Mireille Levy holds a PhD in mathematics from the Paris University Pierre et Marie Curie. She is head of the modelling group at the Radio Communications Research Unit of the Rutherford Appleton Laboratory, working on radiowave propagation and scattering. She is a Member of the IET and a Senior Member of the IEEE. She was awarded the Electronics Letters Premium in 1990.

'In summary, this excellent book is suitable for graduate students, research engineers and applied mathematicians.'

• Chapter 1: IntroductionChapter 2: Parabolic equation frameworkChapter 3: Parabolic equation algorithmsChapter 4: Tropospheric radiowave propagationChapter 5: Rays and modesChapter 6: Oversea propagationChapter 7: Irregular terrain modellingChapter 8: Domain truncationChapter 9: Impedance boundary modellingChapter 10: Propagation over the rough sea surfaceChapter 11: Hybrid methodsChapter 12: Two-dimensional scatteringChapter 13: Three-dimensional scattering for the scalar wave equationChapter 14: Vector PEAppendices

Mireille Levy holds a PhD in mathematics from the Paris University Pierre et Marie Curie. She is head of the modelling group at the Radio Communications Research Unit of the Rutherford Appleton Laboratory, working on radiowave propagation and scattering. She is a Member of the IET and a Senior Member of the IEEE. She was awarded the Electronics Letters Premium in 1990.

'In summary, this excellent book is suitable for graduate students, research engineers and applied mathematicians.'

• Chapter 1: IntroductionChapter 2: Parabolic equation frameworkChapter 3: Parabolic equation algorithmsChapter 4: Tropospheric radiowave propagationChapter 5: Rays and modesChapter 6: Oversea propagationChapter 7: Irregular terrain modellingChapter 8: Domain truncationChapter 9: Impedance boundary modellingChapter 10: Propagation over the rough sea surfaceChapter 11: Hybrid methodsChapter 12: Two-dimensional scatteringChapter 13: Three-dimensional scattering for the scalar wave equationChapter 14: Vector PEAppendices

Mireille Levy holds a PhD in mathematics from the Paris University Pierre et Marie Curie. She is head of the modelling group at the Radio Communications Research Unit of the Rutherford Appleton Laboratory, working on radiowave propagation and scattering. She is a Member of the IET and a Senior Member of the IEEE. She was awarded the Electronics Letters Premium in 1990.

'In summary, this excellent book is suitable for graduate students, research engineers and applied mathematicians.'

• Chapter 1: IntroductionChapter 2: Parabolic equation frameworkChapter 3: Parabolic equation algorithmsChapter 4: Tropospheric radiowave propagationChapter 5: Rays and modesChapter 6: Oversea propagationChapter 7: Irregular terrain modellingChapter 8: Domain truncationChapter 9: Impedance boundary modellingChapter 10: Propagation over the rough sea surfaceChapter 11: Hybrid methodsChapter 12: Two-dimensional scatteringChapter 13: Three-dimensional scattering for the scalar wave equationChapter 14: Vector PEAppendices