@incollection{IEEEexample:incollection_chpp,
  author        = "P. Hedelin and P. Knagenhjelm and M. Skoglund",
  editor        = "W. B. Kleijn and K. K. Paliwal",
  title         = "Theory for Transmission of Vector Quantization Data",
  booktitle     = "Speech Coding and Synthesis",
  publisher     = "Elsevier Science",
  address       = "Amsterdam, The Netherlands",
  year          = "1995",
  chapter       = "10",
  pages         = "347-396"
}


incollection with a large number of authors, some authors/journals will
use et al. for so many names. IEEEtran.bst can be configured to do this
if desired, or "R. M. A. Dawson and others" can be used instead.
Note that IEEE may not include the publisher for incollection entries -
IEEEtran.bst will not issue a warning if the publisher is missing for
incollections - but other .bst files often will.
From the June 2002 issue of "IEEE Transactions on Electron Devices",
page 996, reference #12.
@incollection{IEEEexample:incollectionmanyauthors,
  author        = "R. M. A. Dawson and Z. Shen and D. A. Furst and
                   S. Connor and J. Hsu and M. G. Kane and R. G. Stewart and
                   A. Ipri and C. N. King and P. J. Green and R. T. Flegal
                   and S. Pearson and W. A. Barrow and E. Dickey and K. Ping
                   and C. W. Tang and S. Van. Slyke and
                   F. Chen and J. Shi and J. C. Sturm and M. H. Lu",
  title         = "Design of an Improved Pixel for a Polysilicon 
                   Active-Matrix Organic {LED} Display",
  booktitle     = "{SID} Tech. Dig.",
  volume        = "29",
  year          = "1998",
  pages         = "11-14"
}





A Motorola data book as a manual
It is somewhat unusual to include the data book part number.
in the title. It might be more correct to put this information
in the howpublished field instead.
From the December 2000 issue of "IEEE Transactions on Communications",
page 1986, reference #10.
@manual{IEEEexample:motmanual,
  title         = "{FLEXChip} Signal Processor ({MC68175/D})",
  organization  = "Motorola",
  year          = "1996"
}


same reference, but using IEEEtran's howpublished extension
@manual{IEEEexample:motmanualhowpub,
  title         = "{FLEXChip} Signal Processor",
  howpublished  = "{MC68175/D}",
  organization  = "Motorola",
  year          = "1996"
}




conference paper with an address and days. Some journals capitalize the
letters in "Globecom", this one did not.
From the May 2002 issue of "IEEE Transactions on Communications",
page 697, reference #12.
@inproceedings{IEEEexample:confwithadddays,
  author        = "M. S. Yee and L. Hanzo",
  title         = "Radial Basis Function Decision Feedback Equaliser
                   Assisted Burst-by-burst Adaptive Modulation",
  booktitle     = "Proc. {IEEE} Globecom '99",
  address       = "Rio de Janeiro, Brazil",
  month         = dec # " 5--9,",
  year          = "1999",
  pages         = "2183-2187"
}


conference paper with volume number. A conference proceedings with a vol
number is a little uncommon, note that the vol number is placed
before the address in the formatted bibliography entry
From the April 2002 issue of "IEEE/ACM Transactions on Networking",
page 181, reference #26.
@inproceedings{IEEEexample:confwithvolume,
  author        = "M. Yajnik and S. B. Moon and J. Kurose and D. Towsley",
  title         = "Measurement and Modeling of the Temporal Dependence in
                   Packet Loss",
  booktitle     = "Proc. {IEEE} {INFOCOM}'99",
  volume        = "1",
  address       = "New York, NY",
  month         = mar,
  year          = "1999",
  pages         = "345-352"
}


conference paper with a paper number, the type field can be used to
override the word "paper", e.g., type = "postdeadline paper". A type
can be given even without a paper  field.
Also, IEEEtran.bst can be configured to ignore paper numbers and types.
From the May 2002 issue of "Journal of Lightwave Technology",
page 807, reference #4.
@inproceedings{IEEEexample:confwithpaper,
  author        = "M. Wegmuller and J. P. von der Weid and P. Oberson
                   and N. Gisin",
  title         = "High Resolution Fiber Distributed Measurements With
                   Coherent {OFDR}",
  booktitle     = "Proc. {ECOC}'00",
  year          = "2000",
  paper         = "11.3.4",
  pages         = "109"
}


conference paper with a postdeadline type paper, the paper field is
optional.
From the August 2000 issue of "IEEE Photonics Technology Letters",
page 1087, reference #12.
@inproceedings{IEEEexample:confwithpapertype,
  author        = "B. Mikkelsen and G. Raybon and R.-J. Essiambre and
                   K. Dreyer and Y. Su. and L. E. Nelson and J. E. Johnson
                   and G. Shtengel and A. Bond and D. G. Moodie and
                   A. D. Ellis",
  title         = "160 {Gbit/s} Single-channel Transmission Over 300 km 
                   Nonzero-dispersion Fiber With Semiconductor Based
                   Transmitter and Demultiplexer",
  booktitle     = "Proc. {ECOC}'99",
  year          = "1999",
  paper         = "2-3",
  type          = "postdeadline paper",
  pages         = "28-29"
}


presented at a conference
intype overrides the default "in" and causes the booktitle not to be
emphasized (rendered in italics).
From the February 2002 issue of "IEEE/ACM Transactions on Networking",
page 163, reference #6.
@inproceedings{IEEEexample:presentedatconf,
  author        = "S. G. Finn and M. M{\'e}dard and R. A. Barry",
  title         = "A Novel Approach to Automatic Protection Switching
                   Using Trees",
  intype        = "presented at the",
  booktitle     = "Proc. Int. Conf. Commun.",
  year          = "1997"
}





