Peter Jung – författare

This book is an extensively elaborated treatise on sophisticated channel coding for advanced mobile communications. Setting out from the author''s own experience of university teaching for over three decades, the book covers the most fundamental aspects of sophisticated channel coding ranging for advanced mobile communications beginning with general concepts of information theory and number theory, block coding including cyclic and convolutional codes, important aspects of permutation matrices and Kronecker products and Reed-Muller codes, over convolutional turbo codes and low density parity check (LDPC) codes to polar codes.

This book is an extensively elaborated treatise on physical layer concepts of advanced mobile communications. Setting out from the author''s own experience of university teaching for over three decades, the book covers the most fundamental aspects of physical layer transceivers for mobile communications ranging from approximation schemes such as sampling, the Fourier series and the Fourier transformation over multi-antenna techniques including aspects of curvilinear coordinate systems, tensor calculus, determinant computation rules, array antennas, spatial sampling, details on probability theory and information theory, optimum detection with soft outputs and spatial multiplexing to orthogonal frequency division multiplexing.

This book is an extensively elaborated treatise on sophisticated channel coding for advanced mobile communications. Setting out from the author''s own experience of university teaching for over three decades, the book covers the most fundamental aspects of sophisticated channel coding ranging for advanced mobile communications beginning with general concepts of information theory and number theory, block coding including cyclic and convolutional codes, important aspects of permutation matrices and Kronecker products and Reed-Muller codes, over convolutional turbo codes and low density parity check (LDPC) codes to polar codes.

This book is an extensively elaborated treatise on physical layer concepts of advanced mobile communications. Setting out from the author''s own experience of university teaching for over three decades, the book covers the most fundamental aspects of physical layer transceivers for mobile communications ranging from approximation schemes such as sampling, the Fourier series and the Fourier transformation over multi-antenna techniques including aspects of curvilinear coordinate systems, tensor calculus, determinant computation rules, array antennas, spatial sampling, details on probability theory and information theory, optimum detection with soft outputs and spatial multiplexing to orthogonal frequency division multiplexing.