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- Marcos Vescovi, Adam Farquhar, Yumi Iwasaki, Dan Es, L Trav E-Massuy, J Es +6 others
- 1996

Numerical interval simulation: Combined qualitative and quantitative simulation to bound behaviors of non-monotonic systems. A generic method for computing the response of a numerically-known dynamic system to qualitative inputs. 37 x i (t) < x i (t) in which case there must be some time t 1 < t such that x i (t 1) = x i (t 1), or x i (t) = x i (t). Assume… (More)

Semiquantitative models combine both qualitative and quantitative knowledge within a single semiquantitative qualitative differential equation (SQDE) representation. With current simulation methods, the quantitative knowledge is not exploited as fully as possible. This paper describes dynamic envelopes — a method to exploit quantitative knowledge more fully… (More)

System identification takes a space of possible models and a stream of observational data of a physical system, and attempts to identify the element of the model space that best describes the observed system. In traditional approaches, the model space is specified by a parameterized differential equation, and identification selects numerical parameter… (More)

System identiication takes a space of possible models and a stream of observational data of a physical system, and attempts to identify the element of the model space that best describes the observed system. In traditional approaches, the model space is speciied by a parameterized diierential equation, and identiication selects numerical parameter values so… (More)

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