| Component |
Feature |
Description |
| 2-D/3-D Modeler |
|
|
| |
Basic 3-D geometries |
Box, sphere, cylinder, cone and torus |
| |
Basic 2-D geometries |
Rectangle, circle, ellipse and polygon |
| |
Basic curves |
Polyline, spline, arc, helix, spiral, spring and point |
| |
Basic object operations |
Pan, rotate, unite, subtract, intersect, sweep, transform |
| |
Object group operation |
|
| |
Object copy-paste operation |
|
| |
Object array generation |
Optimized technique for large array generation |
| |
Operation history tree |
|
| |
Multiple units |
|
| |
Relative coordinate system |
|
| |
Material library |
Standard material library and user defined library |
| |
Assembly library |
|
| |
Parametric Modeling |
Full featured parametric modeling, variables and formula |
| |
|
|
| 2-D/3-D Import and Export |
|
|
| |
SAT and SAB |
|
| |
STEP |
|
| |
IGES |
|
| |
ProE |
|
| |
DXF |
3D Mesh and 2D structures |
| |
|
|
| Mesh Design |
|
|
| |
Uniform mesh |
|
| |
Non-uniform mesh |
|
| |
Conformal mesh |
|
| |
Subgridding mesh |
|
| |
Mesh dynamic adjustment |
|
| |
Fast layered mesh checking |
|
| |
Mesh distribution visualization |
|
| |
Mesh automatic generation |
|
| |
Adaptive mesh |
|
| |
|
|
| Parallel Design |
|
|
| |
Visual 3-D parallel processor distribution |
|
| |
Virtual processor for zero field region |
|
| |
Optimized data passing |
|
| |
Dynamic subgridding region assignment |
|
| |
|
|
| Advanced Technique |
|
|
| |
Dielectric and PEC conformal techniques |
|
| |
Periodic structure |
|
| |
Subgridding and ADI techniques |
|
| |
Dispersive media |
Debye, Lorentz, plasma, Drude* and parametric fitting |
| |
Time domain near-to-far field transformation |
|
| |
Frequency domain near-to-far field transformation |
|
| |
Domain decomposition technique |
|
| |
Extrapolation technique |
|
| |
Symmetric structure reduction |
|
| |
Lamped elements |
Resister, capacitor, inductor |
| |
Matched load element |
|
| |
Parallel I/O technique |
|
| |
Multiple platforms technique |
|
| |
Infinitely long structures |
|
| |
|
|
| Excitation Pulse |
|
|
| |
Sinusoidal pulse |
|
| |
Pure Gaussian pulse |
|
| |
Differential Gaussian pulse |
|
| |
Modulated Gaussian pulse |
|
| |
User defined pulse |
|
| |
|
|
| Excitation Source |
|
|
| |
Voltage |
|
| |
Current |
|
| |
Aperture field |
|
| |
Plane wave |
|
| |
Port |
Numerical and analytical mode extractions |
| |
Phased excitation array generation |
|
| |
Arbitrary amplitude distribution array excitation |
array excitation |
| |
Difference voltage excitation |
|
| |
Even and odd mode excitation |
|
| |
|
|
| Near-zone Output |
|
|
| |
Voltage |
|
| |
Current |
|
| |
Port |
Reflection and transmission coefficients, voltage, current |
| |
Mode |
Mode attenuation factor, propagation constant, impedance, voltage, current |
| |
Time domain near field |
point, line and surface |
| |
Frequency domain near field |
line and surface |
| |
Time domain current density |
point, line and surface |
| |
Frequency domain current density |
line and surface |
| |
Special absorption rate (SAR) |
Average SAR, Maximum SAR, SAR distribution and dissipated power |
| |
Incident power |
|
| |
Impedance |
|
| |
Scattering parameters |
|
| |
Aperture distribution on Huygens' box |
|
| |
Poynting vector distribution on a selected plane in the time domain |
|
| |
Poynting vector distribution on a selected plane in the frequency domain |
|
| |
Power transmission through a selected open surface or a closed surface |
|
| Far-zone Output |
|
|
| |
2-D far-field pattern |
|
| |
3-D far-field pattern |
|
| |
Directivity |
|
| |
Gain |
|
| |
Tilted angle |
|
| |
Axial ratio |
|
| |
Polarization sense |
|
| |
Monostatic RCS |
|
| |
Bistatic RCS |
|
| |
Radiation power |
|
| |
Maximum directivity |
|
| |
Maximum gain |
|
| |
Antenna efficiency |
|
| |
Time domain far field |
|
| |
|
|
| Boundary Conditions |
|
|
| |
PEC and PMC |
|
| |
Mur |
|
| |
PML |
|
| |
PBC |
|
| |
symmetric boundary |
|
| |
|
|
| Simulation |
|
|
| |
3-D parallel technique |
|
| |
Convergence checking technique |
|
| |
Conductivity and permittivity distribution output |
|
| |
Parametric conformal technique |
|
| |
Real time simulation control |
Number of time steps adjustment, Intermedia far-field checking |
| |
Simulation of complete human body |
For SAR and communication |
| |
|
|
| WBI |
|
Web Based Interface of GEMS Simulator |
| |
Web based file management |
|
| |
Web based job submission |
Parallel job submission through web browser |
| |
Web based job management |
Parallel job management through web browser |
| |
Web based job trace |
Result real time checking through web browser |
| |
|
|
| Optimization |
|
Optimization for extremely large and complex problems |
| |
Parametric scan |
|
| |
Parametric optimization |
|
| |
User customized optimizer |
|
| |
|
|
| Result Visualization |
|
|
| |
Linear scale display |
|
| |
dB scale display |
|
| |
Polar scale display |
|
| |
Smith chart display |
|
| |
Contour plot |
|
| |
Time domain data animation |
|
| |
3-D surface result visualization |
|
| |
Vector graphics export |
|
| |
Result data export |
|
| |
External data import |
|
| |
|
|
| Data-post Processing |
|
|
| |
Parameter formula library |
|
| |
Programmable parameter calculation technique |
|
| |
Time signature extrapolation |
|
| |
|
|
| * Appearing in coming version |