Difference between revisions of "EM.Cube"
From Emagtech Wiki
Kazem Sabet (Talk | contribs) |
Kazem Sabet (Talk | contribs) |
||
| Line 59: | Line 59: | ||
* [[PROPLesson7| PROP Tutorial Lesson 7 : Simulating the Performance of a Mobile Communications Link in a Multipath Environment]] | * [[PROPLesson7| PROP Tutorial Lesson 7 : Simulating the Performance of a Mobile Communications Link in a Multipath Environment]] | ||
* [[PROPLesson8| PROP Tutorial Lesson 8 : Modeling Wireless Propagation in the Manhattan Urban Canyon]] | * [[PROPLesson8| PROP Tutorial Lesson 8 : Modeling Wireless Propagation in the Manhattan Urban Canyon]] | ||
| + | * [[PROPLesson9| PROP Tutorial Lesson 9 : Analyzing a Network of Sensors in a Mountainous Region]] | ||
Revision as of 21:11, 26 November 2014
Welcome to EM.Cube Wiki!
EM.Cube Manual
Below are some links to help you get started using EM.Cube. Each article listed below contains a wealth of information about a particular module, as well as technical information about the numerical techniques used by the underlying simulation engines.
- EM.CUBE: Getting Started
- CubeCAD: 3D CAD Modeling
- EM.Tempo: FDTD Module
- EM.Terrano: Propagation Module
- EM.Picasso: Planar Module
- EM.Libera: MoM3D Module
- EM.Illumina: Physical Optics Module
- EM.Ferma: Static Module
- Hybrid Modeling
- Data Visualization and Processing
- Parametric Modeling, Sweep & Optimization
EM.Cube Tutorials
Each tutorial lesson listed below walks you through the basic features of one of EM.Cube's computational modules.
EM.Tempo: FDTD Module Tutorial Lessons
- EM.Tempo In A Nutshell
- FDTD Tutorial Lesson 1 : Analyzing a Center-Fed Resonant Dipole Antenna
- FDTD Tutorial Lesson 2 : Analyzing Scattering from a Sphere
- FDTD Tutorial Lesson 3 : Modeling a Probe-Fed Microstrip Patch Antenna
- FDTD Tutorial Lesson 4 : Analyzing a Planar Microstrip Band-Stop Filter
- FDTD Tutorial Lesson 5 : Modeling Circuits with Lumped Elements
- FDTD Tutorial Lesson 6 : Analyzing a Periodic Frequency Selective Surface
- FDTD Tutorial Lesson 7 : Building Patch Antenna Arrays
- FDTD Tutorial Lesson 8 : Modeling Rectangular Waveguide Structures
- FDTD Tutorial Lesson 9 : Analyzing a Waveguide Bandpass Filter
- FDTD Tutorial Lesson 10 : Designing Pyramidal Horn Antennas
- FDTD Tutorial Lesson 11 : Computing the RCS of a Parabolic Dish Reflector
- FDTD Tutorial Lesson 12 : Modeling a Parabolic Dish Reflector Antenna with a Horn Feed
- FDTD Tutorial Lesson 13 : Simulating a Monopole Antenna Interacting with a Human Head Model
- FDTD Tutorial Lesson 14 : Analyzing the RCS of Ogive and Almond-Shaped Targets
- FDTD Tutorial Lesson 15 : Simulating Antennas Mounted on Aircraft Platforms
- FDTD Tutorial Lesson 16 : A Time-Domain Study of Wave Propagation in Anisotropic Materials
- FDTD Tutorial Lesson 17 : Modeling Propagation of Plane Waves and Gaussian Beams in Left-Handed Metamaterials
EM.Terrano: Propagation Module Tutorial Lessons
- EM.Terrano In A Nutshell
- PROP Tutorial Lesson 1 : Analyzing a Simple Line-Of-Sight Propagation Scene
