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Politics and Institutions in an Integrated Europe
In this volume, a group of distinguished economists, political scientists, and sociologists analyze the political economy of European integration. The authors evaluate recent developments in European politics and institutions. They consider the current situation and prospects for the future of an integrated Europe. This book will be of great interest to observers, scholars, and students of European economic and political affairs, macroeconomic policy, institutional analysis, and comparative and international political economy. The book is unique in combining perspectives from economics and political science and provides in-depth analysis of the new European institutions. It is published in conjunction with "Monetary and Fiscal Policy in an Integrated Europe" by the same editors.
Monetary and Fiscal Policy in an Integrated Europe
In this volume, a group of distinguished economists and political scientists analyze the political economy of European integration, evaluating recent developments in European monetary and fiscal policy. They consider the current situation, as well as the prospects for an Integrated Europe. The book is unique in combining perspectives from economics and political science and provides an in-depth analysis of the new European institutions. The book will be of great interest to observers, scholars, and students of European economic and political affairs, macroeconomic policy, institutional analysis, and comparative and international political economy. Published in conjunction with "Politics and Institutions in an Integrated Europe" by the same editors.
Motion Compensation for Near-Range Synthetic Aperture Radar Applications
The work focuses on the analysis of influences of motion errors on near-range SAR applications and design of specific motion measuring and compensation algorithms. First, a novel metric to determine the optimum antenna beamwidth is proposed. Then, a comprehensive investigation of influences of motion errors on the SAR image is provided. On this ground, new algorithms for motion measuring and compensation using low cost inertial measurement units (IMU) are developed and successfully demonstrated.
AlGaN/GaN-HEMT power amplifiers with optimized power-added efficiency for X-band applications
This work has arisen out of the strong demand for a superior power-added efficiency (PAE) of AlGaN/GaN high electron mobility transistor (HEMT) high-power amplifiers (HPAs) that are part of any advanced wireless multifunctional RF-system with limited prime energy. Different concepts and approaches on device and design level for PAE improvements are analyzed, e.g. structural and layout changes of the GaN transistor and advanced circuit design techniques for PAE improvements of GaN HEMT HPAs.
Strategies for Time Domain Characterization of UWB Components and Systems
In this work new methods and criteria for the analysis of Ultra Wideband (UWB) components and systems are introduced. This permit to have a deeper insight into the component characteristics like signal distortion, ringing and dispersion, introduced by the non-ideal behavior of the UWB components over the wide frequency band. The developed analyses are the basis for correction and optimization strategies for the features of the UWB components and systems, compensating for their non-idealities.
Analysis and Design of Multiple Element Antennas for Urban Communication
This work focuses on the analysis and design of multiple element antennas (MEA) and their interaction with the propagation channel. In particular, attention is given to urban channels and how its information throughput, i.e. capacity, can be improved. With this in mind, this work extends an existing network model of the communication system in order to reduce computation time, investigates the communicational limits of MEA systems and proposes a synthesis method for capacity maximization.
Highly Resolved Synthetic Aperture Radar with Beam Steering
The present work deals with a highly resolved radar with a synthetic aperture (synthetic aperture radar - SAR), which uses a beam steering to improve performance. The first part of this work deals with the influence of various effects occurring in the hardware of the High-Resolution Wide-Swath SAR (HRWS SAR) system. A special focus was set to single bit quantization in multi-channel receiver. The second part of this work describes SAR processors for Sliding Spotlight mode.