master's thesis, often the University name will be abbreviated and the
state or country will be included in the address. The type field can
used to override the default type "Master's thesis"
From the June 2002 issue of "IEEE Transactions on Microelectromechanical
Systems", page 186, reference #11.
@mastersthesis{IEEEexample:masters,
  author        = "Nin C. Loh",
  title         = "High-Resolution Micromachined Interferometric
                   Accelerometer",
  school        = "Massachusetts Institute of Technology",
  address       = "Cambridge",
  year          = "1992"
}


master's thesis with a type field
From the August 2001 issue of "IEEE/ACM Transactions on Networking",
page 391, reference #12.
@mastersthesis{IEEEexample:masterstype,
  author        = "A. Karnik",
  title         = "Performance of {TCP} Congestion Control with Rate
                   Feedback: {TCP/ABR} and Rate Adaptive {TCP/IP}",
  school        = "Indian Institute of Science",
  type          = "M. Eng. thesis",
  address       = "Bangalore, India",
  month         = jan,
  year          = "1999"
}





Ph.D. dissertation with a URL field, the university is abbreviated
From the October 2001 issue of "IEEE/ACM Transactions on Networking",
page 590, reference #11.
@phdthesis{IEEEexample:phdurl,
  author        = "Q. Li",
  title         = "Delay Characterization and Performance Control of
                   Wide-area Networks",
  school        = "Univ. of Delaware",
  address       = "Newark",
  month         = may,
  year          = "2000",
  url           = "http://www.ece.udel.edu/~qli"
}





technical report
From the August 2001 issue of "IEEE/ACM Transactions on Networking",
page 490, reference #15.
@techreport{IEEEexample:techrep,
  author        = "R. Jain and K. K. Ramakrishnan and D. M. Chiu",
  title         = "Congestion Avoidance in Computer Networks with a 
                   Connectionless Network Layer",
  institution   = "Digital Equipment Corporation",
  address       = "MA",
  number        = "DEC-TR-506",
  month         = aug,
  year          = "1987"
}


technical report with type
for those times when "Tech. Rep." needs to be modified
From the February 2001 issue of "IEEE/ACM Transactions on Networking",
page 46, reference #8.
@techreport{IEEEexample:techreptype,
  author        = "J. Padhye and V. Firoiu and D. Towsley",
  title         = "A Stochastic Model of {TCP} {R}eno Congestion Avoidance
                   and Control",
  institution   = "Univ. of Massachusetts",
  address       = "Amherst, MA",
  type          = "CMPSCI Tech. Rep.",
  number        = "99-02",
  year          = "1999"
}


technical report with type
for those times when "Tech. Rep." needs to be modified
This reference did not have an address.
From the January 2000 issue of "IEEE Transactions on Communications",
page 117, reference #6.
@techreport{IEEEexample:techreptypeii,
  author        = "D. Middleton and A. D. Spaulding",
  title         = "A Tutorial Review of Elements of Weak Signal Detection
                   in Non-{G}aussian {EMI} Environments",
  institution   = "National Telecommunications and Information
                   Administration ({NTIA}), U.S. Dept. of Commerce",
  type          = "NTIA Report",
  number        = "86-194",
  month         = may,
  year          = "1986"
}





an unpublished work
for unpublished types, the note field is required. IEEE usually
just uses the word "unpublished" for the note.
From the August 2001 issue of "IEEE/ACM Transactions on Networking",
page 391, reference #16.
@unpublished{IEEEexample:unpublished,
  author        = "T. J. Ott and N. Aggarwal",
  title         = "{TCP} over {ATM}: {ABR} or {UBR}",
  note          = "Unpublished"
}





electronic with a howpublished information field 
From the August 2001 issue of "IEEE/ACM Transactions on Networking",
page 391, reference #7.
@electronic{IEEEexample:electronhowinfo,
  author        = "V. Jacobson",
  title         = "Modified {TCP} Congestion Avoidance Algorithm",
  howpublished  = "end2end-interest mailing list",
  url           = "ftp://ftp.isi.edu/end2end/end2end-interest-1990.mail",
  month         = apr,
  year          = "1990"
}


electronic with a howpublished information field 
From the August 2001 issue of "IEEE/ACM Transactions on Networking",
page 418, reference #31.
@electronic{IEEEexample:electronhowinfo2,
  author        = "V. Valloppillil and K. W. Ross",
  title         = "Cache Array Routing Protocol v1.1",
  howpublished  = "Internet draft",
  url           = "http://ds1.internic.net/internet-drafts/draft-vinod-carp-v1-03.txt",
  year          = "1998"
}


electronic with an organization and address
From the February 2002 issue of "IEEE/ACM Transactions on Networking",
page 114, reference #15.
@electronic{IEEEexample:electronorgadd,
  author        = "D. H. Lorenz and A. Orda",
  title         = "Optimal Partition of {QoS} Requirements on Unicast
                   Paths and Multicast Trees",
  organization  = "Dept. Elect. Eng., Technion",
  address       = "Haifa, Israel",
  url           = "ftp://ftp.technion.ac.il/pub/supported/ee/Network/lor.mopq98.ps",
  month         = jul,
  year          = "1998"
}