- PROP Tutorial Lesson 2 : Analyzing a Multipath Outdoor Propagation Scene
- PROP Tutorial Lesson 3 : Modeling a Building Interior
- PROP Tutorial Lesson 4 : Modeling Transmitters & Receivers with Directional Antennas
- PROP Tutorial Lesson 5 : Modeling Terrain
- PROP Tutorial Lesson 6 : Analyzing the Ann Arbor Propagation Scene
- PROP Tutorial Lesson 7 : Simulating the Performance of a Mobile Communications Link in a Multipath Environment
- PROP Tutorial Lesson 8 : Modeling Wireless Propagation in the Manhattan Urban Canyon
- PROP Tutorial Lesson 9 : Analyzing a Network of Sensors in a Mountainous Region
EM.Picasso: Planar Module Tutorial Lessons
- EM.Picasso In A Nutshell
- PMOM Tutorial Lesson 1 : Analyzing a Microstrip-Fed Patch Antenna
- PMOM Tutorial Lesson 2 : Designing a Probe-Fed Patch Antenna
- PMOM Tutorial Lesson 3 : Analyzing a Planar Microstrip Filter
- PMOM Tutorial Lesson 4 : Analyzing a CPW-Fed Folded Slot Antenna
- PMOM Tutorial Lesson 5 : Modeling Periodic Frequency Selective Surfaces
- PMOM Tutorial Lesson 6 : Analyzing Patch Antenna Arrays
- PMOM Tutorial Lesson 7 : Designing a Microstrip Wilkinson Power Divider
- PMOM Tutorial Lesson 8 : Designing a Slot-Coupled Patch Antenna
- PMOM Tutorial Lesson 9 : Analyzing a Linear Slot-Coupled Patch Array with a Corporate Feed Network
EM.Libera: MoM3D Module Tutorial Lessons
Wire MoM Tutorial Lessons:
- WMOM Tutorial Lesson 1 : Analyzing a Center-Fed Resonant Dipole Antenna
- WMOM Tutorial Lesson 2 : Investigating a Circular Loop Antenna Array
- WMOM Tutorial Lesson 3 : Designing a Yagi-Uda Dipole Array
- WMOM Tutorial Lesson 4 : Exploring Monopole Antennas with Different Ground Plane Geometries
Surface MoM Tutorial Lessons:
- SMOM Tutorial Lesson 1 : Analyzing Radar Cross Section of Surface and Solid Targets
- SMOM Tutorial Lesson 2 : Simulating Radiation from Open-Ended Waveguides and Horn Antennas
- SMOM Tutorial Lesson 3 : Analyzing Scattering from a Parabolic Dish Reflector
- SMOM Tutorial Lesson 4 : Investigating Patch Antennas with Complex Finite-Sized Geometries
EM.Illumina: Physical Optics Module Tutorial Lessons
- PO Tutorial Lesson 1 : Analyzing Scattering from Metal Plates
- PO Tutorial Lesson 2 : Computing Radar Cross Section of Corner Reflectors
- PO Tutorial Lesson 3 : Computing Radiation Pattern of Parabolic Dish Reflectors
- PO Tutorial Lesson 4 : Simulating Radiation in the Presence of Large Metallic Shipboard Platforms
- PO Tutorial Lesson 5 : A Study of Polarimetric Scattering from Different Surface Types
EM.Ferma: Static Module Tutorial Lessons
- Static Tutorial Lesson 1 : Calculating the Electric Field and Potential Due to Charges
- Static Tutorial Lesson 2 : Analyzing a Parallel Plate Capacitor
- Static Tutorial Lesson 3 : Examining the Magnetic Field of Lines and Solenoids
- Static Tutorial Lesson 4 : Quasi-Static Analysis of a Microstrip Line
- Static Tutorial Lesson 5 : Modeling Objects Immersed in Uniform Electric Fields
- Static Tutorial Lesson 6 : Simulating Coaxial Cables
- Static Tutorial Lesson 7 : Exploring Coplanar Waveguide Transmission Lines
