| Computer science and engineering | |
|
Campbell-Kelly,
M. and Aspray, W. 1996. Computer:
A History of the Information Machine. New
York Basic Books. Ceruzzi,
P. E. 1998. A History of Modern
Computing. Cambridge: MIT
Press. Chandler, A. D. 2001. Inventing the Electronic Centuyt: the Epic Story of the Consumer Electronic and Computer Industries. New York: Free Press. Hevner,
A. R. and Berndt, D. J. 2000. Eras
of business computing. Advances
in Computers, 52: 1-90. Ifrah,
G. 2001. The Universal History
of Computing: From the Abacus to the Quantum Computer.
New York: Wiley. Laplante, P., ed.
1996. Great Papers in Computer
Science. New York: IEEE Press. Maxor,
S. 1995. The history of the
microcomputer – invention and evolution.
Proceedings of the IEEE, 83: 1601. McCartney
S. 1999. ENIAC: The Triumphs and
Tragedies of the World’s First Computer.
New York: Walker. Metropolis,
N., Howlett, J., and Rota, G. eds. 1980. A
History of Computing in the Twentieth Century.
New York: Academic Press. Mowery, D. C., ed. The International Software Market, New York: Oxford University Press. Norberg,
A. L. and O’neill, J. E. 1996. Transforming
Computer Technology: Information Processing for the Pentagon, 1062-1980.
Baltimore: Johns Hopkins. Press, L. 1993. Before the Altair: the history of personal computing. Communications of the ACM, 30(9): 27-32. Rojas,
R. and Hashagen, U. eds. 2000. The
First Computers – History and Architectures. Cambridge: MIT Press. Sarkar, P. 2000.
A brief history of cellular automata.
ACM Computing Survey, 32: 80-107. Spiegel,
J. van der, Tau, J. F., Ala’ilima, T. F., and Ang, L. P. 2000.
The ENIAC: History, operation, and reconstruction in VLSI.
In Rojas and Hashagen (2000), pp. 121-89. Wilkes, M. V. 1985. Memories of a Computer Pioneer. Cambridge: MIT Press. Williams,
M. R. 1985. A History of
Computing Technology. Englewood
Cliffs, NJ: Prentice-Hall. Yau, S.
S. 1996. Essays on fifty years of
computing. Introduction to a
special issue, Computer, 29(10), 24-67. Yoffie, D. B. 1997. Competing
in the Age of Digital Convergence. Cambridge:
Harvard Business School Press. ACM. 1987.
ACM Turing Award Lectures: the
First Twenty Years, New York: ACM Press. (Contains A. J. Perlis’s “The synthesis of
algorithmic systems,” D. E. Knuth’s “Computer programming as an art,” E.
W. Dijkstra’s “The humble programmer,” D. M. Ritchie’s “Reflection on
software research,” and more.” Borwein,
J. M. and Borwein, P. B. 2001. Challenges
in mathematical computing. Computing
in Science and Engineering, 3(3): 48-54. Brooks,
F. 1996. The compute scientist as
toolsmith II. Communications of
the ACM, 39(3): 61-8. Chabert,
J. 1999. A History of Algorithms.
Berlin: Springer. Dennings,
P. J., et al. 1989. Computing
as a discipline. Communications
of the ACM, 32(1): 9-23. Hamming,
R. W. 1968. One man’s view of
computer science. In ACM Turing
Award Lectures, ACM Press, pp. 207-18. Hartmanis,
J. 1995. On computational complexity and the nature of computer science.
ACM Computing Surveys, 27: 7-16. Hartmanis,
J. and Lin, H. eds. 1992. Computing
the Future: A Broader Agenda for Computer Science and Engineering.
Washington, D.C.: National Academy Press. Hopcroft,
J. E. 1990. Reflections on computer
science. Annual Review of
Computer Science, 4: 1-12. Knuth,
D. E. 1977. Algorithms.
Scientific American. April, 236(4): 63-80. Loui, M. C. 1996.
Strategic directions in research in theory of computing.
ACM Computing Surveys, 28: 565-89. Mertens,
S. 2002. Computational complexity
for physicists. Computing in
Science and Engineering, 4(3): 31-48. Pollack,
S. V. 1982. The development of
computer science. In Studies in
Computer Science, ed. S. V. Pollack, Washington, D.C.: The Mathematical
Association of America, pp. 1-51. Saiedian,
H. ed. 1996. An invitation to
formal methods. Special issue in Computer,
April, 29(4): 16-30. Sameh,
A. 1996. Computational science and
engineering. ACM Computing
Surveys, 28: 810-7. Sullivan, F. ed. 2000. The top 10 algorithms. Special issue in Computing in Science and Engineering, 2(1): 22-79. Traub,
J. F. and Wozniakowski, H. K. 1994. Breaking
Intractability. Scientific
American, January, 102-7. Wegner,
P. and Doyle, J. 1996. Strategic
directions in computing research. ACM
Computing Surveys, 28: 566-74. Cerf, V. C. 2001.
