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"Contents :- Table of Contents by Author - Acronym Guide - Part I. Converged Infrastructure: A. Network Design and Elements - B. IN/MGN Convergence - C. Standards, Protocols, and Quality of Service - D. Migration Issues - E. OSS Issues - Part II. IP Applications and Services: A. Service Creation - B. Voice over IP - C. Mobile Data Services - D. Location Services - E. IP VPNs - F. Enhanced IP Services "

"The author offers an extensive overview of the most practical and efficient modern techniques used in the design and implementation of secure computation and related protocols. After an introduction that sets secure computation in its larger context of other privacy-enhancing technologies such as secure channels and trusted computing, he covers the basics of practically efficient secure function evaluation, circuit optimizations and constructions, hardware-assisted garbled circuit protocols, and the modular design of efficient SFE protocols."

"Internet of things (IoT) bertujuan untuk membuat dunia cerdas dimana realita dan virtual bersatu untuk membuat lingkungan pintar dengan cara menyediakan kemampuan lebih pada bidang daya, kesehatan, transport, kota, industri, bangunan dan lainnya dalam kehidupan sehari - hari. IPv6 sudah menjadi standar de-facto untuk aplikasi Internet of Things (IoT) terutama pada sistem automasi perumahan dan bangunan dan LLN adalah salah satu perangkat jaringan sensor nikabel dengan daya rendah yang mendukung IoT. Pada penulisan ini dijelaskan rancang bangun pengembangan dari Routing Protocol for Low Power and Lossy Network (RPL), yang merupakan protokol routing yang menggunakan metode Destination Oriented Directed Acyclic Graph (DODAG) dengan tujuan untuk meningkatkan kinerja sistem LLN. Desain sistem ini menggunakan penggabungan objective function zero dan algoritma ME trickle bertujuan untuk menurunkan penggunaan daya. Perancangan dan simulasi dilakukan dengan software Contiki OS: Cooja simulator yang merupakan simulator jaringan yang dirancang khusus untuk jaringan sensor nirkabel. Kinerja sistem dievaluasi berdasarkan parameter konsumsi daya, Packet Delivery Ratio, latensi dan Convergence time pada jaringan. Hasil simulasi menunjukan bahwa sistem dengan OF trickle modification dapat mereduksi convergence time hingga 15%, konsumsi daya 8% dan latensi 9%. Sistem ini juga tetap memberikan performa yang efisien dengan rata – rata PDR 93.8%.

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Internet of things (IoT) aims to create a smart world where reality and virtuality unite to create smart environments by providing more capabilities in the fields of energy, health, transportation, cities, industry, buildings and more in everyday life. IPv6 has become the de-facto standard for Internet of Things (IoT) applications, especially in residential and building automation systems and LLN is one of those low power device that support IoT. This paper explains the enhancement design of Routing Protocol for Low-Power and Lossy Networks (RPL), which is a routing protocol that uses the Destination Oriented Directed Acyclic Graph (DODAG) method to improve the performance of LLN system. The system design uses a combination of objective function zero and the ME trickle algorithm aims to reduce power usage. The design and simulation is done with Contiki OS software: Cooja simulator which is a network simulator designed specifically for wireless sensor networks. System performance is evaluated based on parameters of power consumption, Packet Delivery Ratio, latency and convergence time on the network. Simulation results show that a system with OF trickle modification can reduce convergence time by 15%, power consumption by 8% and latency by 9%. This system also continues to provide efficient performance with an average PDR of 93.8%."

"This book offers a hands-on guide to designing, analyzing and debugging a communication infrastructure based on the controller area network (CAN) bus. It focuses on practical implementation and the implications of design choices at all levels"

"Thorough and comprehensive coverage from one of the foremost experts in browser security.' --Tavis Ormandy, Google Inc. Modern web applications are built on a tangle of technologies that have been developed over time and then haphazardly pieced together. Every piece of the web application stack, from HTTP requests to browser-side scripts, comes with important yet subtle security consequences. To keep users safe, it is essential for developers to confidently navigate this landscape.In The Tangled Web, Michal Zalewski, one of the world's top browser security experts, offers a compelling narrative that explains exactly how browsers work and why they're fundamentally insecure. Rather than dispense simplistic advice on vulnerabilities, Zalewski examines the entire browser security model, revealing weak points and providing crucial information for shoring up web application security. You'll learn how to: Perform common but surprisingly complex tasks such as URL parsing and HTML sanitization Use modern security features like Strict Transport Security, CSP, and CORS Leverage many variants of the same-origin policy to safely compartmentalize complex web applications and protect user credentials in case of XSS bugs Build mashups and embed gadgets without getting stung by the tricky frame navigation policy Embed or host user-supplied content without running into the trap of content sniffing For quick reference, "Security Engineering Cheat Sheets' at the end of each chapter offer ready solutions to problems you're most likely to encounter. With coverage extending as far as planned HTML5 features, The Tangled Web will help you create secure web applications to stand the test of time."