U.S. patent
Use the type field to override the patent type. e.g.,
type = "Patent Application"
The address is that of the assignee. Note that IEEE does not
display the assignee, the address, and only displays one date.
(if year is not present, the filed dates are used.) However, this
information should be entered as other BibTeX styles may use it.
alternatively, nationality could be entered as "U.S." 
From the April 2000 issue of "IEEE Transactions on Communications",
page 542, reference #6.
@patent{IEEEexample:uspat,
  author        = "Ronald E. Sorace and Victor S. Reinhardt and
                   Steven A. Vaughn",
  assignee      = "Hughes Aircraft Company",
  address       = "Los Angeles, CA",
  title         = "High-Speed Digital-to-{RF} Converter",
  nationality   = "United States",
  number        = "5668842",
  dayfiled      = "28",
  monthfiled    = feb,
  yearfiled     = "1995",
  day           = "16",
  month         = sep,
  year          = "1997"
}


Japanese Patent
From the April 2000 issue of "IEEE Transactions on Communications",
page 556, reference #6.
@patent{IEEEexample:jppat,
  author        = "U. Hideki",
  title         = "Quadrature Modulation Circuit",
  nationality   = "Japanese",
  number        = "152932/92",
  day           = "20",
  month         = may,
  year          = "1992"
}


French Patent request, the language field must be entered in lower case
as this is the option name Babel uses. The nationality field needs to be
capitalized. Because this is a patent request, the date filed fields are
used while the date fields are left empty/missing. In other countries,
the words "Patent Application", etc. are used instead.
From the April 2000 issue of "IEEE Transactions on Communications",
page 556, reference #9.
@patent{IEEEexample:frenchpatreq,
  author        = "F. Kowalik and M. Isard",
  title         = "Estimateur d'un D{\'e}faut de Fonctionnement 
                   d'un Modulateur en Quadrature et {\'E}tage de Modulation
                   l'Utilisant",
  language      = "french",
  nationality   = "French",
  type          = "Patent Request",
  number        = "9500261",
  dayfiled      = "11",
  monthfiled    = jan,
  yearfiled     = "1995"
}





a periodical
From the April 2001 issue of "IEEE/ACM Transactions on Networking",
page 160, reference #1.
sort key is needed for sorting styles
@periodical{IEEEexample:periodical,
  title         = IEEE_M_PCOM # ", Special Issue on Wireless {ATM}",
  volume        = "3",
  month         = aug,
  year          = "1996",
  key           = "IEEE"
}





standard, IEEE does not use the address for standards, but it is good
to provide one for BibTeX styles that use it.
From the August 2001 issue of "IEEE/ACM Transactions on Networking",
page 451, reference #2.
@standard{IEEEexample:standard,
  title         = "Wireless {LAN} Medium Access Control {(MAC)} and 
                   Physical Layer {(PHY)} Specification",
  organization  = "IEEE",
  address       = "Piscataway, NJ",
  number        = "802.11",
  year          = "1997"
}


standard with type and revision, the type overrides the word standard
(or std.). Here a standard number is not available and a revision number
is used.
From the August 2000 issue of "IEEE Photonics Technology Letters",
page 1048, reference #13.
@standard{IEEEexample:standardproposed,
  title         = "Fiber Channel Physical Interface ({FC-PI})",
  institution   = "NCITS",
  address       = "Washington, DC",
  type          = "Working Draft Proposed Standard",
  revision      = "5.2",
  year          = "1999"
}


standard draft as a misc with author
From the May 2002 issue of "IEEE Journal of Selected Areas in
Communication", page 725, reference #16.
@misc{IEEEexample:draftasmisc,
  author        = "I. Widjaja and A. Elwalid",
  title         = "{MATE}: {MPLS} Adaptive Traffic Engineering",
  howpublished  = "IETF Draft",
  year          = "1999"
}





misc for a techreport like reference
techreport is not perfectly suitable because this entry lacks
an institution field
From the August 2001 issue of "IEEE/ACM Transactions on Networking",
page 490, reference #22.
@misc{IEEEexample:miscforum,
  author        = "L. Roberts",
  title         = "Enhanced Proportional Rate Control Algorithm {PRCA}",
  howpublished  = "{ATM} Forum Contribution 94-0735R1",
  month         = aug,
  year          = "1994"
}


misc for a white paper
From the August 2001 issue of "IEEE/ACM Transactions on Networking",
page 478, reference #4 - Note that the reference there (improperly?)
used the author field for "Cisco".
@misc{IEEEexample:whitepaper,
  title         = "Advanced {QoS} Services for the Intelligent Internet",
  howpublished  = "White Paper",
  organization  = "Cisco",
  month         = may,
  year          = "1997"
}


misc for a data sheet
From the November 2000 issue of "IEEE Photonics Technology Letters",
page 1551, reference #6.
@misc{IEEEexample:datasheet,
  title         = "{PDCA12-70} Data Sheet",
  organization  = "Opto Speed SA",
  address       = "Mezzovico, Switzerland"
}





