SIMLAB: Automatically Creating Physical Systems Simulators (1992) [17 citations — 2 self]
Abstract:
SimLab, a software environment for creating simulators directly from computer-readable physics models, is based on the following concept: creating physical systems simulators should be as simple as describing the underlying physics to a colleague. Rather than programming in a conventional programming language, a SimLab user expresses physics models (and thus simulators) directly in terms of the concepts, quantities, and equations familiar to a scientist or engineer. The benefits of the SimLab approach include: 1) reducing the time and effort required to create simulators, 2) providing more understandable and reliable simulators, and 3) support for more sophisticated simulators, e.g., for multiple domain problems, which have proved intractible in the past. 1
Citations
| 422 | Mathematica : A system for doing mathematics by computer – WOLFRAM - 1991 |
| 276 | LINPACK Users' Guide – Dongarra, Bunch, et al. - 1979 |
| 121 | Parametric modeling – HOFFMANN, ARINYO - 2002 |
| 91 | Continuous system modelling – Cellier, Greifeneder - 1991 |
| 69 | Analysis and design of engineering systems – Paynter - 1961 |
| 61 | Odepack, A systematized collection of ODE solvers – Hindmarsh - 1983 |
| 46 | The Variational Principles of Mechanics – Lanczos - 1970 |
| 29 | Introduction to Simulation and – Pritsker - 1986 |
| 28 | The Architecture of Newton, a General-purpose Dynamics Simulator – Cremer, Stewart - 1983 |
| 26 | padl-2: a technical summary – Brown - 1982 |
| 25 | Methods of Analytical Dynamics – Meirovitch - 1970 |
| 9 | The Weyl Computer Algebra Substrate – Zippel - 1990 |
| 6 | Computer-aided physical-systems modeling and simulation: a bondgraph approach – Broenink - 1990 |
| 5 | The SCi Continuous System Simulation Language (CSSL – Augustin, Strauss, et al. - 1967 |
| 1 | Tools for Thought – Reingold - 1985 |

