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- etimología
Qué (quién) es Continuous System Simulation Language - definición
GENERAL-PURPOSE PROGRAMMING LANGUAGE
Gordon's Programmable Simulation System
Continuous System Simulation Language
<simulation> (CSSL) Versions include ACSL, HYTRAN, SL-I,
S/360 and CSMP.
CSSL(Continuous System Simulation Language) versions I, II,
III, IV and V have been commercially available since 1968.
CSSL-I was developed for Jet Propulsion Labs in 1968.
CSSL-III was widely distributed from 1969-1975. CSSL-IV
(interactive version) was developed by R. Nilsen and ran on
over 30 different computers. Currently CSSL-V is marketed by
Simulation Services International and available on PCs and
workstations.
["The SCi Continuous System Simulation Language (CSSL)",
Simulation, 9(6), Dec 1967 ].
[URL? ]
(2003-04-15)
Continuous ink system
METHOD FOR DELIVERING A LARGE VOLUME OF LIQUID INK TO A COMPARATIVELY SMALL INKJET PRINTHEAD
Continuous Ink Supply System; Continuous Flow System; Off axis ink system; Off-axis ink system; Off axis ink delivery system; Off-axis ink delivery system; Bulk feed ink system; Bulk-feed ink system; Ciss printers
A continuous ink system (CIS), also known as a continuous ink supply system (CISS), a continuous flow system (CFS), an automatic ink refill system (AIRS), a bulk feed ink system (BFIS), or an off-axis ink delivery system (OIDS) is a method for delivering a large volume of liquid ink to a comparatively small inkjet printhead. Many business and professional grade printers incorporate a continuous ink system in their design to increase printing capacity.
Continuous function
![The graph of a [[cubic function]] has no jumps or holes. The function is continuous.](https://commons.wikimedia.org/wiki/Special:FilePath/Brent method example.svg?width=200 "The graph of a [[cubic function]] has no jumps or holes. The function is continuous.")
![section 2.1.3]]).](https://commons.wikimedia.org/wiki/Special:FilePath/Discontinuity of the sign function at 0.svg?width=200 "section 2.1.3]]).")
![Riemann sphere]] is often used as a model to study functions like the example.](https://commons.wikimedia.org/wiki/Special:FilePath/Function-1 x.svg?width=200 "Riemann sphere]] is often used as a model to study functions like the example.")
![The graph of a continuous [[rational function]]. The function is not defined for <math>x = -2.</math> The vertical and horizontal lines are [[asymptote]]s.](https://commons.wikimedia.org/wiki/Special:FilePath/Homografia.svg?width=200 "The graph of a continuous [[rational function]]. The function is not defined for <math>x = -2.</math> The vertical and horizontal lines are [[asymptote]]s.")
![oscillation]].](https://commons.wikimedia.org/wiki/Special:FilePath/Rapid Oscillation.svg?width=200 "oscillation]].")
.svg?width=200 "Point plot of Thomae's function on the interval (0,1). The topmost point in the middle shows f(1/2) = 1/2.")
FUNCTION SUCH THAT THE PREIMAGE OF AN OPEN SET IS OPEN
Continuity property; Continuous map; Continuous function (topology); Continuous (topology); Continuous mapping; Continuous functions; Continuous maps; Discontinuity set; Noncontinuous function; Discontinuous function; Continuity (topology); Continuous map (topology); Sequential continuity; Stepping Stone Theorem; Continuous binary relation; Continuous relation; Topological continuity; Right-continuous; Right continuous; Left continuous; Left-continuous; C^1; Continuous fctn; Cts fctn; E-d definition; Continuous variation; Continuity space; Continuous space; Real-valued continuous functions; Left-continuous function; Right-continuous function; Left- or right-continuous function; Continuity at a point; Continuous at a point; Continuous extension
In mathematics, a continuous function is a function such that a continuous variation (that is a change without jump) of the argument induces a continuous variation of the value of the function. This means that there are no abrupt changes in value, known as discontinuities.
Wikipedia
GPSS
General Purpose Simulation System (GPSS) is a discrete time simulation general-purpose programming language, where a simulation clock advances in discrete steps. A system is modelled as transactions enter the system and are passed from one service (represented by blocks) to another. It is used primarily as a process flow oriented simulation language; this is particularly well-suited for problems such as a factory.