Other unusual references

a private communication as a misc entry type
sometimes the designation "personal communication" is used instead
From the June 2002 issue of "IEEE Transactions on Information Theory",
page 1725, reference #16.
@misc{IEEEexample:private,
  author        = "S. Konyagin",
  howpublished  = "private communication",
  year          = "1998"
}


an internet request for comments (RFC) as a misc entry type
It would also be nice to add a URL to these types of things.
RFCs can also be handled as electronic references.
From the April 2002 issue of "IEEE/ACM Transactions on Networking",
page 181, reference #14.
@misc{IEEEexample:miscrfc,
  author        = "K. K. Ramakrishnan and S. Floyd",
  title         = "A Proposal to Add Explicit Congestion
                   Notification ({ECN}) to {IP}",
  howpublished  = "RFC 2481",
  month         = jan,
  year          = "1999"
}


a software package as a manual
From the June 2002 issue of "IEEE/ASME Journal of Microelectromechanical
Systems", page 205, reference #20.
Sometimes they put the version/release information in the title.
@manual{IEEEexample:softmanual,
  title         = "SaberDesigner Reference Manual",
  organization  = "Analogy, Inc.",
  address       = "Beaverton, OR",
  year          = "1998",
  note          = "Release 4.3"
}


a software package as an electronic reference
From the February 2003 issue of  "IEEE/ACM Transactions on Networking",
page 46, reference #24. If there is no author or organization, a sorting
key is required for sorting styles. It might be a good idea to include
month and year fields as well.
@electronic{IEEEexample:softonline,
  title         = "Ucb/lbnl/vint Network Simulator---ns (Version 2)",
  url           = "http://www-mash.cs.berkeley.edu/ns/",
  key           = "ns"
}


misc for a German regulation
In German, the first letters of nouns are capitalized, so we do so here.
From the June 2002 issue of "IEEE Journal in Selected Areas in
Communication", page 892, reference #9.
@misc{IEEEexample:miscgermanreg,
  title         = "{M}essung von {S}t{\"o}rfeldern an {A}nlagen 
                   und {L}eitungen der {T}elekommunikation im
                   {F}requenzbereich 9 {kHz} bis 3 {GHz}",
  language      = "german",
  howpublished  = "{M}e{\ss}vorschrift {R}eg {TP} {MV} 05",
  organization  = "Regulierungsbeh{\"o}rde f{\"u}r {T}elekommunikation und
                   {P}ost ({R}eg {TP})"
}



Ways to handle things like CCSDS's Blue Books
journal article with a URL. However, this is not a very good approach
because the Blue Books are not really journals and the author field has
to be abused.
From the June 2002 issue of "IEEE Transactions on Information Theory",
page 1461, reference #7.
@article{IEEEexample:bluebookarticle,
  author        = "{Consulative Committee for Space Data Systems (CCSDS)}",
  title         = "Telemetry Channel Coding",
  journal       = "Blue Book",
  number        = "4",
  year          = "1999",
  url           = "http://www.ccsds.org/documents/pdf/CCSDS-101.0-B-4.pdf"
}


CCSDS's Blue Book handled as a book
However, it is not a good idea to have to use the author field for
an organization (done here because the book entry type requires an
author field).
@book{IEEEexample:bluebookbook,
  author        = "{Consulative Committee for Space Data Systems (CCSDS)}",
  title         = "Telemetry Channel Coding",
  series        = "Blue Book",
  number        = "4",
  publisher     = "{CCSDS}",
  address       = "Newport Beach, {CA}",
  year          = "1999",
  url           = "http://www.ccsds.org/documents/pdf/CCSDS-101.0-B-4.pdf"
}


CCSDS's Blue Book handled as a manual
This is a much better approach, but uses the howpublished field.
@manual{IEEEexample:bluebookmanual,
  title         = "Telemetry Channel Coding",
  howpublished  = "ser. Blue Book, No. 4",
  organization  = "Consulative Committee for Space Data Systems (CCSDS)",
  address       = "Newport Beach, CA",
  year          = "1999",
  url           = "http://www.ccsds.org/documents/pdf/CCSDS-101.0-B-4.pdf"
}



CCSDS's Blue Book handled as a standard
Probably the best approach for this particular case because the work
is standard related. Note that IEEE does not display the address for
standards.
@standard{IEEEexample:bluebookstandard,
  title         = "Telemetry Channel Coding",
  howpublished  = "ser. Blue Book, No. 4",
  organization  = "Consulative Committee for Space Data Systems (CCSDS)",
  address       = "Newport Beach, CA",
  type          = "Recommendation for Space Data System Standard",
  number        = "101.0-B-4",
  month         = May,
  year          = "1999",
  url           = "http://www.ccsds.org/documents/pdf/CCSDS-101.0-B-4.pdf"
}








An example of a IEEEtran control entry which can change some IEEEtran.bst
settings. An entry like this must be cited via \bstctlcite{} command
before the first real \cite{}. The same entry key cannot be called twice
(just like multiple \cite{} of the same entry key place only one entry
in the bibliography.)
The available control fields are:

CTLuse_article_number
"no" turns off the display of the number for articles.
"yes" enables

CTLuse_paper
"no" turns off the display of the paper and type fields in inproceedings.
"yes" enables

CTLuse_forced_etal 
"no" turns off the forced use of "et al."
"yes" enables

CTLmax_names_forced_etal
The maximum number of names that can be present beyond which an "et al."
usage is forced. Be sure that CTLnames_show_etal (below)
is not greater than this value!

CTLnames_show_etal
The number of names that will be shown with a forced "et al.".
Must be less than or equal to CTLmax_names_forced_etal

CTLuse_alt_spacing 
"no" turns off the alternate interword spacing for entries with URLs.
"yes" enables

CTLalt_stretch_factor
If alternate interword spacing for entries with URLs is enabled, this is
the interword spacing stretch factor that will be used. For example, the
default "4" here means that the interword spacing in entries with URLs can
stretch to four times normal. Does not have to be an integer.

