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Distributed technologies work without the necessity of a middleman. Until blockchain technology came into the limelight, users were forced to exchanged value and trade employing a third-party intermediary. What started off as a means to solve the barriers around global transaction of currencies, is now being evolved into a technological paradigm shift that could potentially impact and improve many forms of industries. A lot of people around the world confuses the market dynamics and conditions of cryptocurrencies with the underlying technology. Every time the market goes bullish, it is branded as a bubble. When it corrects by over 80%, it is branded as a scam. But how many of us looked at the US stock market charts and compared it with the performance of the cryptocurrencies? Bitcoin has paved the way for a new technological evolution, but is the technology maturing or is it at the brink of destruction? What are the real-life use cases? This book is an attempt to look into the world of decentralisation and why they are beneficial for society. As scalability is an essential factor for the existence of blockchain, this book sheds light on the current advancement in solving immediate scalability problems and how it could revolutionise the financial and economic sector. This is not an attempt to explain speculative use cases.In essence, it is an attempt to highlight the existing companies that have successfully built a product, the startups working around the world to solve the scalability issues around blockchain technology. To separate the signal from the noise, this book is a must-read for the technology enthusiasts. Farabi, the author of Exponential Progress, is the Head of Research at IntelXSys™ and working as one of the Research Experience Leads for Clinical Research and Innovation (CRI) module at the Imperial College London. He has worked with over 100 companies as a technology consultant and spoken at a number of international conferences around the world.
The Internet of Things (IoT) is a technology that enables a network of physical items (things) to sense physical events, transmit data, and interact with their environment in order to make decisions or monitor certain processes and occurrences without the need for human contact. This may be accomplished through the use of the internet. The desire to make it simpler to collect data in real time and to offer automatic and remotecontrol mechanisms as a substitute for the conventional monitoring and control systems used in many sectors today was one of the most significant reasons for the development of IoT systems. This goal has been one of the most important reasons for the development of IoT systems. Manufacturing, environmental monitoring, digital agriculture, smart cities and homes, business management, and asset tracking are some of the sectors that fall under this category. It is expected that the number of devices that are connected to one another will have topped 20 billion by the year 2020. Because of these growing demands and the huge penetration of IoT across a wide variety of rising industries, quick innovation in the existing IoT protocols, technologies, and architectures is necessary, as well as significant work to define IoT standards that will enable these developments. The Internet of Things (IoT) generates large volumes of data, which demands the availability of network connectivity as well as power, processing, and storage resources in order to transform this data into information or services that have any value. When implementing IoT networks, it is vital to emphasize cybersecurity and data privacy in addition to guaranteeing consistent connections and the scalability of the network. Other important considerations include ensuring that the network can be expanded. At the moment, centralized architectural models are utilized in an extensive manner to authenticate, authorize, and link the numerous nodes that make up an Internet of Things network. Moreover, these models are used to represent the Internet of Things. Because there will be a rising number of devices, which might reach hundreds of billions, centralized systems will break down and fail when the centralized server is not accessible. As a potential answer to this issue, a decentralized architecture for the Internet of Things was proposed. This design relocates some of the processing tasks that occur within the network to the periphery of the network.
This fourth edition of the well-established practitioner text sets out what constitutes an electronic signature, the form an electronic signature can take, and discusses the issues relating to evidence - illustrated by analysis of relevant case law and legislation from a wide range of common law and civil law jurisdictions. Stephen Mason is a leading authority on electronic signatures and electronic evidence, having advised global corporations and governments on these topics. He is also the editor of Electronic Evidence and International Electronic Evidence, and he founded the international open-source journal Digital Evidence and Electronic Signature Law Review in 2004. This book is also available online at http: //ials.sas.ac.uk/digital/humanities-digital-library/observing-law-ials-open-book-service-law.
This book constitutes the thoroughly refereed post-proceedings of the International Symposium on Trustworthy Global Computing, TGC 2005, held in Edinburgh, UK, in April 2005, and colocated with the events of ETAPS 2005. The 11 revised full papers presented together with 8 papers contributed by the invited speakers were carefully selected during 2 rounds of reviewing and improvement from numerous submissions. Topical issues covered by the workshop are resource usage, language-based security, theories of trust and authentication, privacy, reliability and business integrity access control and mechanisms for enforcing them, models of interaction and dynamic components management, language concepts and abstraction mechanisms, test generators, symbolic interpreters, type checkers, finite state model checkers, theorem provers, software principles to support debugging and verification.
