Once the paper is accepted, all files (text and figures) should be archived into a single file (using "tar"), compressed, and encoded (zip, gzip) before e-mailing. We prefer that articles be submitted in LaTeX2e. Articles may also be submitted in LaTeX209, AMSLaTeX (amsart class), Plain TeX. A macro package in LaTeX2e, designed especially for ESAIM: COCV, is available via anonymous ftp.
- read.me: Information (equivalent to this page).
- cocv.cls: Class option file for ESAIM: COCV.
- userguide.dvi: User's Guide (DVI).
- userguide.pdf: User's Guide (PDF).
- template.tex: A fill-in-form for a standard article.
All files are compressed in a single archive: cocv.tar.gz
Copy cocv.cls to a place where LaTeX can find it.
You should first read the "User's Guide" to get an overview and for special instructions concerning this journal. Alternatively to reading the entire documentation, it is also possible to proceed by merely filling out the template and then looking up additional commands as needed.
Authors are encouraged to submit their manuscripts via email, but only through the Editorial Office at: cocv@esaim.emath.fr.
Global resulting PDF (preferably) or Postscript files of articles are welcome. They should however be carefully tested for printing and compressed before submission.
Exceptionally articles may be submitted in hard copy. Please send three copies to:
SMAI, ESAIM: COCV
Institut Henri Poincaré
11 rue Pierre et Marie Curie
F-75231 Paris Cedex 05, France
After refereeing is complete, an official letter of acceptance or refusal is
sent to you by e-mail. Publication will follow receipt of a signed copyright agreement.
The production department will send to the author for correspondence an e-mail containing a link to retrieve the PDF file of the proofs.
For corrections, please follows the indications included in the e-mail.
Authors should keep in mind that proof-reading is their responsibility. TeX, LaTeX files are modified by the production department to follow general presentation rules of the journal.
The main aim of proof-reading is to correct errors that may have occurred during the production process, and not to modify the content of the paper. The reproduction of artwork, the layout of the pages and equation breaking introduced by the production staff should be carefully checked. Corrections that might lead to a change in the page layout should be avoided.
Title should be simple and informative. A shortened version of the title consisting of a maximum of 75 characters (including spaces) for running headers should also be provided. An abstract in English is required. It should be completely self-contained, not exceeding 200 words and written as single paragraph.
A list of all authors, as well as corresponding addresses, should be provided. Addresses should contain all information necessary for an effective mail delivery. E-mail, fax and telephone numbers should also be provided to speed up communication between Editorial Office and authors.
Each manuscript must be assigned indexing codes. MSC numbers, developed jointly by the American Mathematical Society and Zentralblatt, may be found at the URL's: http://www.ams.org/msc/ and http://www.emis.de/msc2000.html. Keywords are also required.
Equations, Lemmas, Theorems… should be numbered with the section: for example, equation 3 of Section 1, should be numbered equation (1.3). Numbering should be labelled on the right side.
References should be cited numerically in the text (for example, [1], [2,5,7], [8-10]). All references must be labelled. Items in the bibliography are ordered alphabetically by authors. Authors may be cited in the text by name, but without initials. Authors should use the models below in the final reference list.
Examples for Journals, Books, Conference Proceedings and Doctoral dissertations, respectively,
[1] H.T. Banks and M.A. Demetriou, Adaptive parameter estimation of hyperbolic distributed parameter systems. ESAIM: COCV 14 (2008) 133-162.
[2] J.R. Brown and F. Smith, Finite Element Method for Navier-Stokes Equation. ESAIM: COCV (to appear).
[3] J.M. Paul, Finite Element Method for Navier-Stokes Equation. EDP Sciences (2008).
[4] J.M. Smith, J.R. Brown and C. Green, A parallel algorithm based on multi-parameter asymptotic error expansion, in Proc. of Conference on Scientific Computing, C. Brown Ed., EDP Sciences, Les Ulis (2008) 401-420.
[5] J.M. Smith, Finite Element Method for Navier-Stokes Equation. Ph.D. Thesis, University of Paris XI, France (2006).
Each figure should be cited in the text. Good-quality figures have the following characteristics:
Color illustrations are in black and white in the print version of each issue,
but they appear in color in the electronic version.