CTLdash_repeated_names
"no" turns off the "dashification" of repeated (i.e., identical to those
of the previous entry) names. IEEE normally does this.
"yes" enables

CTLname_format_string
The name format control string as explained in the BibTeX style hacking
guide.
IEEE style "{f.~}{vv~}{ll}{, jj}" is the default,

CTLname_latex_cmd
A LaTeX command that each name will be fed to (e.g., "\textsc").
Leave empty if no special font is desired for the names.
The default is empty.

CTLname_url_prefix
The prefix text used before URLs.
The default is "[Online]. Available:" A space will be inserted after this
text. If this space is not wanted, just use \relax at the end of the
prefix text.


Those fields that are not to be changed can be left out.
@IEEEtranBSTCTL{IEEEexample:BSTcontrol,
  CTLuse_article_number     = "yes",
  CTLuse_paper              = "yes",
  CTLuse_forced_etal        = "no",
  CTLmax_names_forced_etal  = "10",
  CTLnames_show_etal        = "1",
  CTLuse_alt_spacing        = "yes",
  CTLalt_stretch_factor     = "4",
  CTLdash_repeated_names    = "yes",
  CTLname_format_string     = "{f.~}{vv~}{ll}{, jj}",
  CTLname_latex_cmd         = "",
  CTLname_url_prefix        = "[Online]. Available:"
}

From Wei's Thesis bib:

@Article{ASHRAE93,
   Title="Fundamentals: {ASHRAE} Handbook",
   Year=1993}

@Article{SirokyOldewurtelCiglerPrivara11,
   Author="{\v{S}}irok{\`y}, Jan and Oldewurtel, Frauke and Cigler, Ji{\v{r}}{\'\i} and Pr{\'\i}vara, Samuel",
   Title="Experimental analysis of model predictive control for an energy efficient building heating system",
   Journal="Applied Energy",
   Volume=88,
   Number=9,
   Pages="3079-3087",
   Year=2011}

@Misc{DOETotal11,
   Author="{http://buildingsdatabook.eren.doe.gov/TableView.aspx?table=1.1.1}",
   Title="{U.S.} Residential and Commercial Buildings Total Primary Energy Consumption (Quadrillion Btu and Percent of Total)",
   Year=2011}

@Misc{DOEShare11,
   Author="{http://buildingsdatabook.eren.doe.gov/TableView.aspx?table=1.1.3}",
   Title="Buildings Share of {U.S.} Primary Energy Consumption (Percent)",
   Year=2011}

@Misc{DOEElectricity11,
   Author="{http://buildingsdatabook.eren.doe.gov/TableView.aspx?table=1.1.9}",
   Title="Buildings Share of {U.S.} Electricity Consumption (Percent) ",
   Year=2011}

@Misc{AutomatedLogic14,
   Author="{http://www.automatedlogic.com/product/webctrl/}",
   Title="WebCTRL\textregistered",
   Year=2014}

@Article{RooftopHVACFDD12,
   Author="{http://www.cacx.org/meetings/meetings/2012-08-09/NBI\_CCC\_Webinar\_080912.pdf}",
   Title="Fault Detection \& Diagnostics {(FDD)} Rooftop {HVAC} Units: {T}echnology, Code Requirements, Commissioning",
   Year=2012}

@Article{Norlen90,
   Author="{Norl\'{e}n}, U.",
   Title="Estimating thermal parameters of outdoor test cells",
   Journal="Building and Environment",
   Volume=25,
   Number=1,
   Pages="17-24",
   Abstract="A method for recursive identification of thermal parameters of outdoor test cells using monitoring data is presented. The method is based on a statistical autoregressive model (ARMAX-model). The heat loss coefficient and the effective solar aperture are obtained as rational polynomials of the parameters in the model. Dynamic thermal properties are obtained as the harmonic response to sinusoidal outdoor temperatures, solar irradiation and auxiliary energy inputs. An application of the method to data from a replicated experiment gave reproducible results. Another application of the method to data from a factorial experiment gave expected results.",
   Year=1990}

@Article{Rios-MorenoTrejo-PereaCastaneda-MirandaHernandez-GuzmanHerrera-Ruiz07,
   Author="{R\'{\i}os-Moreno}, G. J. and Trejo-Perea, M. and {Casta\~{n}eda-Miranda}, R. and {Hern\'{a}ndez-Guzm\'{a}n}, V. M. and Herrera-Ruiz, G.",
   Title="Modelling temperature in intelligent buildings by means of autoregressive models",
   Journal="Automation in Construction",
   Volume=16,
   Number=5,
   Pages="713-722",
   Abstract="One of the main problems of the intelligent buildings is to give comfort to its occupants and to increase the user's performance at a low cost. The excessive demand of electric energy due to heating, ventilating, and air-conditioning (HVAC) systems require temperature forecast and control to make maximum reduction of the electrical energy. The objective of this paper is to investigate in what extent linear autoregressive models with external input (ARX) and autoregressive moving average models with external input (ARMAX), could be used in order to predict the interior air temperature of a building. In particular, the obtained results in the classrooms of the Universidad AutÛnoma de QuerÈtaro, U.A.Q., MÈxico, are shown. Outside air temperature, global solar radiation flux, outside air relative humidity and air velocity were used as the input variables. The obtained results showed that the ARX models give a better prediction of the temperature than the ARMAX models, obtaining the best results with the ARX (2,3,0) with a coefficient of determination of 0.9457 and ARX (2,2,1) with a coefficient of determination of 0.9056.",
   Year=2007}

