Sitater (vår oversettelse)
"gjeldende standardiserte ekstrapoleringsmetoder kan overestimere reelle eksponeringsnivåer i betydelig grad"
[original: "currently standardized extrapolation approaches may significantly overestimate realistic exposure levels"]
"Konvensjonelle worst-case-metoder basert på statiske antennemønstre overestimerer reelle eksponeringsnivåer i betydelig grad."
[original: "Conventional worst-case methodologies based on static antenna patterns significantly overestimate realistic exposure levels."]
"For å overkomme de påtrufne vanskelighetene bekrefter studien gyldigheten av en alternativ tilnærming, basert på zero-span-måleteknikken under påtvunget trafikk, som inngår blant metodene foreslått i de italienske SNPA-retningslinjene."
[original: "To overcome the encountered difficulties, the study confirms the validity of an alternative approach, based on the zero-span measurement technique during traffic forcing, which is included among the methodologies proposed in the Italian SNPA Guidelines."]
Sted
📍 Italia
EMF Signal - vi følger EMF-samtalen verden over
5G NR Long Term Measurement of the Exposure Generated by MaMIMO Antennas
Galati A, Crozzoli M, Petroulakis N, Bolte JFB, Korkmaz E, Schiavoni A (2026) 2026 IEEE International Symposium on Measurement in Networking and Communications (MNC), Naples, Italy
Bridging Scalar and Vectorial RF EMF Assessment in 5G Massive MIMO Networks Using Spatial-Temporal Power Reduction Factors
Valbonesi S, Suman R, D'elia S, Garzia A, Grazioso P (2026) 2026 IEEE International Symposium on Measurement in Networking and Communications (MNC), Naples, Italy
Comparison of Methodologies for 5G Signal Extrapolation: experiences in real sites, from IEC 62232 Standard Formula to Zero-Span Measurements
Notari B, Tiberti M, Tedeschini M, Cremona M, De Sena E, Tinarelli R, Taddei I, Fusillo E, Bontempelli D, Colantonio S, Chiovaro S, Caccoli A (2026) 2026 IEEE International Symposium on Measurement in Networking and Communications (MNC), Naples, Italy
