| Russell, Edward C. 1983. Building Simulation Models with SIMSCRIPT II.5. La Jolla, CA: CACI Products Company. |
....enough machines for the workload, so jobs are queued as necessary. The simulation model produces periodic reports on job and queue statistics. The reports allow the simulation modeler to experiment with system configurations to evaluate system performance. Simulation of this model is described in (Russell 1983). The Classic Job Shop represents a large class of Discrete Event Simulation Models. By changing the input data, it can become a communication model, a transportation model, or a supply model. However, even though this Job Shop is a complete simulation application, the Classic version does not ....
Russell, Edward C. 1983. Building Simulation Models with SIMSCRIPT II.5. La Jolla, CA: CACI Products Company.
....SIMSCRIPT II.5 is a relatively old programming language developed in the 1960s, and was not designed with any consideration for parallel processing. This makes it a challenging language for automatic parallelization of existing sequential DES languages. Details of the language are described in [1, 15]. The structure of a SIMSCRIPT II.5 program consists of a declarative part and an executable part. The declarative part, called the PREAMBLE, defines all of the global variables, modeling elements such as events and processes, and metrics of the system to be measured. The executable part contains ....
E. C. Russell. Building Simulation Models with SIMSCRIPT II.5. CACI Products Company, 1989.
....which is a conventional data processing type schema, and the Simulation Schema which defines facilities for carrying out simulations. The Simulation Schema, although still evolving, is intended to provide the capabilities and style of SIMODULA (and thus to some extent SIMSCRIPT II.5 [CACI 87, Russ 83] A portion of the Simulation Schema is shown in Figure 4. 11 SCHEMA BankSimulation; OBJECT TYPE Tellers HAS SUPERTYPES: Resource; A Resource is an Object (passive) ATTRIBUTES: NumTellers: INTEGER; Crew: SET OF Employee; WITH CONSTRAINT SizeCheck(t: Tellers) IS Cardinality(Crew(t) ....
E. Russell, Building Simulation Models with SIMSCRIPT II.5, CACI, Inc., Los Angeles, Cal. (1983).
....left the study of the effects of different distributions to further research and have distributed the slack as described above in our simulations. 4 Simulation Results and Analysis The admission control was tested in a simulated ATM network developed in the simulation language SIMSCRIPT II.5 [12] [10] Two admission control models were simulated: the standard FCFS queueing model and the queuing model which allows jitter effects. Table 1 compares these models. Notice that in the delay bound computation, we have ignored the term Smax =l. Model 1 Model 2 Bandwidth Test 1 l P n j=1 S j ....
Edward C. Russell. Building Simulation Models with SIMSCRIPT II.5. CACI, September 1983.
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E. Russell, Building Simulation Models with SIMSCRIPT II.5, CACI, Los Angeles, CA, 1983.
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E. Russell, Building Simulation Models with SIMSCRIPT II.5, CACI, Inc., Los Angeles, Cal. (1983). - 11 -
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