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Cell planning for wireless communications / Manuel F. Cáteda, Jesús Perez-Arriaga.

By: Contributor(s): Material type: TextTextSeries: Artech House mobile communications libraryPublication details: Boston, Mass. : Artech House, 1999.Description: 1 online resource (xvi, 199 pages) : illustrationsContent type:
  • text
Media type:
  • computer
Carrier type:
  • online resource
ISBN:
  • 1580532144
  • 9781580532143
Subject(s): Genre/Form: Additional physical formats: Print version:: Cell planning for wireless communications.DDC classification:
  • 621.3845/6 21
LOC classification:
  • TK5103.485 .C38 1999eb
Online resources:
Contents:
Cells, Microcells, and Picocells -- Book Structure -- Review of GTD/UTD and Physical Optics Techniques -- GTD/UTD Approach -- Direct Field -- Reflected Field -- Edge-Diffracted Field -- Transmitted Field -- Multiple Effects -- Validation of GTD/UTD Models -- Application of GTD/UTD on SemiDeterministic Models -- Physical Optics -- Application of Physical Optics in Semi-Deterministic Propagation Models: Multiple Knife-Edge Diffraction -- Application of Physical Optics in Deterministic Propagation Models: Scattering Field -- Vector Transformations -- Vector Transformations Between Rectangular and Spherical Coordinate Systems -- Vector Transformations Between Rectangular Coordinate Systems -- Vector Transformations Between Spherical Coordinate Systems -- Fresnel Transition Function -- Ray-Tracing Techniques -- Geometrical and Morphological Models -- Geometric Description -- Morphological Models -- Faceted Models -- Rationale for Ray-Tracing: The Shadowing Problem -- Ray Propagation Models -- The Shooting and Bouncing Rays Method -- Image Method -- Ray-Tracing Acceleration Techniques -- The Binary Space Partitioning Algorithm -- The Space Volumetric Partitioning Algorithm -- The Angular Z-Buffer Algorithm -- Rigorous Determination of Diffraction Points -- Rigorous Ray-Facet Intersection Algorithms -- Ray Intersection Algorithms With Arbitrary 3D Facets -- Ray Intersection Algorithms With Particular 3D Facets -- Normal Vector of an Arbitrary Facet -- Backface Culling.
Holdings
Item type Current library Collection Call number Status Date due Barcode Item holds
eBook eBook e-Library EBSCO Technology Available
Total holds: 0

Includes bibliographical references and index.

Cells, Microcells, and Picocells -- Book Structure -- Review of GTD/UTD and Physical Optics Techniques -- GTD/UTD Approach -- Direct Field -- Reflected Field -- Edge-Diffracted Field -- Transmitted Field -- Multiple Effects -- Validation of GTD/UTD Models -- Application of GTD/UTD on SemiDeterministic Models -- Physical Optics -- Application of Physical Optics in Semi-Deterministic Propagation Models: Multiple Knife-Edge Diffraction -- Application of Physical Optics in Deterministic Propagation Models: Scattering Field -- Vector Transformations -- Vector Transformations Between Rectangular and Spherical Coordinate Systems -- Vector Transformations Between Rectangular Coordinate Systems -- Vector Transformations Between Spherical Coordinate Systems -- Fresnel Transition Function -- Ray-Tracing Techniques -- Geometrical and Morphological Models -- Geometric Description -- Morphological Models -- Faceted Models -- Rationale for Ray-Tracing: The Shadowing Problem -- Ray Propagation Models -- The Shooting and Bouncing Rays Method -- Image Method -- Ray-Tracing Acceleration Techniques -- The Binary Space Partitioning Algorithm -- The Space Volumetric Partitioning Algorithm -- The Angular Z-Buffer Algorithm -- Rigorous Determination of Diffraction Points -- Rigorous Ray-Facet Intersection Algorithms -- Ray Intersection Algorithms With Arbitrary 3D Facets -- Ray Intersection Algorithms With Particular 3D Facets -- Normal Vector of an Arbitrary Facet -- Backface Culling.

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