ALEPH: a Detector for Electron-Positron Annihilations at LEP

6533b862fe1ef96bd12c7693

RESEARCH PRODUCT

ALEPH: a Detector for Electron-Positron Annihilations at LEP

D. Decamp B. Deschizeaux J.-p. Lees M.-n. Minard J.m. Crespo M. Delfino E. Fernandez M. Martinez R. Miquel L.i.m. Mir S. Orteu A. Pacheco J.a. Perlas E. Tubau M.g. Catanesi M. De Palma A. Farilla G. Iaselli G. Maggi A. Mastrogiacomo S. Natali S. Nuzzo A. Ranieri G. Raso F. Romano F. Ruggieri G. Selvaggi L. Silvestris P. Tempesta G. Zito Y. Chen H. Hu D. Huang Y. Jiang J. Lin R. Liu W. Lu T. Ruan T. Wang X. Wang D. Wu W. Wu Y. Xie D. Xu R. Xu Y. Xu W. Yan M. Ye J. Zhang H. Zhao W. Zhao H. Albrecht A. Ball F. Bird E. Blucher T. Charity H. Drevermann F. Dydak M. Ferro-luzzi Ll. Garrido C. Grab R. Grub R. Hagelberg S. Haywood B. Ivesdal B. Jost M. Kasemann G. Kellner J. Knobloch A. Lacourt P. Lazeyras I. Lehraus B. Lofstedt T. Lohse D. Lüke A. Marchioro P. Mato J.m. Maugain J. May V. Mertens A. Minten A. Miotto P. Palazzi M. Pepe-altarelli R. Pintus L. Pregernig M. Price F. Ranjard J. Richstein W. Richter J. Rothberg H. Rotscheidt W. Von Rüden R. St. Denis P. Schilly D. Schllater G. Stefanini M. Takashima M. Talby J.c. Tarle H. Taureg W. Tejessy H. Verweij H. Wachsmuth H. Wahl S. Wheeler W. Witzeling J. Wotschack Z. Ajaltouni M. Bardadin-otwinowska M. Brossard R. Chadelas F. Daudon A. Falvard P. Gay P. Henrard J. Jousset B. Michel J.-c. Montret D. Pallin P. Perret J. Prat J. Proriol F. Prulhière H. Bertelsen F. Hansen J.d. Hansen J.r. Hansen P.h. Hansen A. Lindahl B. Madsen R. Møllerud B.s. Nilsson G. Petersen E. Simopoulou A. Vayaki J. Badier D. Bernard M. Bercher U. Berthon A. Blondel G. Bonneaud J. Bourotte F. Braems J.c. Brient A. Busata M.a. Ciocci Ph. Delcroz G. Fouque R. Guirlet C. Lemoine P. Matricon M. Maubras R. Morano P. Miné J.y. Parey P. Poilleux A. Rougé C. Roy M. Rumpf H. Videau I. Videau C. Violet D. Zwierski D.j. Candlin A.j. Main A. Conti G. Parrini E. Scarlini W. Burley M. Corden C. Georgiopoulos J.h. Goldman M. Ikeda J. Lannutti D. Levinthal M. Mermikides L. Sawyer A. Antonelli R. Baldini G. Bencivenni G. Bologna F. Bossi P. Campana G. Capon V. Chiarella G. Corradi G. De Ninno B. D'ettorre-piazzoli B. Dulach G. Felici P. Laurelli G. Mannocchi F. Murtas G.p. Murtas G. Nicoletti M. Pallotta P. Picchi P. Zografou B. Altoon O. Boyle A.j. Flavell A.w. Halley I. Ten Have J.l. Hearns I.s. Hughes J.g. Lynch D.j. Martin R. O'neill C. Raine J.m. Scarr K. Smith A.s. Thompson J. Wells B. Brandl O. Braun R. Geiges C. Geweniger P. Hanke V. Hepp W. Heyde E.e. Kluge J. Krause Y. Maumary M. Panter A. Putzer B. Rensch K. Schmitt A. Stahl K. Tittel M. Wunsch G.j. Barber A.t. Belk R. Beuselinck D.m. Binnie W. Cameron M. Cattaneo P.j. Dornan S. Dugeay R.w. Forty D.n. Gentry P. Heinson M. Macdermott D.g. Miller D.r. Price J.k. Sedgbeer G. Taylor A.p. White P. Girtler D. Kuhn G. Rudolph C.k. Bowdery T.j. Brodbeck A.j. Finch F. Foster G. Hughes N.r. Keemer M. Nuttall B.s. Rowlingson T. Sloan S.w. Snow T. Barczewski L.a.t. Bauerdick K. Kleinknecht D. Pollmann B. Renk S. Roehn M. Schmelling K. Schmitz F. Steeg J-p. Albanese J-j. Aubert G. Barrand R. Bazzoli C. Benchouk A. Bonissent A. Ealet-grousset F. Etienne Y. Gally E. Kajfasz R. Nacasch P. Payre B. Pietrzyk J. Raguet Z. Qian H. Becker W. Blum T. Boulos P. Cattaneo M. Comin G. Cowan B. Dehning H. Dietl M. Fernandez-bosman D. Hauff A. Jahn E. Lange G. Lütjens G. Lutz W. Männer H-g. Moser Y. Pan R. Richter A.s. Schwarz R. Settles U. Stiegler U. Stierlin G. Stimpfl J. Thomas G. Waltermann G. Aioun J.n. Albert Ch. Arnault G. De Bouard J. Boucrot O. Callot R. Chase A. Cordier M. Davier M. Dialinas A. Ducorps D. Fournier G. Ganis J.