Journal: Computing in Science and Engineering

Volume 4, Issue 6

2 -- 3Francis Sullivan. EWD: making it simple is not easy
4 -- 10David I. Lewin. Vintage computing [Use of computers in winemaking]
14 -- 23Fionn Murtagh, Jean-Luc Starck, Mireille Louys. Distributed visual information management in astronomy
24 -- 33Reiko Suzuki, Hiroshi Sato, Mineo Kimura. Antiproton-hydrogen atom collision at intermediate energy
34 -- 39Dongshan Xing, Junyi Shen. A new Markov model for Web access prediction
40 -- 51D. E. Stevenson. The Michelson-Morley experiment: a case study on validation
52 -- 59Fahri Basegmez. Extending a scientific application with scripting capabilities
60 -- 62Hai Zhuge. Clustering soft-devices in the semantic grid
64 -- 68Charles H. Patterson. Two approaches to teaching computation physics
70 -- 74Isabel Beichl. Dealing with degeneracy in triangulation
78 -- 82Marco Lanzagorta. Interactive visualization of a high-resolution reconstruction of the Moon

Volume 4, Issue 5

4 -- 7Greg Goth. Infrastructure simulation effort has high hopes, faces high hurdles
8 -- 9David I. Lewin. Intensity-modulated radiation therapy
12 -- 13Nancy Forbes. Treading new ground [tire industry]
24 -- 25William F. Spotz, Paul N. Swarztrauber. Climate modeling
26 -- 31Stephen J. Thomas, Richard D. Loft, John M. Dennis. Parallel implementation issues: global versus local methods
32 -- 41David A. Randall, Todd D. Ringler, Ross Heikes, Phil Jones, John Baumgardner. Climate modeling with spherical geodesic grids
42 -- 48Mohamed Iskandarani, Dale B. Haidvogel, Julia Levin, Enrique Curchitser, Christopher Edwards. Multi-scale geophysical modeling using the spectral element method
49 -- 54Kao-San Yeh, Shian-Jiann Lin, Richard B. Rood. Applying local discretization methods in the NASA finite-volume general circulation model
56 -- 63Johann Feichter, Martin Schultz, Thomas Diehl. Modeling chemical constituents of the atmosphere
64 -- 69Vicky Pope, Terry Davies. Testing and evaluating atmospheric climate models
70 -- 73Geoffrey Fox. Message passing: from parallel computing to the grid
74 -- 78Richard R. Silbar. Web delivery of interactive laboratories: comparing three authoring tools
84 -- 90Paul F. Dubois. Designing scientific components
91 -- 97Julian V. Noble. The right angle: precise numerical orthogonality in eigenstates

Volume 4, Issue 4

6 -- 10Greg Goth. The neural network is advancing
10 -- 11Anne Jacobson. Nanotechnology meets marine biology
11 -- 0Anne Jacobson. Bioinformatics booming
14 -- 21Auroop R. Ganguly. A hybrid approach to improving rainfall forecasts
22 -- 30David S. Thompson, Raghu Machiraju, Ming Jiang 0005, Jaya Sreevalsan-Nair, Gheorghe Craciun, Satya Sridhar Dusi Venkata. Physics-based feature mining for large data exploration
31 -- 43Naren Ramakrishnan, Chris Bailey-Kellogg. Sampling strategies for mining in data-scarce domains
44 -- 51Robert L. Grossman, Marco Mazzucco. DataSpace: a data Web for the exploratory analysis and mining of data
52 -- 60Chandrika Kamath, Erick Cantú-Paz, Imola K. Fodor, Nu Ai Tang. Classifying bent-double galaxies
61 -- 71Madhu Chetty, Rajkumar Buyya. Weaving computational grids: how analogous are they with electrical grids?
72 -- 77Bert W. Rust. Fitting nature's basic functions. Part III: exponentials, sinusoids, and nonlinear least squares
78 -- 82Emil Ong. MPI Ruby: scripting in a parallel environment
84 -- 85Geoffrey Fox. E-science meets computational science and information technology
86 -- 91Dale R. Shires, William Green, Shawn Walsh. Designing, controlling, and visualizing composite material manufacturing
92 -- 0George Cybenko. Understanding Quantum Computing [Book Review]
94 -- 97Matt Marone. The Mercer online interactive chaotic pendulum

