Short Curriculum Vitae

He is a coauthor of the book "Filter Design for Signal Processing Using MATLAB and Mathematica," published by Prentice-Hall (2001), which was translated in Chinese by Publishing House of Electronics Industry, Beijing, P. R. China (2004).

He is a coauthor of SchematicSolver (2004), a Mathematica software package for mixed symbolic-numeric analysis, processing, and design of analog and digital systems, available online at http://www.schematicsolver.com and distributed by Wolfram Research, Inc., at http://www.wolfram.com/products/applications/schematicsolver/.

Symbolic signal processing, an innovative feature of SchematicSolver not available in other software, brings the analytic computation of transfer functions. The transfer function matrix of MIMO (multiple-input multiple-output) systems is found as a closed-form expression in terms of symbolic system parameters. SchematicSolver derives the analytic response of schematics that represent systems. The derived result is the most general because all system parameters, inputs, and initial conditions (states) can be given by symbols. SchematicSolver generates software implementations of linear and nonlinear discrete systems and can process symbolic samples: for a symbolic input sequence, it computes the symbolic output sequence with both the system parameters and the states specified by symbols.

D. V. Tosic is a coauthor of the book "WIPL-D Microwave: Circuit and 3D EM Simulation for RF & Microwave Applications," published by Artech House (2005).

He was the national COST-TIST representative for Serbia. COST - intergovernmental framework for European Co-operation in the field of Scientific and Technical Research. TIST - Technical Committee of Telecommunication Information Science and Technology. He was a member of COST Action 276, Information and Knowledge Management for Integrated Media Communication Systems (2002-2005).

D. V. Tosic has focused his research on creating a general framework for the symbolic analysis of circuits and systems that is suitable for research as well as industrial and educational applications. He is developing automation tools for optimizing the design and synthesis of analog and digital systems. His research interests include symbolic computation, symbolic signal processing, RF and microwave filter design, design of passive microwave circuits, and automated computer-aided design. He has published over 150 journal and conference papers in these fields.

He teaches classes in RF/Microwave Filters, Passive Microwave Circuits, Microwave Engineering, Electromagnetics, and Electric Circuit Theory. He won The Teacher of the Year Award (1992) from the School of Electrical Engineering at the University of Belgrade.

Read Foreword by Prof. George S. Moschytz

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