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    Journal: Computing in Science and Engineering

    Volume 5, Issue 6

    3 -- 4Francis Sullivan. Ask the hard questions
    4 -- 5D. McClain. Letter to the editor
    6 -- 9Pam Frost Gorder. Sizing up smart dust
    10 -- 12Douglas Tougaw. National instruments records a hit with elvis
    13 -- 14Matthew A. Kupinski. Guest editor's introduction - Computing in optics
    15 -- 21Aramais R. Zakharian, Jerome V. Moloney, Masud Mansuripur. Simulating near-field effects in high-density optical-disk data storage
    22 -- 32Kurt E. Oughstun. Computational methods in ultrafast time-domain optics
    33 -- 41Martin Schweiger, Adam Gibson, Simon R. Arridge. Computational aspects of diffuse optical tomography
    42 -- 51E. Keith Hege, Stuart Jefferies, Michael Lloyd-Hart. Computing and telescopes at the frontiers of optical astronomy
    52 -- 59Jacob Kogan, Charles K. Nicholas, Vladimir Volkovich. Text mining with information-theoretic clustering
    60 -- 63Dianne P. O'Leary, Nargess Memarsadeghi. The direction-of-arrival problem: coming at you
    64 -- 70Nargess Memarsadeghi, Dianne P. O'Leary. Partial solution to the last issue's assignment, "classified information: the data clustering problem"
    71 -- 77Jeffrey N. Johnson, Paul F. Dubois. Issue tracking
    78 -- 87Lucilla de Arcangelis. Modeling the sol-gel transition
    92 -- 97Michael E. Peskin. Numerical problem solving for undergraduate core courses

    Volume 5, Issue 5

    6 -- 8Anne Jacobson. Cooperation amid competition: Solving selfish internet behavior
    8 -- 9Anne Jacobson. Neuron-controlled robots
    10 -- 13Joseph DiDio III. Opening doors with OpenOffice.org
    14 -- 15Aiichiro Nakano, Jim X. Chen. High-dimensional data acquisition, computing, and visualization
    16 -- 29Ani Thakar, Alex Szalay, Peter Z. Kunszt, Jim Gray. Migrating a multiterabyte archive from object to relational databases
    30 -- 36Kerby Shedden, Ker-Chau Li. Dimension reduction and spatiotemporal regression: applications to neuroimaging
    37 -- 43Yonggao Yang, Jim X. Chen, Woosung Kim. Gene expression clustering and 3D visualization
    44 -- 53François Major. Building three-dimensional ribonucleic acid structures
    54 -- 60Nargess Memarsadeghi, Dianne P. O'Leary, Yalin Evren Sagduyu. Classified information: the data clustering problem
    61 -- 65Joan Adler. Visualization in atomistic and spin simulations
    66 -- 71James A. Ballas, Derek P. Brock, Justin Nevitt. Using audio to enhance information tasks
    72 -- 75George L. Donohue. Undergraduate use of complex simulation tools for airspace design
    76 -- 78Geoffrey Fox. Data and metadata on the semantic Grid
    80 -- 82John B. Rundle. Self-organized criticality in earth systems [Book Review]
    83 -- 88Paul F. Dubois, Thomas Epperly, Gary Kumfert. Why Johnny can't build [portable scientific software]

    Volume 5, Issue 4

    3 -- 5Anne Jacobson, Pam Frost Gorder. Virtual physics lab close to reality
    6 -- 7Pam Frost Gorder. The googling of astronomy
    8 -- 11Douglas Tougaw, Jeffrey Will. Visualizing the future of virtual reality
    12 -- 13William L. Hase, Gustavo E. Scuseria. Computational chemistry
    14 -- 21Stefan Goedecker, Gustavo E. Scuseria. Linear scaling electronic structure methods in chemistry and physics
    22 -- 30Robert E. Wyatt, Eric R. Bittiner. Using quantum trajectories and adaptive grids to solve quantum dynamical problems
    31 -- 35Srinivasan Iyengar, Christian J. Burnham, Matt K. Petersen, Gregory A. Voth. Modeling condensed-phase chemistry through molecular dynamics simulation
    36 -- 44William L. Hase, Kihyung Song, Mark S. Gordon. Direct dynamics simulations
    45 -- 55Christoph Lossen. Singular: a computer algebra system
    56 -- 58R. Bowen Loftin. Multisensory perception: beyond the visual in visualization
    59 -- 67John Reid. The future of Fortran
    68 -- 71Dianne P. O'Leary, Yalin Evren Sagduyu, James G. Nagy. Robot control: swinging like a pendulum
    72 -- 74James G. Nagy, Dianne P. O'Leary. Partial solution to "Image deblurring: I can see clearly now"
    75 -- 87Muhammad Sahimi. Large-scale porous media and wavelet transformations
    88 -- 93David M. Smith. Using multiple-precision arithmetic
    94 -- 96Geoffrey Fox. Integrating computing and information on Grids