Volume 4, Issue 3

5 -- 8David I. Lewin. DNA computing
10 -- 13Douglas Tougaw. Finding your way with the garmin GPS V
14 -- 15Douglass E. Post, Francis Sullivan. Guest Eidtors' Introduction Limits on computations
16 -- 26Michael P. Frank. The physical limits of computing
27 -- 30Robert B. Laughlin. The physical basis of computability
31 -- 47Stephan Mertens. Computational complexity for physicists
48 -- 53Charles Blilie. Patterns in scientific software: an introduction
56 -- 66Sune R. Bahn, Karsten W. Jacobsen. An object-oriented scripting interface to a legacy electronic structure code
68 -- 75Christoph Best, Hans-Christian Hege. Visualizing and identifying conformational ensembles in molecular dynamics trajectories
76 -- 81Julian V. Noble. The full Monte
82 -- 89Dave Stainforth, Jamie Kettleborough, Myles Allen, Mat Collins, Andy Heaps, James Murphy. Distributed computing for public-interest climate modeling research
90 -- 94Xusheng Wang, Jim X. Chen, Daniel B. Carr, Sue Bell, Linda Pickle. Geographic statistics visualization: web-based linked micromap plots
96 -- 98Geoffrey Fox. XML and the importance of being an object
100 -- 105Nicholas Giordano. On hearing the'"shape"' of a vibrating string

Volume 4, Issue 2

3 -- 4Francis Sullivan. Trust but verify
5 -- 8Greg Goth. Fans of Hewlett-Packard calculators say "it all adds up"
11 -- 14Charles J. Holland, John Grosh. High-performance computing: addressing defense needs of today and tomorrow
16 -- 21Stephen J. Schraml, Kent D. Kimsey, Jerry A. Clarke. High-performance computing applications for survivability-lethality technologies
22 -- 32Jay P. Boris. The threat of chemical and biological terrorism: preparing a response
33 -- 41Emily A. Jarvis, Emily A. Carter. The role of reactive elements in thermal barrier coatings
42 -- 49Robert E. Peterkin, John W. Luginsland. A virtual prototyping environment for directed-energy concepts
50 -- 57Alan J. Wallcraft, H. E. Hurlburt, E. Joseph Metzger, Robert C. Rhodes, Jay F. Shriver, Ole Martin Smedstad. Real-time ocean modeling systems
58 -- 65Mark A. Manzardo, Kenneth G. LeSueur. An infrared-scene projector digital model
66 -- 76Frans M. Vos, Hans J. W. Spoelder, Desmond Germans, Rutger F. H. Hofman, Henri E. Bal. Real-time, adaptive measurement of corneal shapes
77 -- 85Rubin H. Landau, David Vediner, Pornrat Wattanakasiwich, Kevin R. Kyle. Future scientific digital documents with MathML, XML, and SVG
86 -- 89Isabel Beichl, Francis Sullivan. It's bound to be right [image state change detection]
90 -- 96Karen D. Devine, Erik G. Boman, Robert T. Heaphy, Bruce Hendrickson, Courtenay T. Vaughan. Zoltan data management services for parallel dynamic applications

Volume 4, Issue 1

5 -- 9David I. Lewin. Computer-aided paleontology: a new look for dinosaurs
10 -- 14Nancy Forbes, Paul Messina. Computer science today in the European Union
15 -- 17Douglas Tougaw, Jon Sanders. SunRay: a cost-effective desktop computer solution
18 -- 19Srikanta Kumar, Shankar Sastry. Guest editors' introduction: Biocomputation
20 -- 31Rajeev Alur, Calin Belta, Vijay Kumar, Max Mintz, George J. Pappas, Harvey Rubin, Jonathan Schug. Modeling and analyzing biomolecular networks
32 -- 41John H. Reif. DNA lattices: A method for molecular-scale patterning and computation
42 -- 49Bud Mishra. Comparing gnomes
50 -- 62Ying Xu, Dong Xu, Dongsup Kim, Victor Olman, Jane Razumovskaya, Tao Jiang. Automated assignment of backbone NMR peaks using constrained bipartite matching
64 -- 72Juhani Hämäläinen, Kari Hirvi, Hannu Rajaniemi. Using mathematical models to cope with complex computer simulations
74 -- 84George K. Thiruvathukal. Java at middle age: enabling Java for computational science
86 -- 91Yonggao Yang, Xusheng Wang, Jim X. Chen. Rendering avatars in virtual reality: integrating a 3D model with 2D images
92 -- 97Denis Donnelly. The fireworks effect: exploring trajectory sets in time