@Article{AframJanabiSharifi14,
   Author="Afram, Abdul and Janabi-Sharifi, Farrokh",
   Title="Theory and applications of {HVAC} control {systems–A} review of model predictive control ({MPC})",
   Journal="Building and Environment",
   Volume=72,
   Pages="343-355",
   Year=2014}

@Book{Anderson94,
   Author="Anderson, T. W.",
   Title="The Statistical Analysis of Time Series",
   Publisher="Wiley-Interscience",
   Edition="{R}eprint",
   Year=1994}

@Article{ASHRAE04,
   Author="ASHRAE, ASHRAE Standard",
   Title="Standard 90.1-2004, {E}nergy standard for buildings except low rise residential buildings",
   Journal="American Society of Heating, Refrigerating and Air-Conditioning Engineers, Inc",
   Year=2004}

@Article{ASHRAE10,
   Author="ASHRAE, Standard",
   Title="Standard 62.1‐2010",
   Journal="Ventilation for Acceptable Indoor Air Quality, ASHRAE",
   Year=2010}

@Article{AswaniMasterTanejaCullerTomlin12,
   Author="Aswani, Anil and Master, Neal and Taneja, Jay and Culler, David and Tomlin, Claire",
   Title="Reducing transient and steady state electricity consumption in hvac using learning-based model-predictive control",
   Journal="Proceedings of the IEEE",
   Volume=100,
   Number=1,
   Pages="240-253",
   Year=2012}

@Article{BaiWangZhang08,
   Author="Bai, Jianbo and Wang, Shengwei and Zhang, Xiaosong",
   Title="Development of an adaptive Smith predictor-based self-tuning {PI} controller for an {HVAC} system in a test room",
   Journal="Energy and Buildings",
   Volume=40,
   Number=12,
   Pages="2244-2252",
   Year=2008}

@Article{Dimitri82,
   Author="Bertsekas, Dimitri P",
   Title="Constrained optimization and Lagrange multiplier methods",
   Journal="Computer Science and Applied Mathematics, Boston: Academic Press, 1982",
   Volume=1,
   Year=1982}

@Book{Dimitri99,
   Author="Bertsekas, Dimitri P",
   Title="Nonlinear Programming",
   Year=1999}

@Article{BiCaiLeeWangHangZhang99,
   Author="Bi, Qiang and Cai, Wen-Jian and Lee, Eng-Lock and Wang, Qing-Guo and Hang, Chang-Chieh and Zhang, Yong",
   Title="Robust identification of first-order plus dead-time model from step response",
   Journal="Control Engineering Practice",
   Volume=7,
   Number=1,
   Pages="71-77",
   Year=1999}

@Article{BiCaiWangHangLeeSunLiuZhangZou00,
   Author="Bi, Qiang and Cai, Wen-Jian and Wang, Qing-Guo and Hang, Chang-Chieh and Lee, Eng-Lock and Sun, Yong and Liu, Ke-Dian and Zhang, Yong and Zou, Biao",
   Title="Advanced controller auto-tuning and its application in {HVAC} systems",
   Journal="Control Engineering Practice",
   Volume=8,
   Number=6,
   Pages="633-644",
   Year=2000}

@Book{BianchiSorrentino07,
   Author="Bianchi, Giovanni and Sorrentino, Roberto",
   Title="Electronic filter simulation & design",
   Publisher="McGraw-Hill",
   Year=2007}

@Book{Brillinger01,
   Author="Brillinger, David R.",
   Title="Time Series: {D}ata Analysis and Theory",
   Publisher="Society for Industrial and Applied Mathematics ",
   Year=2001}

@Book{Bryson75,
   Author="Bryson, Arthur Earl",
   Title="Applied Optimal Control: Optimization, Estimation and Control",
   Publisher="CRC Press",
   Year=1975}

@Article{Butterworth30,
   Author="Butterworth, Stephen",
   Title="On the theory of filter amplifiers",
   Journal="Wireless Engineer",
   Volume=7,
   Pages="536-541",
   Year=1930}

@Book{CamachoAlba13,
   Author="Camacho, Eduardo F and Alba, Carlos Bordons",
   Title="Model Predictive Control",
   Publisher="Springer",
   Year=2013}

@Book{Candy86,
   Author="Candy, James V",
   Title="Signal processing: model based approach",
   Publisher="McGraw-Hill, Inc.",
   Year=1986}

@Article{Chang04,
   Author="Chang, Yung-Chung",
   Title="A novel energy conservation method—optimal chiller loading",
   Journal="Electric Power Systems Research",
   Volume=69,
   Number=2,
   Pages="221-226",
   Year=2004}

@Article{ChowZhangLinSong02,
   Author="Chow, TT and Zhang, GQ and Lin, Z and Song, CL",
   Title="Global optimization of absorption chiller system by genetic algorithm and neural network",
   Journal="Energy and buildings",
   Volume=34,
   Number=1,
   Pages="103-109",
   Year=2002}

@InProceedings{ChristodoulakisBusawonCaplanStewart10,
   Author="Christodoulakis, Georgios and Busawon, Krishna and Caplan, Nick and Stewart, Su",
   Title="On the filtering and smoothing of biomechanical data",
   BookTitle="Communication Systems Networks and Digital Signal Processing (CSNDSP), 2010 7th International Symposium on",
   Publisher="IEEE",
   Pages="512-516",
   Year=2010}

@Book{CEC13,
   Author="Commission, California Energy",
   Title="2013 Building Energy Efficiency Standards for Residential and Nonresidential Buildings",
   Publisher="California Energy Commission",
   Year=2013}

