Networks & Quantum Computing de Brian A. Germanno

Networks & Quantum Computing

Brian A. Germanno

This book presents and discusses research in the field of computer science, with a particular focus on network systems and quantum computing. Topics discussed herein include Ad Hoc Networks; integrity and authenticity mechanisms for sensor networks; dimensions of complex networks and zeta functions; artificial neural networks for learning; quantum computation and quantum games; decomposition of general quantum gates; and quantum genetic algorithms.

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Cuprins

Preface; Countermeasures Against Radio Jamming Attacks in Wireless Sensor Networks; Intrusion Detection & Response in Ad Hoc Networks; Malicious Attacks on Ad Hoc Network Routing Protocols; Trust Based Clustering for Key Management Scheme in Ad Hoc Network (TBCKMS); Integrity & Authenticity Mechanisms for Sensor Networks; Vertical Handoff Schemes for Interworking of 3G Cellular Networks & Wireless LAN; Innovative Network Emulations Using the NCTUNS Tool; Design of Survivable VoIP Networks Using the VPN Concept; On Implementation of Ferrite Magnetostatic/Magnetoelectric Particles For Quantum Computation; De?ning the Dimension of a Complex Network & Zeta Functions; High Resolution Direction-of-Arrival Estimation & Location Determination in Wireless Networks; Power & Network Status Aware Media Applications; Artificial Neural Networks for Learning & Decision Making in Multi-agent Robot Soccer Systems; Quantum Computation from Computer Science View; NMR & The Problem of Quantum Computer Creation: New Outlook; Quantum Games & Programmable Quantum Systems; Monodromic Quantum Computing; Application of Geometric Phase in Quantum Computations; Decompositions of General Quantum Gates; On the Optimal Mean Photon Number for Quantum Cryptography; A Formal Approach to Quantum Genetic Algorithms; Tradeoff in Quantum Amplitude Amplification Techniques; The Fraunhofer Quantum Computing Simulator; Index.