ASPOL (A Simulation Process-Oriented Language) is a simulation language developed
specifically for computer system simulation. Its process control and synchronization facilities …

Self-explanatory simulators combine qualitative and quantitative models to produce results
that have both numerical behaviors and explicit qualitative causal structure. A problem that …

Over the past few years, contlnUous-system slmulorlon languages (CSSL's) have become
establlshed as a powerful old tO simulation studles It should, however, be reeognlsed, that …

Simulation developers are forced to make assumptions about how their simulations will be
used and possibly revised to support reuse. Even when developers are aware of potential …

We wish to make it easier and quicker to write well-performing scientific simulations that (1)
have single-thread performance competitive with low-level languages,(2) use object …

This Note is the first of a sequence on teaching system dynamics modeling. It stems from the
author's years of trials and errors aimed at helping people become expert modelers. Over …

This article is the third of a series of informal discussions on continuous simulation. The
series supports the contention that a continuous systems simulator should be developed to …

There are at least three useful objectives for a book on simulation. First, the book can
provide an introduction to the subject with an emphasis on applications and on the …

Computer simulation is a fundamental discipline for studying complex systems. Similar to
any other discipline, simulation must grow and be fine-tuned so that it maintains its position …

Simulation is an everyday activity that is indispensable in society for the last decennia.
Simulation spans a spectrum of activities aimed to gain more insight in the system under …