1% Sample from http://amath.colorado.edu/documentation/LaTeX/basics/steps/BIBtex.html 2 3@ARTICLE{Bailey, 4 author = "D. H. Bailey and P. N. Swarztrauber", 5 title = "The fractional {F}ourier transform and applications", 6 journal = "SIAM Rev.", 7 volume = 33, 8 number = 3, 9 pages = "389--404", 10 year = 1991 11 } 12 13@ARTICLE{Bay1, 14 author = "A. Bayliss and C. I. Goldstein and E. Turkel", 15 title = "An iterative method for the {H}elmholtz equation", 16 journal = "J. Comp. Phys.", 17 volume = 49, 18 pages = "443--457", 19 year = 1983 20 } 21 22@TECHREPORT{Ernst, 23 author = "O. Ernst and G. Golub", 24 title = "A domain decomposition approach to solving the {H}elmholtz 25 equation with a radiation boundary condition", 26 number = "NA-92-08", 27 school = "Stanford University, Computer Science Department", 28 year = "August 1992" 29 } 30 31@TECHREPORT{Fujitsu, 32 organization = "Fujitsu", 33 title = "FACOM OS IV SSL II USER'S GUIDE, 99SP0050E5", 34 year = 1990 35 } 36 37@ARTICLE{Gold3, 38 author = "C. I. Goldstein", 39 title = "Multigrid methods for elliptic problems in unbounded domains", 40 journal = "SIAM J. Numer. Anal.", 41 volume = 30, 42 pages = "159--183", 43 year = 1993 44 } 45 46@BOOK{Hale, 47 author = "J. K. Hale", 48 title = "Theory of functional--differential equations", 49 publisher = "Springer--Verlag, Berlin--Heidelberg--New York", 50 year = 1977 51 } 52 53@INBOOK{Swa82, 54 author = "P. N. Swarztrauber", 55 title = "Vectorizing the {FFTs}", 56 editor = "G.~Rodrigue", 57 booktitle = "Parallel Computations", 58 publisher = "Academic Press, New York", 59 year = 1982 60 } 61 62@PHDTHESIS{Ta, 63 author = "S. Ta'asan", 64 title = "Multigrid Methods for Highly Oscillatory Problems", 65 school = "Weizmann Institute of Science, Rehovot, Israel", 66 year = "1984" 67 } 68