Beyond the post-PC Internet. Communications
of the ACM, 44(9): 35-42. Chetty, M. and Buyya, R. 2002.
Weaving computational grids: how analogous are they with electrical
grids? Computing in Science and
Engineering, 4(4): 61-72. Eckert, J. P. Jr. 1998.
A survey of digital computer memory systems.
IEEE Annals of the History of Computing.
20(4): 15- Gray, J. and Siewiorek, D. P.
1991. High availability computer
systems. Computer, 24(9):
39-40. Hennessy, J. 1999.
The future of systems research. Computer,
32(8): 27-35. Hennessy, J. and Jouppi, N. P.
1991. Computer technology and
architecture: an evolving interaction. Computer, 24(9): 18-28. Lampson, B. W. Hints for computer
system design. ftp://theory.lcs.mit.edu/pubs/classes/6.826/1999/html/00-Hinta-for-computer-systems-design.html. Merkle, R. C. 1998.
Making smaller, faster, cheaper computers.
Proceedings of the IEEE, 86: 2384. Messina, P. et al. 1998.
Architecture. Communications
of the ACM, 41(1): 36-44. Michell, G de. and Gupta, R. K.
1997. Hardware/software co-design.
Proceedings of the IEEE, 85: 349-65. Mudge, T. 1996.
Strategic directions in computer architecture.
ACM Computing Surveys, 24: 671-6. Rau, B. R. and Schlansker, M. S.
2001. Embedded computer
architecture and automation. Computer,
34(4): 75-9. Smarr, L. ed. 1997.
Toward the 21st century. Communications
of the ACM, 40(11): 28-32. Smith,
R. E. 1989. A historical overview
of computer architecture. IEEE
Annals of the History of Computing, 10: 277-303. Vajapeyam, S. and Valero, M.,
2001. eds. Early 21st century
processors. Computer, 34(4):
47- Villasensor, J. and Mangione-Smith,
W. H. 1997. Configurable computing.
Scientific American, June, 66-71. White, S. F., Melhart, B. E., and
Lawson, H. W. eds. 2001. Engineering computer-based systems: meeting the
challenge. Computer, 34(11):
39- Backus,
H. 1980. Programming in America in
the 1950s – some personal impressions. In
Metropolis et al (1980), pp. 125-36. Feldman,
J. A. 1979. Programming languages.
Scientific American, 241, December, 94-116. Hooper,
G. M. and Mauchly, J. W. 1953. Influence
of programming techniques on the design of computers.
Proceedings of the IRE, 40: 1250-4; reprinted in Proceedings of
the IEEE, 85: 470 (1997). Knuth, D. E. 1974.
Computing programming as an art. In
ACM Turing Award Lectures: The First Twenty Five Years, New York: ACM
Press, (1987), pp. 33-46. Knuth,
D. E. and Pardo, L. T. 1980. The
early development of programming languages.
In Metropolis et al (1980), pp. 197-274. Rosen,
S. 1972. Programming systems and
languages 1965-1975. Communications
of the ACM, 15: 591-600. Rosen,
S. ed. 1967. Programming Systems
and Languages. New York: McGraw
Hill. Sammet,
J. E. 1972. Programming languages:
history and future. Communications
of the ACM. 15: 601-9. Wegner,
P. 1976. Programming languages –
the first 25 years. IEEE
Transaction on Computers, 1207-1225. Comerford,
R. 1999. The path to open source
systems. IEEE Spectrum,
36(5): 25-31. Cusumano,
M. A. and Selby, R. W. 1995. Microsoft
Secrets. New York: Free Press. Leavitt,
N. 2001. Linux: at a turning point?
Computer, 34(6): 12-6. Ritchie,
D. M. 1979. The evolution of the unix
time-sharing system. In
Laplante (1996), pp. 705-17. Torvalds,
L. 1999. The Linux edge.
Communications of the ACM, 42(4): 38-9. Beizer, B. 2000.
Software is different. Annals
of Software Engineering, 10: 293-310. Bourque, P., Dupuis, R., Abran,
A, Moore, J. W., and Tripp, L. 1999.
The guide to the software engineering body of knowledge.
IEEE Software, 16(6): 35-44. Brooks,
F. 1995. The Mythical Man-month,
2nd ed. New York: Addison Wesley. Campbell-Kelly, M. 2003.
