conferences2005.bib

@inproceedings{GawBal05,
  author = {P.J. Gawthrop and D.J. Ballance},
  title = {Virtual Actuator Control of Mechanical Systems},
  crossref = {ICBGM05},
  pages = {233-238},
  abstract = {
  The virtual actuator approach is explained and illustrated using
  three experimental systems. Conclusions are drawn about the
  importance of transfer system design.
  }
}

@inproceedings{BalBevGawDis05,
  author = {Donald J. Ballance and Geraint P. Bevan and Peter
                   J. Gawthrop and Dominic J. Diston},
  title = {Model Transformation Tools ({MTT}): The Open Source
                   Bond Graph Project},
  crossref = {ICBGM05},
  pages = {123-128},
  abstract = {The rapid growth of GNU/Linux in recent years has
                   focused attention on free and open source
                   software. MTT (Model Transformation Tools) is, as
                   far as the authors are aware, the only open source
                   project related to bond graphs. This paper surveys
                   MTT in its present form and invites collaboration
                   from the wider bond graph community.}
}

@inproceedings{DisGawBevBal05,
  author = {Dominic J. Diston and Peter J. Gawthrop and Geraint
                   P. Bevan and Donald J. Ballance},
  title = {Next-Generation Transformation Tools for Scalable
                   Integrated System Modelling},
  crossref = {ICBGM05},
  pages = {143-148},
  abstract = {Bond graph modelling has been applied widely and
                   many ideas have been collected from the user
                   community for improvement, particularly associated
                   with federated systems. A project is underway to
                   address these via a prototype toolset with the
                   working title of Next-Generation Transformation
                   Tools (NTT). This paper will summarise the
                   motivations behind this development and describe
                   notational changes that have been found
                   necessary. This should provide useful insights into
                   the problem of large-scale bond graphs.}
}

@inproceedings{GawCheWan05,
  author = {Peter J Gawthrop and Wen-Hua Chen and Liuping Wang},
  title = {Continuous-time {LQ} Predictive Pole-placement Control},
  crossref = {IFAC16},
  abstract = {  
             The previously developed Predictive Pole Placement (PPP)
             controller is modified to give enhanced numerical and
             stability properties by embedding the method in a
             linear-quadratic formulation to give a linear-quadratic
             PPP (LQPPP) controller.  Input, output and state
             constraints are considered using an natural quadratic
             programming (QP) formulation of LQPPP.  Illustrative
             examples are given.
}
}

@inproceedings{WanGawYou05,
  author = {L. Wang and P.J. Gawthrop and P.C. Young},
  title = {Continuous-time System Identification of Nonparametric Models
                  with Constraints},
  crossref = {IFAC16},
  abstract = {Although structural constraints such as model order
                and time delay have been incorporated in the
                continuous time system identification since its
                origin, the constraints on the estimated model
                parameters were rarely enforced. This paper proposes a
                continuous time system identification approach with
                constraints.  It shows that by incorporating physical
                parameter information known a priori as hard
                constraints, the traditional parameter estimation
                schemes are modified to minimize a quadratic cost
                function with linear inequality constraints. Using the
                structure of Frequency Sampling Filters as the
                vehicle, the paper shows that the constraints can be
                readily imposed on continuous time frequency response
                estimation and step response estimation. In
                particular, a priori knowledge in both time-domain and
                frequency domain is utilized simultaneously as the
                constraints for the optimal parameter solution. A
                Monte-Carlo simulation study with 100 noise
                realization is used to demonstrate the improvement of
                the estimation results in terms of continuous time
                frequency response and continuous time step response.}
}

@proceedings{ICBGM05,
  key = {International Conference On Bond Graph Modeling 2005},
  title = {Proceedings of the  International Conference On Bond
		Graph Modeling and Simulation (ICBGM'05)},
  booktitle = {Proceedings of the 2005 International Conference On Bond
		Graph Modeling and Simulation (ICBGM'05)},
  series = {Simulation Series},
  publisher = {Society for Computer Simulation},
  address = {New Orleans, U.S.A.},
  month = {January},
  year = 2005
}

@proceedings{IFAC16,
  key = {IFAC World Congress 2005},
  title = {Proceedings of the 16th IFAC World Congress},
  booktitle = {Proceedings of the 16th IFAC World Congress},
  address = {Prague},
  year = 2005
}

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