@Article{CrawleyLawriePedersenWinkelmann00,
   Author="Crawley, Drury B and Lawrie, Linda K and Pedersen, Curtis O and Winkelmann, Frederick C",
   Title="Energy plus: energy simulation program",
   Journal="ASHRAE journal",
   Volume=42,
   Number=4,
   Pages="49-56",
   Year=2000}

@Article{DounisCaraiscos09,
   Author="Dounis, Anastasios I and Caraiscos, Christos",
   Title="Advanced control systems engineering for energy and comfort management in a building {environment-A} review",
   Journal="Renewable and Sustainable Energy Reviews",
   Volume=13,
   Number=6,
   Pages="1246-1261",
   Year=2009}

@Book{Fanger70,
   Author="Fanger, P. O.",
   Title="Thermal Comfort",
   Publisher="Danish Technical Press.",
   Address="Copenhagen",
   Year=1970}

@Article{FongHanbyChow06,
   Author="Fong, Kwong Fai and Hanby, Victor Ian and Chow, Tin-Tai",
   Title="{HVAC} system optimization for energy management by evolutionary programming",
   Journal="Energy and Buildings",
   Volume=38,
   Number=3,
   Pages="220-231",
   Year=2006}

@Article{FraustoPietersDeltour03,
   Author="Frausto, H. Uchida and Pieters, J. G. and Deltour, J. M.",
   Title="Modelling Greenhouse Temperature by means of Auto Regressive Models",
   Journal="Biosystems Engineering",
   Volume=84,
   Number=2,
   Pages="147-157",
   Abstract="In this study, it was investigated to what extent linear auto regressive models with external input (ARX) and auto regressive moving average models with external input (ARMAX) could be used to describe the inside air temperature of an unheated, naturally ventilated greenhouse under Western European conditions. Outside air temperature and relative humidity, global solar radiation, and cloudiness of the sky were used as the input variables. Firstly, different models were built for the first and middle week of each season. The models were suitable to describe the greenhouse temperature evolution satisfactorily, except for the ventilation periods, apparently due to the non-linear effect of ventilation strategies. It was also observed that ARX models performed better than ARMAX models. None of the input variables could be omitted from models for a complete year. It was found that the application of a single model structure for a complete year required frequent retuning. Retuning when the goodness of fit falls below a pre-set threshold, proved to be more efficient than retuning at fixed time intervals in maintaining high accuracy.",
   Year=2003}

@Book{GillMurrayWright81,
   Author="Gill, Philip E and Murray, Walter and Wright, Margaret H",
   Title="Practical Optimization",
   Year=1981}

@Article{GoudaDanaherUnderwood02,
   Author="Gouda, M. M. and Danaher, S. and Underwood, C. P.",
   Title="Building thermal model reduction using nonlinear constrained optimization",
   Journal="Building and Environment",
   Volume=37,
   Number=12,
   Pages="1255-1265",
   Year=2002}

@Article{GuoYuLiuNing04,
   Author="Guo, Hang and Yu, Min and Liu, Jingnan and Ning, Jinsheng",
   Title="Butterworth low-pass filter for processing inertial navigation system raw data",
   Journal="Journal of surveying engineering",
   Volume=130,
   Number=4,
   Pages="175-178",
   Year=2004}

@InProceedings{HeAsada03,
   Author="He, Xiang-Dong and Asada, H Harry",
   Title="A new feedback linearization approach to advanced control of multi-unit {HVAC} systems",
   BookTitle="American Control Conference, 2003. Proceedings of the 2003",
   Publisher="IEEE",
   Volume=3,
   Pages="2311-2316",
   Year=2003}

@Book{HensonSeborg97,
   Author="Henson, Michael A and Seborg, Dale E",
   Title="Nonlinear Process Control",
   Publisher="Prentice-Hall, Inc.",
   Year=1997}

@Article{HouLianYaoYuan06,
   Author="Hou, Zhijian and Lian, Zhiwei and Yao, Ye and Yuan, Xinjian",
   Title="Data mining based sensor fault diagnosis and validation for building air conditioning system",
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   Abstract="This study investigates Box-Jenkins (BJ), autoregressive with external inputs (ARX), autoregressive moving average with external inputs (ARMAX) and output error (OE) models to identify the thermal behaviour of an office positioned in a modern commercial building in London. These models can all be potentially used for improving the performance of the thermal environment control system. External and internal climate data, recorded over the summer, autumn and winter seasons, were used to build and validate the models. The paper demonstrates the potential of using linear parametric models to predict room temperature and relative humidity for different time scales (30 min or 2 h ahead). The prediction performance is evaluated using the criteria of goodness of fit, coefficient of determination, mean absolute error and mean squared error between predicted model output and real measurements. The results demonstrate that all models provide reasonably good predictions but the BJ model outperforms the ARMAX and ARX models. 2009 Elsevier B.V. All rights reserved.",
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@Article{WangXu06,
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@Article{WangKatipamulaHuangBrambley13,
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@PhDThesis{Wu13,
   Author="Wu, Siyu",
   Title="System-Level Monitoring and Diagnosis of Building HVAC System",
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@Article{WuSun12l,
   Author="Wu, Siyu and Sun, Jian-Qiao",
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@Article{WuSun11,
   Author="Wu, S. and Sun, J. Q.",
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@Article{WuSun12,
   Author="Wu, Siyu and Sun, J. Q.",
   Title="A physics-based linear parametric model of room temperature in office buildings",
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   Pages="1-9, DOI: 10.1016/j.buildenv.2011.10.005",
   Abstract="This paper presents a physics-based autogregressive moving average (ARMAX) model of room temperature in office buildings. Thermodynamic equations are used to determine the structure and order of the model. Extensive measurements over 109 days are used to develop and validate the model. The model can be used to predict the room temperature variations accurately in both short-term and long-term periods, as long as ten weeks with a mean squared error less than 0.01 and a coefficient of determination larger than 0.99. This model also provides an analytical foundation of the previously proposed spatial and temporal partition strategy of VAVs for fault detection of HVAC systems, and is suitable for real-time fault detection and control applications.",
   Year=2012}

