%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\title{TOWARDS THE DEVELOPMENT OF AN INTELLIGENT INTEGRATED CAD/NAST ENVIRONMENT FOR NAVAIDS CONCURRENT ENGINEERING
}

\author{Innokenti Semoushin$^\star$ and Michael Sunoplya$^\star$} 
\heading{Innokenti Semoushin and Michael Sunoplya}
\address{$^\star$������� �������������� ����������� � �����������
\\
��.~�.~�������� 42, ����������� ��������������� �����������, 432970 ��������� ������
\\
e-mail: \underline{SemushinIV@ulsu.ru}\quad \underline{posthome@mail.ru}} 
\keywords{\label{beginSemoushin}  integration and interoperability of tools, 
applications and methodologies,  recursive dynamics and iterated  
mappings of the design process, navigation aids development.}
\abstract{
Developing an intelligent design
environment that would integrate CAD with powerful numerical
analysis and simulation tools specific for navigation aids
engineering is considered. As a starting point, the global
architecture previously developed by U.~Roy et al. (1994) to
integrate CAD with FEM tools is proposed.
}

\maketitul{\pageref{beginSemoushin}}{\pageref{endSemoushin}}{519.226.2~:~519.233.2}%
\addcontentsline{toc}{paper}{%
\hbox to 2.1em {\textbf{\arabic{papernumber}}}
\textit{Innokenti Semoushin and Michael Sunoplya}.%
\; TOWARDS THE DEVELOPMENT OF AN INTELLIGENT INTEGRATED CAD/NAST ENVIRONMENT FOR NAVAIDS CONCURRENT ENGINEERING%
}

\setcounter{equation}{0}

\input{1-introSUN}
\input{2-objectivesSUN}
\input{3-methodologySUN}
\input{4-technologySUN}
\input{8-conclusionsSUN}

\begin{thebibliography}{99}

\bibitem{andreev:1966}
Andreev, V.~D. (1966).
\newblock {\em Theory of Inertial Navigation: Autonomous Systems}.
\newblock Moscow: Nauka.

\bibitem{beggs:1989}
Beggs, R.~M., C.~Ciric, J.~Etzl, C.~Fischer, and T.~McRoy (1989).
\newblock Automated design development support system (ADDSS).
\newblock Technical report, Boeing Vertol Company, PO Box 33126, Philadelphia,
  Pennsylvania 19142.

\bibitem{bierman:1977}
Bierman, G.~J. (1977).
\newblock {\em Factorization Methods for Discrete Sequential Estimation}.
\newblock New York: Academic Press.

\bibitem{bierman:1990}
Bierman, G.~J., M.~R. Belzer, J.~S. Vandergraft, and D.~W. Porter (1990).
\newblock Maximum likelihood estimation using square root information filters.
\newblock {\em IEEE Transactions on Automatic Control\/}~{\em 35\/}(12),
  1293--1298.

\bibitem{bromberg:1979}
Bromberg, P.~V. (1979).
\newblock {\em Theory of Inertial Navigation Systems}.
\newblock Moscow: Nauka.

\bibitem{broxmeyer:1956}
Broxmeyer, C. (1956).
\newblock {\em Inertial Navigation Systems}.
\newblock New York: McGraw-Hill Book Co.

\bibitem{chung:1993}
Chung, S.~H. and J.~E. Sneckenberger (1993).
\newblock An innovative desigh scheme for product development using AI-type
  engineering.
\newblock In {\em Proceedings of the International Conference on CAD/CAM,
  Robotics and Factories of the Future}, St Petersburg, Russia, pp.\  190--200.

\bibitem{clark:1991}
Clark, K.~B. and T.~Fujimoto (1991).
\newblock {\em Product Development Performance: Strategy, Organization, and
  Management in the World Auto Industry}.
\newblock Boston, USA: Harvard Business School Press.

\bibitem{fagan:1992}
Fagan, M.~J. (1992).
\newblock {\em Finite Element Analysis: Theory and Practice}.
\newblock Essex: Longman.

\bibitem{gorokhov:2003}
Gorokhov, O. and I.~Semoushin (2003).
\newblock Developing a simulation tool box in MatLAB and using it for
  non-linear adaptive filtering investigation.
\newblock In P.~M.~A. Sloot et~al. (Eds.), {\em Computational Science -- ICCS
  2003, International Conference, Melbourne, Australia and St. Petersburg,
  Russia, June 2003, Proceedings, Part II}, Volume 2658 of {\em Lecture Notes
  in Computer Science}, Berlin Hedelberg New York, pp.\  436--445. Springer.
\newblock ISSN 0302-9743, ISBN 3-540-40195-4.

\bibitem{hsieh:1993}
Hsieh, S.~F., K.~J.~R. Liu, and K.~Yao (1993).
\newblock A unified square-root-free approach for $QRD$-based recursive least
  squares estimation.
\newblock {\em IEEE Transactions on Automatic Control\/}~{\em 41\/}(3),
  1405--1409.

\bibitem{kailath:1974}
Kailath, T. (1974).
\newblock A view of three decades of linear filtering theory.
\newblock {\em IEEE Transactions on Information Theory\/}~{\em IT-20\/}(2),
  146--181.

