Policy on Intellectual Property Right (IPR)
Annex 1
1
Introduction
1.1
Description of scenarios
1.1.1
Outside-inside propagation: issues concerning entry-loss reference field
1.1.2
Building propagation loss
1.2
Definition of building entry loss
1.3
Definition of building shadowing loss
1.4
Definition of (e.g. wall) penetration
1.5
Definition of aperture penetration
1.6
Definition of building exit loss
2
Basic principles and theory
2.1
Theory of material electrical properties
2.1.1
Introduction
2.1.2
Method
2.1.3
Frequency dependence of material properties
2.1.4
Models of material properties frequency dependence
2.2
Effects of material structure on radiowave propagation
2.2.1
Plane wave reflection and transmission at a single interface
2.2.2
Plane wave reflection and transmission through single and multilayer
slabs
2.2.3
Effects of non-uniform structures
2.3
Theory and results for frequency selective surface materials
2.3.1
Frequency selective surfaces
2.3.2
Theory for wave propagation around the surface of round convexity array
2.3.3
Calculation results
2.3.4
Measurement
3
Compilations of electrical properties of materials
4
Building loss measurements
4.1
Building entry loss
4.1.1
Building entry loss measurements (Europe)
4.1.2
Building entry loss measurements (Japan)
4.1.3
Building entry loss – slant path measurements
4.1.3.3 Helicopter measurements to
office building
4.1.3.4 Balloon measurements to
domestic buildings (1-6 GHz)
4.2
Losses within buildings
4.3
Building exit loss measurements
4.3.1
Measurement configuration
4.4
Building shadowing loss measurements
Appendix 1 (to § 2.2.2.2) Alternative method to obtain reflection and
transmission coefficients for building materials represented by N
dielectric slabs based on ABCD matrix formulation