Mishra – författare

A highly practical guide rooted in theory to include the necessary background for taking the reader through the planning, implementation and management stages for each type of cellular network. Present day cellular networks are a mixture of the technologies like GSM, EGPRS and WCDMA. They even contain features of the technologies that will lead us to the fourth generation networks. Designing and optimising these complex networks requires much deeper understanding. Advanced Cellular Network Planning and Optimisation presents radio, transmission and core network planning and optimisation aspects for GSM, EGPRS and WCDMA networks with focus on practical aspects of the field. Experts from each of the domains have brought their experiences under one book making it an essential read for design practitioners, experts, scientists and students working in the cellular industry.Key Highlights Focus on radio, transmission and core network planning and optimisationCovers GSM, EGPRS, WCDMA network planning & optimisationGives an introduction to the networks/technologies beyond WCDMA, and explores its current status and future potentialExamines the full range of potential scenarios and problems faced by those who design cellular networks and provides advice and solutions all backed up with real-world examplesThis text will serve as a handbook to anyone engaged in the design, deployment, performance and business of Cellular Networks."Efficient planning and optimization of mobile networks are key to guarantee superior quality of service and user experience. They also form the essential foundation for the success of future technology development, making this book a valuable read on the road towards 4G."—Tero Ojanperä, Chief Technology Officer, Nokia Networks

This book contains a selection of papers presented at APME '99 ( Third International Symposium on Advanced Polymers via Macromolecular Engineering --- Colonial Williamsburg, VA, USA, July/August 1999). The book focuses on the synthesis of targeted polymers with specific properties using macromolecular architecture. Various controlled polymerization techniques such as ionic, metathesis and recently developed 'living'/controlled polymerization and some of their combinations are covered. Polymers with different topologies such as block and graft copolymers, hyper branched polymers, heteroarm polymers, dentrimers, segmented networks and supramolecular systems are presented with emphasis on the special characteristics that influence their amphiphilic, liquid crystalline, complexation, thermo- and photosensitive and catalytic properties. The uses of such macromolecular structures in various fields such as surface modifiers, catalysts and coating and biomedical applications are also discussed.