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Parallel discrete event simulation with SIMULA
Parallel Computing, 1989The area of Discrete Event Simulation (DES) is the least impacted by parallel processing even though most of its applications require tremendous amounts of processing time. The common approach of parallelizing individually special purpose programs leads to very limited improvements in performance.
George T. Papaspyropoulos +1 more
semanticscholar +3 more sources
2009
Innovation is one of the three pillars of Simula Research Laboratory. In particular, the subsidiary Simula Innovation is dedicated to identifying research results with commercial potential and assisting the researchers in their initial steps towards business creation.
Christian Hostmark Tarrou +4 more
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Innovation is one of the three pillars of Simula Research Laboratory. In particular, the subsidiary Simula Innovation is dedicated to identifying research results with commercial potential and assisting the researchers in their initial steps towards business creation.
Christian Hostmark Tarrou +4 more
openaire +2 more sources
An outline of the programming language SIMULA
Computer Languages, 1984Abstract Simulation is an important technique for solving problems in a variety of fields. Special languages have developed to serve as vehicles for system simulation as conventional languages seem to be quite inadequate to face this task. SIMULA is a powerful general purpose programming language which includes sophisticated simulation facilities ...
D.G. Maritsas +2 more
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The Simula approach to living software
Computer Physics Communications, 1986Abstract With references to the Simula language and the UNIX system tools, this paper explains how to simplify the testing, maintenance, isolation of functions, and production of variants in a software project.
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General Concepts of the Simula 67 Programming Language
Annual Review in Automatic Programming, 1972Publisher Summary This chapter describes the notions of class, subclass, and object. The chapter also discusses quasi-parallelism. Simulation languages, like many problem oriented languages, serve a twofold purpose. They provide the user with a number of frequently used operations.
S.P Morse, J.D Ichbiah
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Tumor cardíaco que simula miocardiopatía hipertrófica
Revista Española de Cardiología, 2003124 A 40-year-old man with a history of obesity, smoking and obstructive sleep apnea syndrome was referred for image assessment after routine electrocardiography suggested apical hypertrophy. Due to inadequate ultrasound window, the diagnosis could not be established by echocardiography.
Ildefonso Roldán Torres +2 more
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A comparison between simula and fortran
BIT, 1968The general purpose simulation language SIMULA is compared with the ordinary scientific programming language FORTRAN. A typical military simulation model is programmed in both SIMULA and FORTRAN. The SIMULA program is found to be 24% shorter than the FORTRAN version.
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2007
It was a simple choice, really, on an IBM 370 in the 70's, between APL, Fortran, Lisp 1.5, PL/1, COBOL, and Simula'67. Nothing could come close to Simula's combination of strong typing, garbage collection, and proper string processing. Separate compilation (prefix classes) and coroutines were nice bonuses. And then there were these . . . "objects" but,
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It was a simple choice, really, on an IBM 370 in the 70's, between APL, Fortran, Lisp 1.5, PL/1, COBOL, and Simula'67. Nothing could come close to Simula's combination of strong typing, garbage collection, and proper string processing. Separate compilation (prefix classes) and coroutines were nice bonuses. And then there were these . . . "objects" but,
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SIMULA (Trademark) File Classes. [PDF]
, 1980 Abstract : Two SIMULA Class in file and out file which are designed as replacements for the system defined classes in file and Out file in IBM SIMULA are described. These replacements provide a number of capabilities that make it easier to work with a terminal in interactive programs and provide for considerably improved error recovery. (Author)
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