    Volume 5, Issue 3

    4 -- 8Pam Frost Gorder, Anne Jacobson. Modeling a magnetic Moon
    10 -- 13Norman Chonacky, Dante Choi. Science and engineering databases in an open-source software world
    14 -- 15Norman Chonacky. Scientific Databases
    16 -- 25C. Büchen-Osmond. The universal virus database ICTVdB
    26 -- 30Stephen W. Gaarenstroom. Surface Science Spectra: a hybrid journal-database
    32 -- 43Judith Bayard Cushing, Barbara Bond, Roman Dial, Nalini Nadkarni. How trees and forests inform biodiversity and ecosystem informatics
    44 -- 50James D. Myers, Alan Chappell, Matthew Elder, Al Geist, Jens Schwidder. Re-integrating the research record
    52 -- 58Shiang-Woei Chyuan, Yunn-Shiuan Liao, Jeng-Tzong Chen. An efficient method for solving electrostatic problems
    60 -- 64Bryan Carpenter, Geoffrey Fox. HPJava: a data parallel programming alternative
    66 -- 70Robert C. Kirby. A new look at expression templates for matrix computation
    71 -- 75Dietrich Stauffer. Sociophysics simulations
    76 -- 81Julian V. Noble. Recurses!
    82 -- 84James G. Nagy, Dianne P. O'Leary. Image deblurring: I can see clearly now
    86 -- 89Jim X. Chen. New graphics pipeline approach speeds up atomic primitives rendering

    Volume 5, Issue 2

    4 -- 7Pam Frost Gorder, Anne Jacobson. Where have all the comets gone?
    8 -- 0Anne Jacobson. Mathematical models correctly predict cell cycle behavior
    9 -- 10L. Alan Kraft. Making home DVD: dell's movie studio bundle
    12 -- 13Jim X. Chen, Aiichiro Nakano. High-dimensional data acquisition, computing, and visualization
    14 -- 25Alexander Hinneburg, Daniel A. Keim, Markus Wawryniuk. Using projections to visually cluster high-dimensional data
    26 -- 33Ashish Sharma, Rajiv K. Kalia, Aiichiro Nakano, Priya Vashishta. Large multidimensional data visualization for materials science
    34 -- 42Kwan-Liu Ma. Visualizing time-varying volume data
    44 -- 52Ruixin Yang, Menas Kafatos, Brian Doty, James L. Kinter III, Long Pham. A distributed enhanced server for multidimensional scientific data
    54 -- 59Yonggao Yang, Jim X. Chen, Woosung Kim, Chang Jin Kee. Nonlinear projection: using deformations in 3D viewing
    60 -- 66Kurt Binder, Jürgen Horbach, Walter Kob, Anke Winkler. The interplay between structure and ionic motions in glasses
    68 -- 72Geoffrey Fox. Grid computing environments
    74 -- 79Bert W. Rust. Fitting nature's basic functions. IV. The variable projection algorithm
    80 -- 85Kevin Craig. The role of computers in mechatronics
    86 -- 87Bruce M. Boghosian. A look at lattice boltzmann equations [Book Review]
    88 -- 97Teresa L. Cottom. Using SWIG to bind C++ to Python

    Volume 5, Issue 1

    4 -- 7David I. Lewin, Greg Goth. Stellarators: the once and future thing
    8 -- 13Greg Goth. Oxford Internet Institute debuts
    18 -- 19Nancy Forbes, Mike Foster. The end of moore's law?
    20 -- 24James D. Meindl. Beyond Moore's Law: the interconnect era
    25 -- 29Thomas N. Theis. Beyond the silicon transistor: personal observations
    30 -- 38Charles Wessner. Sustaining Moore's law and the US economy
    39 -- 46Keith Stein, Tayfun Tezduyar, Richard Benney. Computational methods for modeling parachute systems
    48 -- 56April K. Andreas, Isabel Beichl. Estimating the work in integer partitioning
    60 -- 62Geoffrey Fox. Java and Grande applications
    64 -- 69Ulrich H. E. Hansmann. Protein folding in silico: an overview
    70 -- 79Thilo Ernst, Tom Rother, Franz Schreier, Jochen Wauer, Wolfgang Balzer. DLR's VirtualLab: scientific software just a mouse click away
    80 -- 85Dario Benedetto, Emanuele Caglioti, Vittorio Loreto. Zipping out relevant information
    86 -- 89Peter M. Ketcham, David L. Feder. Visualizing Bose-Einstein condensates
    90 -- 97Mario Belloni, Wolfgang Christian. Physlets for quantum mechanics
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