A. Electromagnetic metrology A.1 Open session on electromagnetic metrology

B. Fields and waves B.1 Numerical methods for calculating electromagnetic fields B.2 Fields and waves B.3 Sensors by electromagnetic fields and waves

C. Radio communication systems and signal processing C.1 Network theory and measurement techniques C.2 Signal processing and system theory C.3 Communication and sensors in automotives C.4 Parallel processing C.5 Highly integrated microcontroller for automotive engineering: modelling of EMV-aspects C.6 High-speed signal processing C.7 Hardware aspects of signal processing in RF-circuits C.8 System concepts and modelling of RF-circuits C.9 Modelling and design concepts of RF-circuits

D. Electronics and photonics D.2 Digital circuits I D.3 Technology-oriented circuits I D.4 Digital circuits II D.5 Technology-oriented circuits II

E. Electromagnetic environment and interference E.1 Electromagnetic noise and interference

F. Wave propagation and remote sensing F.1 Wave propagation and remore sensing

Nachtrag Kleinheubacher Berichte 2008