@Article{WuSun12c,
   Author="Wu, Siyu and Sun, J. Q.",
   Title="{Two-stage} regression model of thermal comfort in office buildings",
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   Abstract="Models of the predicted mean vote (PMV) play an important role in evaluation of thermal comfort and control design of heating, ventilation, and air conditioning (HVAC) systems. In this article, we present a novel two-stage regression representation of the ASHRAE empirical PMV model that incorporates architectural parameters and control variables as predictors. Extensive measurements from an office building are used to develop and validate the regression model. The resulting model can predict the PMV in different rooms accurately in both short-term and long-term. Over a period of four weeks, for example, the predictions of the PMV have a root mean squared error less than 0.04 with a coefficient of determination larger than 0.96.",
   Year=2012}

@Article{XiPooChou07,
   Author="Xi, Xue-Cheng and Poo, Aun-Neow and Chou, Siaw-Kiang",
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@Article{YiuWang07,
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   Abstract="System identification is a procedure to characterize the dynamic behavior of a system, subsystem or individual component from measured data. This paper presents a study on the modeling and parameter identification of air conditioning processes by using the mathematical black box modeling technique, autoregressive moving average exogeneous (ARMAX) structure. A generic multiple input multiple output (MIMO) ARMAX structure of typical air conditioning systems is developed, whose parameters are identified by using the recursive extended least squares (RELS) method. The performance of the model is compared with that of a single input single output (SISO) ARMAX model. A significant component of the determination of an ARMAX model is the selection of an appropriate model order. Models of different orders and the effects of properties are evaluated. Site measurements from an air conditioning system in a building are used for the testing and validation of the models in the study.",
   Year=2007}

@Article{YoshidaKumar99,
   Author="Yoshida, H. and Kumar, S.",
   Title="{RARX} algorithm based model development and application to real time data for on-line fault detection in {VAV} {AHU} units",
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@Article{YuanPerez06,
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@Article{Zavala12,
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@Book{ZhouDoyleGlover96,
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   Year=1996}



Below are our citations:
@misc{eia2021energy,
  title={Energy Information Administration Monthly Energy Review},
  organization  = "US EIA",
  month  = apr,
  year= "2021"
}

@misc{bls2021indoor,
  title = {Waking hours spent at various locations, by sex and day of week, averages for {May} to {December}, 2019 and 2020 {[Table]}},
  organization  = {{U.S. Bureau of Labor Statistics}},
  url = "https://www.bls.gov/news.release/atus.t10.htm",
  month  = jul,
  year="2021"
}

@article{capuano2019annual,
  title={Annual energy outlook 2019},
  author={Capuano, DL},
  journal={Washington, DC: US Energy Information Administration},
  year={2019}
}

@electronic{pnnl2021vav,
  author        = "Tim Yoder",
  title         = "Variable Air Volume ({VAV}) Systems Operations and Maintenance",
  url           = "https://www.pnnl.gov/projects/best-practices/variable-air-volume-systems",
  month         = apr,
  year          = "2021"
}

@article{gouda2000low,
  title={Low-order model for the simulation of a building and its heating system},
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  year={2000},
  publisher={Sage Publications Sage CA: Thousand Oaks, CA}
}

@article{bueno2012resistance,
  title={A resistance-capacitance network model for the analysis of the interactions between the energy performance of buildings and the urban climate},
  author={Bueno, Bruno and Norford, Leslie and Pigeon, Gr{\'e}goire and Britter, Rex},
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  pages={116--125},
  year={2012},
  publisher={Elsevier}
}

@article{he2014performance,
  title={Performance optimization of HVAC systems with computational intelligence algorithms},
  author={He, Xiaofei and Zhang, Zijun and Kusiak, Andrew},
  journal={Energy and Buildings},
  volume={81},
  pages={371--380},
  year={2014},
  publisher={Elsevier}
}

@article{huang2015new,
  title={A new model predictive control scheme for energy and cost savings in commercial buildings: An airport terminal building case study},
  author={Huang, Hao and Chen, Lei and Hu, Eric},
  journal={Building and environment},
  volume={89},
  pages={203--216},
  year={2015},
  publisher={Elsevier}
}

@article{garnier2015predictive,
  title={Predictive control of multizone heating, ventilation and air-conditioning systems in non-residential buildings},
  author={Garnier, Antoine and Eynard, Julien and Caussanel, Matthieu and Grieu, St{\'e}phane},
  journal={Applied Soft Computing},
  volume={37},
  pages={847--862},
  year={2015},
  publisher={Elsevier}
}

@article{kim2016simulation,
  title={Simulation-based optimization of an integrated daylighting and HVAC system using the design of experiments method},
  author={Kim, Wonuk and Jeon, Yongseok and Kim, Yongchan},
  journal={Applied Energy},
  volume={162},
  pages={666--674},
  year={2016},
  publisher={Elsevier}
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