"EMC VTA" is cost-effective technique for intersystem EMC analysis of spatially-distributed radio objects allocated at ground / sea surface and/or in air space
Advantages and features of "EMC VTA":
- Opportunity to avoid expensive physical polygon tests when checking the effectiveness of operation of sophisticated heterogeneous groups of radio systems.
- High objectivity of electromagnetic environment modeling by the use of modern geoinformation systems, digital area maps, and radio-wave propagation models recommended by International Telecommunication Union (ITU-R models).
- Extra high informativity of the original Automated Double-Frequency Testing Technique (ADFTT), which is used for characterization of radio receivers - potential receptors of intersystem radio interference.
- Extra high efficiency of the original EMC Discrete Nonlinear Analysis (EMC DNA) technique, which is used for behavior simulation of receiver’s operation in severe (very complicated) electromagnetic environment.
- High efficiency, accuracy, information security, and low cost of software-controlled physical modelling of the radio receiver in laboratory conditions by using the equipment of Automated Double-Frequency Testing System (ADFTS).
- Optimal combination of mathematical and physical modelling of the radio receiver behavior in severe electromagnetic environment.
- Efficient and low-cost EMC analysis for many variants of area and frequency allocations of radio systems (and/or for many scenarios of a new radio system allocation in the region of spatially-distributed radio objects).
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