\bibitem{kashyap:1970}
Kashyap, R.~L. (1970).
\newblock Maximum likelihood identification of stochastic linear systems.
\newblock {\em IEEE Transactions on Automatic Control\/}~{\em AC-15\/}(1),
  25--34.

\bibitem{kaufman:1972}
Kaufman, H. and D.~Beaulier (1972).
\newblock Adaptive parameter identification.
\newblock {\em IEEE Transactions on Automatic Control\/}~{\em AC-17\/}(5),
  729--731.

\bibitem{king:2002}
King, M.~G. and J.~O. Gray (2002).
\newblock The desigh process within concurrent engineering environments:
  Addressing information saturation.
\newblock In R.~Jardim-Gon{\c{c}}alves, R.~Roy, and
  A.~Steigler-Gar{\c{c}}{\~{a}}o (Eds.), {\em Advances in Concurrent
  Engineering, Proceedings of the $9^{th}$ International Conference on
  Concurrent Engineering (CE-2002), Cranfield, United Kingdom, 27--31 July 2002}, Lisse,
  the Netherlands, pp.\  55--63. A.~A. Balkema.
\newblock ISBN 90 5809 502 9.

\bibitem{lawson:1994}
Lawson, M. and H.~M. Karandikar (1994).
\newblock A survey of concurrent engineering.
\newblock {\em Concurrent Engineering: Research and Applications\/}~{\em
  2\/}(1), 1--6.

\bibitem{ljung:1979}
Ljung, L. (1979).
\newblock Asymptotic behavior of the extended Kalman filter as a parameter
  estimator for linear systems.
\newblock {\em IEEE Transactions on Automatic Control\/}~{\em AC-24\/}(1),
  36--50.

\bibitem{maybeck:1979}
Maybeck, P.~S. (1979).
\newblock {\em Stochastic Models, Estimation and Control}, Volume~1.
\newblock New York: Academic Press.

\bibitem{mistree:1990}
Mistree, F., W.~F. Smith, B.~Bras, J.~K. Allen, and D.~Muster (1990).
\newblock Decision-based design: A contemporary paradigm for ship design.
\newblock In {\em Transactions, Society of Naval Architects and Marine
  Engineers}, Jersey City, New Jersey, pp.\  565--597.

\bibitem{morf:1975}
Morf, M. and T.~Kailath (1975).
\newblock Square-root algorithms for least squares estimation.
\newblock {\em IEEE Transactions on Automatic Control\/}~{\em AC-20\/}(4),
  487--497.

\bibitem{olsson:2000}
Olsson, U. (2000).
\newblock Aeronautics for Europe.
\newblock Technical report, European Comission, Luxemburg.

\bibitem{park:1995}
Park, P. and T.~Kailath (1995).
\newblock New square-root algorithms for Kalman filtering.
\newblock {\em IEEE Transactions on Automatic Control\/}~{\em 40\/}(5),
  895--899.

\bibitem{roy:1994}
Roy, U., B.~Bharadwaj, and C.~Ludden (1994).
\newblock Unification of CAD and FEM using knowledge engineering.
\newblock {\em Concurrent Engineering: Research and Applications\/}~{\em
  2\/}(1), 7--15.

\bibitem{semoushin:2004}
Semoushin, I. and A.~Yurjev (2004).
\newblock Built-in selection of the best adaptation mechanism for ins error
  model identification.
\newblock In A.~S. Andreev (Ed.), {\em Notices of the Ulyanovsk State
  University}, Volume 1(14) of {\em Fundamental Problems of Mathematics and
  Mechanics}, Ulyanovsk, Russia, pp.\  186--199. Ulyanovsk State University.
\newblock Also available as $4^{th}$ European Congress on Computational Methods
  in Applied Sciences and Engineering (ECCOMAS-2004) CD-ROM Proceedings, Volume II, 996.pdf.
  ISBN 951-39-1869-6.

\bibitem{semoushin:2002}
Semoushin, I.~V. and V.~P. Polosenko (2002).
\newblock Iterative cooperative cad for avionics navigation systems.
\newblock In R.~Jardim-Gon{\c{c}}alves, R.~Roy, and
  A.~Steigler-Gar{\c{c}}{\~{a}}o (Eds.), {\em Advances in Concurrent
  Engineering, Proceedings of the $9^{th}$ International Conference on
  Concurrent Engineering (CE-2002), Cranfield, United Kingdom, 27--31 July 2002}, Lisse,
  the Netherlands, pp.\  753--761. A.~A. Balkema.
\newblock ISBN 90 5809 502 9.

\bibitem{shephard:1988}
Shephard, M.~S. and P.~M. Finnigan (1988).
\newblock Integration of geometric modeling and advanced finite element
  preprocessing.
\newblock {\em Finite Elements in Analysis and Design\/}~{\em 4}, 147--161.

\bibitem{takata:1979}
Takata, H. (1979).
\newblock Transformation of a nonlinear system into a augmented linear system.
\newblock {\em IEEE Transactions on Automatic Control\/}~{\em AC-24\/}(5),
  736--741.

\bibitem{young:1990}
Young, Z. and I.~R. Groose (1990).
\newblock A rule-based computational system for automatic finite element
  modeling.
\newblock {\em Computers in Engineering\/}~{\em 2}, 87--94.

\label{endSemoushin}
\end{thebibliography}