From Air Reservation to Sonic the Hedgehog: a History of the Software
Industry. Cambridge: MIT Press. Comerford, R. 2000.
The new software paladins. IEEE
Specteum, 37(6): 56-61. Doherty, C. and Uslander, T.
1998. Plug-and play software hones
car and plane manufacture. IEEE
Spectrum, 35(10): 39-42. Edusi-Mensah, K. 1999. Critical issues in abandoned information systems development projects. Communications of the ACM, 40(9): 74-80. Finkelsten, A. ed. 2000.
The future of software engineering.
ACM Press. Gibbs, W. W. 1994.
Software’s chronic crisis. Scientific
American, 271(3): 86-95. Gould, J. D. and Lewis, C. 1985.
Designing for usability: key principles and what designers think.
Communications of the ACM, 28: 300-11. Hofmann, H. F. and Lehner, F.
2001. Requirements engineering as a success factor in software projects.
IEEE Software, 18(4): 58-67. Johnson, L. 1998.
A view from the 1960s: how the software industry began.
IEEE Annals of the History of Computing, 20(1): 36-42. Keil, M, Cule, P. E., Lyytinen,
K., and Schmidt, R. C. 1998. A
framework for indentifying software project risks. Communications of the ACM, 41(11): 76-85. Littlewood, B. and Strigini, L.
1992. The risks of software.
Scientific American, November, 62-73. Meyer, B. 2001.
Software engineering in the academy.
Computer, 34(5): 28-36. Parnas, D. L. 1999.
Software engineering programs are not computer science programs.
IEEE Software, 16(6): 19-30. Robillard, P. N. 1999.
The role of knowledge in software development.
Communications of the ACM, 42(1): 87-92. Shapiro, S. 1997.
Splitting the difference: The historical necessity of synthesis in
software engineering. IEEE Annals of the History of Computing, 19: 20-54. Sultan, F. and Chan, L. 2000.
The adoption of new technology: the case of object-oriented computing in
software companies. IEEE Transactions on Engineering Management, 47: 106- Thayer, R. H. 2002.
Software system engineering: a tutorial.
Computer, 35(4): 68-73. Tredennick,
N. 1996. Microprocessor-based computers. IEEE
Computer, 29(10): 27-37. Wasserman, A. I. 1996.
Toward a discipline of software engineering.
IEEE Software, 13(6): 23-32. Dertouzos, M. L. 1996.
What Will Be. San
Francisco: Harper. Forester, T. ed. 1989.
Computers in the Human Context.
Cambridge, MIT Press. Gibbs, W. W. 1997.
Taking computers to task. Scientific
American, July, 82-9. Landauer, T. K. 1995. The Trouble with Computers:
Usefulness, Usability, and Productivity.
Cambridge: MIT Press. Leutwyler, K.
1997. What will really be.
Scientific American,
July, 28-9. Myer, B., et al. 1996.
Strategic directions in human-computer interaction.
ACM Computing Survey, 28: 794-82. Riecken, D. ed. 2000.
Special issue on human elements in personalization of computing, Communications
of the ACM, 43(8), 27-73. Computational
science and engineering Cendes, Z. J. 1989.
Unlocking the secrets of Maxwell’s equations.
IEEE Spectrum, 26(4): 33. Cowie, J. H., Nicol, D. M., and
Ogielski, A. T. 1999. Modeling the
global Internet. Computing in
Science and Engineering 1(1): 42-50. Fayyad, U. 2001.
The digital physics of data mining.
Communications of the ACM, 44(3): 62-5. Hartmanis, J. and Lin, H. eds.
1992. Computing the future.
Washington DC: National Academy Press. Heath, L. S., and Ramakrishnan,
N. eds. 2002. The emerging
landscape of bioinformatics software systems.
Computer, 35(7): 41- Heidemann, J. and Mills, K. 2001.
Expanding confidence in network simulation.
IEEE Network, 15(5): 58-64. Knuth, D. E. 1985.
Algorithmic thinking and mathematical thinking.
American Mathematical Monthly, 92(3): 170-81. Lunney, E. A. 2001.
Computing in drug discovery, the design phase.
Computing in Science and Engineering, 3(5): 105-9. Pop, M., Salzberg, S. L., and
Shumway, M. 2002. Genome sequence
assembly: algorithms and issues. Computer,
35(7): 47-54. Raabe, D. 2002. Don’t
trust your simulation – computational material science on its way to maturity?
Advanced Engineering Materials, 4: 255-9. Ramakrishnan, N. and Grama, A. Y.
1999. Data mining: from serendipity
to science. Computer, 32(8): 34-7. Sameh, A. et al. 1996.
Computational science and engineering.
ACM Computing Survey. 28: 810-6.
|