-f. Grivaz Ph. Heusse P. Janot P. Jean V. Journé D.w. Kim J. Lefrançois D. Lloyd-owen A.m. Lutz P. Marotte J.j. Veillet F. Zomer S.r. Amendolia G. Bagliesi G. Batignani A. Bechini F. Bosi L. Bosisio U. Bottigli C. Bradaschia I. Ferrante F. Fidecaro L. Foa E. Focardi F. Forti S. Galeotti A. Giassi M.a. Giorgi F. Ligabue A. Lusiani E.b. Mannelli P.s. Marrocchesi A. Messineo F. Palla D. Passuello G. Sanguinetti S. Scapellato J. Steinberger R. Tenchini G. Tonelli G. Triggiani J.m. Carter B.j. Green M.g. Green A.k. Mckemey P.v. March T. Medcalf M.r. Saich N.m. Stewart J.a. Strong R.m. Thomas T. Wildish E.h. Bellamy J. Bizzel D.r. Botterill R.w. Clifft I.f. Corbett T.r. Edgecock M. Edwards J.s.m. Fisher J. Harvey D.l. Hill E. Holtom T.j. Jones S. Madani Bozorg G. Mcpherson D.r. Moore M. Morrissey A. Nichols P.r. Norton D.p. Salmon G.j. Tappern J.c. Thompson A. Tucker R. Bernard B. Bloch-devaux H. Desportes J. Heitzmann M. Jacquemet A. Joudon E. Locci J.c. Lottin S. Loucatos P. Micolon J. Pascual B. Pignard J. Rander J.-f. Renardy A. Roussarie J.-p. Schuller R. Turlay J.g. Ashman C.n. Booth C. Buttar R. Carney S.l. Cartwright F. Combley M. Dinsdale M. Dogru F. Hatfield J. Martin D. Parker P. Reeves L.f. Thompson S. Brandt H. Burkhardt G. Gillessen C. Grupen H. Meinhard E. Neugebauer M. Olpp W.u. Otto M. Roschangar U. Schäfer R. Seibert H. Seywerd K. Stupperich L. Wurmbach B. Gobbo F. Liello A. Mansutti E. Milotti F. Ragusa L. Rolandi L. Bellantoni J.f. Boudreau A. Caldwell D. Cinabro M. Convery J.s. Conway D.f. Cowen Z. Feng J.l. Harton J. Hilgart J. Izen R.c. Jared R.p. Johnson B.w. Leclaire T.c. Meyer D. Muller Y.b. Pan T. Parker J.r. Pater S. Ritz Y. Saadi V. Sharma D. Strom J.a. Wear F.v. Weber E. Wicklund Sau Lan Wu S.t. Xue G. Zobernig

subject

Physics Flexibility (engineering)Nuclear and High Energy Physics Aleph high-energy physics Process modeling Process (engineering)business.industry Software development LEP Automation particle detectors Data acquisition Detectors and Experimental Techniques LEP; particle detectors; high-energy physics Software engineering business Enforcement Instrumentation particle detector

description

Process-centred Software Engineering Environments (PSEE) are the most recent generation of environments supporting software development activities. Most of PSEE are based on mechanisms promoting enforcement and automation of process activities. In this kind of mechanisms the process models are prescribed in a detailed and complete way. But the experience shows that supporting processes is more concerned with the flexibility of guidance offered during the process performance than with enforcement of a collection of predefined process models. In this paper, we present a solution to support strategic processes in a PSEE by providing a flexible guidance during process enactment.

year	journal	country	edition	language
1990-01-01

10.1016/0168-9002(90)91831-u http://hdl.handle.net/11368/1696488