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2.7 Running and stopping a simulation
A simulation is started when clicking on the Start button in the simulation control part of the S...
2.6 Batch operation
The SEAMCAT's Batch function allows automation of repetitive compatibility studies by scheduling...
2.5 Create or update a simulation workspace
To start, create a new workspace (see 1 in Figure 25 or open an existing one (2). ...
2.4.2 Results workspace
When a simulation is performed, SEAMCAT automatically generates a separate workspace to contain t...
2.4.1 Scenario workspace
A scenario workspace can be seen as a working environment for a given study where all input field...
2.3 Typical SEAMCAT workflow
When using SEAMCAT for a compatibility analysis, a typical workflow would be as follows: Create...
2.2 Welcome to SEAMCAT window
Every time SEAMCAT is launched, a welcome dialog box is displayed which allows the selection of v...
2.1 Quick buttons toolbar
A ‘quick buttons’ toolbar with access to the most commonly used features is avaialable at the top...
1.9 Reference material and ECC / CEPT reports
Existing workspaces (i.e. .sws files) which have been generated as part of some ECC report or CEP...
1.8.2 SEAMCAT community - more than STG
SEAMCAT allows building customized library of components (systems, antennas etc.) or use those cr...
1.8.1 SEAMCAT Technical Group (STG)
The SEAMCAT project is an ongoing WG SE (Working Group Spectrum Engineering) activity (Figure 16)...
1.7.4 Multi processing power in SEAMCAT
As of version 5, SEAMCAT is able to run in multiprocessor environments to increase the computatio...
1.7.3 Java source code
The source code for SEAMCAT is made available for scrutiny. The only condition for obtaining a c...
1.7.2 SEAMCAT home directory and configuration panel
When SEAMCAT (5 and upward) is run, a folder (SEAMCAT home directory) will be automatically creat...
1.7.1 Installation using .jar package
SEAMCAT is an open source project developed using Java which means it can run on any operating sy...
1.6 Understanding Radio Jargon
Many common terms in RF engineering are used differently depending on the specific community wher...
1.5 Applicability of SEAMCAT to spectrum engineering problems
SEAMCAT can address virtually all radio interference scenarios on terrestrial[1] paths in both co...
1.4.10 Interference calculation
SEAMCAT calculates the probability of interference for generic (i.e. non-cellular) victim systems...
1.4.9 Combined interference mechanism
The combination of the unwanted emissions and receiver blocking can also be studied simultaneousl...
1.4.8 Overloading
Overloading threshold is the minimum interfering signal levelat which the receiver loses its abil...