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Table of Contents
- About this Wiki
- About the STG (SEAMCAT Technical Group)
- About the source code
- Frequently Asked Questions
- How to register on TracTool?
- Tutorial videos
- Known Issues
- Disclaimer
Introduction
Main structural elements of SEAMCAT
Data elements
- SEAMCAT Data types
- Function entry
- Emissions mask
- Random distributions
- Antenna
- Signal vectors
- How to generate a truncated distribution?
Simulation workspace
Creating SEAMCAT scenario
- Simulation scenario and its programming
- Victim link tab
- Interfering link tab
- Sharing and importing scenarios
Performing a simulation
- Simulation control settings
- Running a simulation (event generation)
- Calculating probability of interference
- Simulation results overview
- Generic system results
- Simulation report
- Logging options and remote server
- Saving results format
CDMA module
- CDMA system tab
- CDMA Link level data
- CDMA simulation algorithm
- CDMA input parameters
- CDMA output results
OFDMA module
Cognitive Radio System module
Library of scenario elements
- Library overview
- Antenna elements
- Spectrum emission mask elements
- Receiver blocking mask elements
- Receiver elements
- Transmitter elements
- CDMA Link level data
- CDMA-OFDMA network
- Propagation model plugins
- Post processing plugins
Propagation models
- Guide to propagation models in SEAMCAT
- How to test propagation model?
- ITU-R P.1546 model
- Extended Hata and Hata-SRD models
- Spherical diffraction model
- Free Space Loss model
- User-defined model (Propagation plug-in)
- JTG5-6 propagation plug-in
- SE42 propagation plug-in
- Longley Rice propagation plug-in
- Winner propagation plug-in
- IEEE 802.11 Model C (modified) plug-in
Special functions
Detailed algorithms/Calculations
- Wanted signal (dRSS)
- Unwanted and blocking signals (iRSS)
- Overloading (iRSS)
- Intermodulation signal (iRSS)
- CDMA simulation algorithm
- OFDMA simulation algorithm
- Location of VLR with ILT (Simulation Radius)
- Location of VLR and ILR (Coverage radius)
- Azimuths and elevations (IT-VR path)
- Azimuths and elevations (within a link)
- Blocking attenuation (VLR)
- unwanted emissions (ILT)
- Power control gain (ILT)
Annexes
Release to be tested by STG
Saving options in SEAMCAT
When you save the content of an active simulation workspace, i.e. the simulation scenario, it is stored in a special file with extension .sws. This is a SEAMCAT-specific file extension used to identify Seamcat Work Space files, which, as their name suggests, contain all input parameters making up the simulation workspace. This .sws format is equivalent to a .zip file (it can be opened by winzip (as of SEAMCAT-4 version) and contains up to 2 xml files, one is called scenario.xml, and the other one is called results.xml. These .xml files can be opened with your internet browser for instance)
If the workspace is saved after completion of simulation, also the results of the most recent simulation are stored in the .sws file. Once created, these .sws files may be later loaded into SEAMCAT (by process of Opening the workspace) in order to continue working with the relevant workspace/scenario, or they could be shared with other users as means of sharing experience or allowing cross-checking of simulation results.
You can save (CTRL+S) or save as your workspace by using the default option SEAMCAT Workspace Files. It will automatically append the .sws extension.
Attachments
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added by jean-philippe 10 months ago.
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added by jean-philippe 10 months ago.
