| 08:00 | Modeling Anisotropic Dispersive Materials in TLM | L. de Menezes and W.J.R. Hoefer | 91 |
| 08:20 | Modeling of Frequency Dependent Material Parameters Using TLM | I.M. Salama, W. Su and S.M. Riad | 95 |
| 08:40 | Interface of Nonlinear Device Models to a TLM Mesh | J. Nielsen (Invited) | 99 |
| 09:25 | Exploring the Capabilities of the TLM Method on Microstrip Structures Suitable for Device Integration | P.M. Frank, N.R.S. Simons, D.J. Roscoe, A. Sebak and M. Cuhaci | 113 |
| 09:45 | Refreshment break |
| 10:00 | TLM models of thermal and particle diffusion | D. de Cogan (Invited) | 119 |
| 10:45 | TLM Modeling of Grain-Boundary Diffusion in Thin Films with Microstructural Details | X. Gui, L.J. Friedrich, K. Dew, M.J. Brett and T. Smy | 129 |
| 11:05 | Link-Line Versus Link Resistor Representations in TLM Diffusion Models | A. Chakrabarti, C. Kenny, D. de Cogan and P. Enders | 133 |
| 11:25 | TLM Routines for the Paraxial Wave Equation and the Time-Dependent Schroedinger Equation | P. Enders and D. de Cogan | 137 |
| 11:45 | Lunch |
| 13:15 | TLM and Characterization of Microstrip Antennas: Feasibilities and Difficulties | D. Pompei, J.L. Dubard and L. Cirio (Invited) | 143 |
| 14:00 | Analysis and Design of Phased Array Antenna Systems Using the TLM Method | F.J. German (Invited) | 155 |
| 14:45 | Radar Cross-section of Metallic and Dielectric Cubes Computed with the TLM Method | C. Eswarappa and W.J.R. Hoefer | 165 |
| 15:05 | Refreshment break |
| 15:20 | Microstripes - Microwave Design Tool Based on 3D-TLM | D.P. Johns, R. Scaramuzza and A.J. Wlodarczyk (Invited) | 169 |
| 16:05 | Accuracy of the Electromagnetic Wave Simulator Comparison of Simulated TLM Results with Measurements | H. Schmiedel | 179 |
| 16:25 | Recent Advances in Transmission Line Matrix Method Electromagnetic Wave Modelling and Visualization | P.P.M. So and W.J.R. Hoefer | 183 |
| 16:45 | TLM for Vision Systems | R. Harvey and C. Kenny | 187 |
| 17:05 | Computer demonstations |
