Advanced Small Modular Reactors (SMRs) are explored as innovative solutions for safe and clean nuclear power, with varying sizes and technologies under development in the U.S. These reactors, ranging from a few megawatts to hundreds, can serve multiple purposes, including power generation and desalination. The book highlights the advantages of SMRs, such as reduced capital costs, flexibility in location, and enhanced safety measures. Additionally, it discusses the potential of GEN-IV nuclear power plants as efficient renewable energy sources, emphasizing their security and nonproliferation benefits.
Focusing on the fundamentals of thermodynamics, this book provides essential knowledge for understanding electrical power generation systems, particularly in the context of nuclear reactor power. It highlights the application of thermodynamic principles, making it a valuable resource for those interested in the intersection of energy generation and nuclear technology.
The book explores a novel approach to treating neurological disorders through non-invasive electrical brain stimulation. It details a closed-loop, feedback-controlled system designed to enhance both individual and group performance. By focusing on innovative techniques, the authors aim to provide insights into the potential benefits of this technology in addressing various neurological challenges.
Focusing on the advancements in Nuclear Air-Brayton Power Plant Cycles, this second edition highlights their benefits for sodium-cooled reactors and the potential for higher temperature systems like molten salts. It explores integration with renewable energy sources to create a low carbon grid. The book covers thermodynamic principles, various Nuclear Air-Brayton systems, and offers estimates for Small Modular Reactor components and performance. Updated tables and revised chapters reflect the latest technology and research findings since the previous edition.
The book covers a wide array of topics in security, addressing both theoretical and practical aspects. It begins with a keynote address on the security-usability chasm and delves into network security, exploring how real-world factors influence internet worm propagation and presenting an OS security protection model to counter network attacks. It also discusses a secure intra-domain routing protocol for wireless mesh networks.
In the realm of cryptography, the text examines genetic algorithm-based steganography using wavelets, cryptanalysis of various protocols, and presents a near-optimal S-Box design. It introduces a software framework for autonomic security in pervasive environments and discusses distributed logical public-key hierarchies.
Keynote talks focus on data privacy challenges and solutions, while protocols section presents secure chaotic synchronization and multi-authority proactive election schemes. Short papers investigate diverse topics, including detecting scanner-printer usage for fake documents, zero-knowledge password proofs for phishing attacks, and dynamic honeypot simulations to counter DDoS attacks.
Additionally, the book emphasizes knowledge-based classification of abnormal BGP events and automated privilege separation, along with detection and recognition strategies, including constructing a common enumeration for cross-site scripting vulnerabilities and performance analysis of multi-sensor fing
