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ICESTARS booklet

The ICESTARS research areas and achievements are presented in detail in the ICESTARS booklet. Download the ICESTARS booklet


ICESTARS presented its research and developments prominently in two sessions at the 16-th European Conference on Mathematics for Industry in Wuppertal 2010 (see ECMI 2010 publications of ICESTARS members).


ICESTARS members presented their results at the 7th International Conference on Scientific Computing in Electrical Engineering. The peer-reviewed print versions are published in Mathematics in Industry - Scientific Computing in: Electrical Engineering SCEE 2008, J. Roos, L.R.J. Costa (eds.), 14, Springer (2010).

    Invited ICESTARS partners' contributions:

    ICESTARS partners' contributions:

Hagenberg Meeting, October 09, 2009

Further Publications

  • J. Aikio, T. Rahkonen:
    A Comprehensive Analysis of AM-AM and AM-PM Conversion in an LDMOS RF power amplifier
    IEEE Trans. Microw. Theory Tech., vol 57, no.2, pp. 262-270, 2009
  • H.-G. Brachtendorf, A. Bunse-Gerstner, B. Lang, S. Lampe:
    Steady state analysis of electronic circuits by cubic and exponential splines
    Electr. Eng., vol 91, pp. 287–299, 2009.
  • M. Matthes and C. Tischendorf:
    Convergence analysis of a coupled circuit and device simulation
    International Conference on Numerical Analysis and Applied Mathematics 2009: Volume 1 and Volume 2. AIP Conference Proceedings, Volume 1168, pp. 1021-1024, 2009.
  • D. Harutyunyan, J. Rommes, J. ter Maten, W. H. A. Schilders:
    Simulation of mutually coupled oscillators using nonlinear phase macromodels
    IEEE Trans. on Computer-Aided Design of Integrated Circuits and Systems (TCAD),, vol 28-10, pp. 1456-1466, 2009.

Public Reports

- D1.4 Public report on the wavelet-based simulation technique (D1.4.pdf)

- D1.5 Public report on the multirate wavelet and envelope techniques (D1.5.pdf, D1.5update.pdf)

- D2.8 Public report on numerical improvements of the VoHB algorithm – Description of a new Convolution algorithm (D2.8.pdf)

- D2.9 Public report on electro-thermal fitting and Volterra analysis (D2.9.pdf)

- D2.10 Public report on the dimensioning tool for optimising the harmonic matching of an RF power amplifier (D2.10.pdf)

- D2.11 Public report on the developed scaling algorithms with benchmark results (D2.11.pdf)

- D2.12 Public report on the developed adapting practices with benchmark results (D2.12.pdf)

- D2.13 Public report of extension for multiple nonlinear devices (D2.13.pdf)

- D2.14 Public report on improved initial conditions for Harmonic Balance in solving free oscillatory problems (D2.14.pdf, D2.14update.pdf)

- D3.1 Simulations of Selected Devices and their Couplings using Existing Tools (D3.1.pdf)

- D3.2 Report on the implementation of the RF boundary conditions and the transient simulation with adaptive computing facilities (D3.2.pdf)

- D3.3 Software modules for RF boundary conditions and transient simulations (D3.3.pdf)

- D3.4 Report On EM Field Solving Within Circuit Simulation, Optimization of Device Designs Based On RF Boundary Conditions and Reference Benchmarks For Mixed-Signal Design (D3.4.pdf)

- D3.5 Public Report on Selection and Characterization of the Devices Using State-of-the-Art Field Solvers (D3.5.pdf)

- D3.6 Public report on the implementation of the RF boundary conditions and the transient simulation with adaptive computing facilities (D3.6.pdf)

- D3.7 Public Report on EM Field Solving within Circuit Simulation, Optimization of Device Design based on
RF Boundary Conditions and Reference Benchmarks For Mixed-Signal Design (D3.7.pdf)

- D4.2 Dissemination and Use Plan (D4.2.pdf)

- D4.3 Final Dissemination and Use Plan (D4.3.pdf)

- D4.4 Press release at the end of the project (D4.4.pdf)

- D5.5 Public Validation Report (D5.5.pdf)