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The papers in this volume cover many important topics of current
interest in partial differential equations and several complex
variables. An international group of well-known mathematicians has
contributed original research articles on diverse topics such as
the geometry of complex manifolds, the mean curvature equation,
formal solutions of singular partial differential equations, and
complex vector fields. The material in this volume is useful for
graduate students and researchers interested in partial
differential equations and several complex variables.
In commemoration and celebration of the tenth anniversary of the
Institute of Mathematics at East China Normal University, an
International Conference on complex geometry and related fields
recently convened. This collection presents some of the conference
highlights, dealing with various and significant topics of
differential and algebraic geometry, while exploring their
connections to number theory and mathematical physics. Information
for our distributors: Titles in this series are co-published with
International Press, Cambridge, MA.
These are the proceedings of the joint seminar by M.I.T. and
Harvard on the current developments in mathematics for the year
2002. The organizing committee for the seminar consisted of
distinguished mathematicians from the mathematics departments of
both institutions: B. Mazur, W. Schmid, and S.T. Yau from Harvard,
and D. Jerison, T. Mrowka, and R. Stanley from M.I.T. This year,
the seminar was dedicated to Prof. Wilfried Schmid and Prof. George
Lusztig. The 2002 speakers included Albert Bressan, Mark Haiman,
Richard Hain, Stephen Kudla, Yair Minsky, John Morgan, Leslie
Saper, Kari Vilonen, and David Vogan.
This volume presents lectures delivered at a workshop held at the
Chinese Academy of Sciences (Bejing). The following articles are
included: Nonlinear Systems Control by R. Brockett, Adaptive
Control of Discrete-Time Nonlinear Systems with Structural
Uncertainties by L.-L. Xie and L. Guo, Networks and Learning by
P.R. Kumar, Mathematical Aspects of the Power Control Problem in
Mobile Communication Systems by C.W. Sung and W.S. Wong, and
Brockett's Problem on Nonlinear Filtering Theory by S.S.-T. Yau.
Basic concepts and current research are both presented in the book.
The volume offers a comprehensive and easy-to-follow account of
many fundamental issues in this diverse field. It should be a
suitable text for a graduate course on wireless communication.
interested in operations research and mathematical programming.
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