Abstract
Computing in high energy physics has changed over the years from being something one did on a slide-rule, through early computers, then a necessary evil to the position today where computers permeate all aspects of the subject from control of the apparatus to theoretical lattice gauge calculations. The state of the art, as well as new trends and hopes, were reflected in this year's 'Computing In High Energy Physics' conference held in the dreamy setting of Oxford's spires. The conference aimed to give a comprehensive overview, entailing a heavy schedule of 35 plenary talks plus 48 contributed papers in two afternoons of parallel sessions. In addition to high energy physics computing, a number of papers were given by experts in computing science, in line with the conference's aim – 'to bring together high energy physicists and computer scientists'.
Citation Formats
Smith, Sarah, and Devenish, Robin.
Computing in high energy physics.
CERN: N. p.,
1989.
Web.
Smith, Sarah, & Devenish, Robin.
Computing in high energy physics.
CERN.
Smith, Sarah, and Devenish, Robin.
1989.
"Computing in high energy physics."
CERN.
@misc{etde_22357654,
title = {Computing in high energy physics}
author = {Smith, Sarah, and Devenish, Robin}
abstractNote = {Computing in high energy physics has changed over the years from being something one did on a slide-rule, through early computers, then a necessary evil to the position today where computers permeate all aspects of the subject from control of the apparatus to theoretical lattice gauge calculations. The state of the art, as well as new trends and hopes, were reflected in this year's 'Computing In High Energy Physics' conference held in the dreamy setting of Oxford's spires. The conference aimed to give a comprehensive overview, entailing a heavy schedule of 35 plenary talks plus 48 contributed papers in two afternoons of parallel sessions. In addition to high energy physics computing, a number of papers were given by experts in computing science, in line with the conference's aim – 'to bring together high energy physicists and computer scientists'.}
journal = []
issue = {6}
volume = {29}
journal type = {AC}
place = {CERN}
year = {1989}
month = {Jul}
}
title = {Computing in high energy physics}
author = {Smith, Sarah, and Devenish, Robin}
abstractNote = {Computing in high energy physics has changed over the years from being something one did on a slide-rule, through early computers, then a necessary evil to the position today where computers permeate all aspects of the subject from control of the apparatus to theoretical lattice gauge calculations. The state of the art, as well as new trends and hopes, were reflected in this year's 'Computing In High Energy Physics' conference held in the dreamy setting of Oxford's spires. The conference aimed to give a comprehensive overview, entailing a heavy schedule of 35 plenary talks plus 48 contributed papers in two afternoons of parallel sessions. In addition to high energy physics computing, a number of papers were given by experts in computing science, in line with the conference's aim – 'to bring together high energy physicists and computer scientists'.}
journal = []
issue = {6}
volume = {29}
journal type = {AC}
place = {CERN}
year = {1989}
month = {Jul}
}