Add to ORKGWithin a project for forest fire observation investigations upon the transmission of foliage at millimeterwave frequencies were conducted. Attenuations in dependence of frequency and state of foliage were measured during long term experiments covering all relevant stages of foliage development. In addition results of radiometric measurements on open fire through vegetation are discussed
International audienceThe objective of this study is to analyze the potential interest of microwave ...
The investigation of forest fire ash has been presented for the analysis of microwave and millimeter...
Australian vegetation is fire-prone. Every year, wet and dry sclerophyll forests of Western Austral...
A field experiment was performed with an L- and X-band radiometer operating at 1.4 GHz and 11.4 GHz ...
Propagation of electromagnetic waves through canopies of wood are of interest for he choice of opera...
Foliage attenuation is one of the key impairments in millimeter wave propagation. Existing literatur...
As wireless communication moves from long to short ranges with considerably lower antenna heights, t...
In this thesis, a detailed study on channel characterization and modeling of the forested environmen...
The dependence of vegetation attenuation on foliage density has been investigated. Measurements were...
62nd ARFTG Microwave Measurements Conference, ARFTG 2003 --4 December 2003 through 5 December 2003 -...
The need to understand the interaction of microwaves with vegetation canopies has markedly increased...
Measurements on single trees, group of trees and lines of trees have been undertaken at microwave fr...
The microwave Forest Soil Moisture Experiment (FOSMEX) was performed at a deciduous forest site at t...
181-185The result of the measurements made in ‘Sub-tropical pine forest’ to study their effect on ra...
textRecently, there is emerging interests in deploying wireless sensor networks in forests for appli...
International audienceThe objective of this study is to analyze the potential interest of microwave ...
The investigation of forest fire ash has been presented for the analysis of microwave and millimeter...
Australian vegetation is fire-prone. Every year, wet and dry sclerophyll forests of Western Austral...
A field experiment was performed with an L- and X-band radiometer operating at 1.4 GHz and 11.4 GHz ...
Propagation of electromagnetic waves through canopies of wood are of interest for he choice of opera...
Foliage attenuation is one of the key impairments in millimeter wave propagation. Existing literatur...
As wireless communication moves from long to short ranges with considerably lower antenna heights, t...
In this thesis, a detailed study on channel characterization and modeling of the forested environmen...
The dependence of vegetation attenuation on foliage density has been investigated. Measurements were...
62nd ARFTG Microwave Measurements Conference, ARFTG 2003 --4 December 2003 through 5 December 2003 -...
The need to understand the interaction of microwaves with vegetation canopies has markedly increased...
Measurements on single trees, group of trees and lines of trees have been undertaken at microwave fr...
The microwave Forest Soil Moisture Experiment (FOSMEX) was performed at a deciduous forest site at t...
181-185The result of the measurements made in ‘Sub-tropical pine forest’ to study their effect on ra...
textRecently, there is emerging interests in deploying wireless sensor networks in forests for appli...
International audienceThe objective of this study is to analyze the potential interest of microwave ...
The investigation of forest fire ash has been presented for the analysis of microwave and millimeter...
Australian vegetation is fire-prone. Every year, wet and dry sclerophyll forests of Western Austral...