Blockchain is one of the frontier technologies significantly affecting the way businesses operate while revolutionizing numerous innovation ecosystems, including the intellectual property (IP) ecosystem. This white paper explores potential applications and opportunities presented by blockchain to the existing IP ecosystems. It also identifies the challenges and issues that should be addressed to determine feasibility and cost-efficiency.
This book features original papers from International Conference on Expert Clouds and Applications (ICOECA 2021), organized by GITAM School of Technology, Bangalore, India during February 18–19, 2021. It covers new research insights on artificial intelligence, big data, cloud computing, sustainability, and knowledge-based expert systems. The book discusses innovative research from all aspects including theoretical, practical, and experimental domains that pertain to the expert systems, sustainable clouds, and artificial intelligence technologies.
This book includes the best works presented at the scientific and practical conference that took place on February 1, 2018 in Pyatigorsk, Russia on the topic “Perspectives on the use of New Information and Communication Technology (ICT) in the Modern Economy”. The conference was organized by the Institute of Scientific Communications (Volgograd, Russia), the Center for Marketing Initiatives (Stavropol, Russia), and Pyatigorsk State University (Pyatigorsk, Russia). The book present the results of research on the complex new information and communication technologies in the modern economy and law as well as research that explore limits of and opportunities for their usage. The target audience of this book includes undergraduates and postgraduates, university lecturers, experts, and researchers studying various issues concerning the use of new information and communication technologies in modern economies. The book includes research on the following current topics in modern economic science: new challenges and opportunities for establishing information economies under the influence of scientific and technical advances, digital economy as a new vector of development of the modern global economy, economic and legal aspects of using new information and communication technologies in developed and developing countries, priorities of using the new information and communication technologies in modern economies, platforms of communication integration in tourism using new information and communication technologies, and economic and legal managerial aspects and peculiarities of scientific research on the information society.
Archiving has become an increasingly complex process. The challenge is no longer how to store the data but how to store it intelligently, in order to exploit it over time, while maintaining its integrity and authenticity. Digital technologies bring about major transformations, not only in terms of the types of documents that are transferred to and stored in archives, in the behaviors and practices of the humanities and social sciences (digital humanities), but also in terms of the volume of data and the technological capacity for managing and preserving archives (Big Data). Archives in The Digital Age focuses on the impact of these various digital transformations on archives, and examines how the right to memory and the information of future generations is confronted with the right to be forgotten; a digital prerogative that guarantees individuals their private lives and freedoms.
Autonomous driving is an emerging field. Vehicles are equipped with different systems such as radar, lidar, GPS etc. that enable the vehicle to make decisions and navigate without user's input, but there are still concerns regarding safety and security. This book analyses the security needs and solutions which are beneficial to autonomous driving.
Unlock the future of finance with Blockchain, Crypto, and DeFi Step into the realm of blockchain and cryptocurrency like never before with Blockchain, Crypto, and DeFi: Bridging Finance and Technology. Crafted by Marco Di Maggio, not just a Harvard Professor of Finance but an esteemed advisor to giants like Coinbase, this is your roadmap from foundational theories to cutting-edge applications. This is far from an academic discourse detached from reality; it seamlessly integrates theory with practice through detailed case studies and practical coding tutorials. Navigating the digital landscape today demands more than just passing familiarity with the latest technologies. Delving deep into blockchain and cryptocurrencies has become a pivotal skill set for anyone looking to thrive in this constantly shifting digital era. Whether you're a student aiming for a career in finance and technology, an academic seeking to expand your knowledge base, or a professional looking to stay ahead of the curve, this textbook offers unparalleled insights into the mechanics and implications of blockchain technologies. What Sets This Book Apart: Expertise Beyond the Classroom: Direct from the boards of the crypto world's titans, this book offers comprehensive coverage ensuring the book stands as an indispensable industry reference. Theory Meets Practice: Engage with complex blockchain concepts through practical case studies and coding tutorials. Learn, Build, Invest: Equip yourself to navigate the industry as an investor, entrepreneur, or innovator. Master the art of assessing protocols, crafting your own, and seizing opportunities in the blockchain and crypto space. Wit Meets Wisdom: Enjoy the journey with a narrative that combines profound insights with a witty tone, ensuring both enlightenment and entertainment. Blockchain, Crypto, and DeFi is not just a textbook but a journey into the heart of digital finance, marked by Di Maggio's engaging style and deep expertise. Accompanied by additional online resources, including slide decks and tutorials, this book is your go-to resource and your gateway to mastering the blockchain revolution. Embark on your blockchain adventure today. Table of Contents Chapter One: Chain Reactions: From Basement Miners to Blockchain Revolutionaries Chapter Two: Ethereum: The “Windows” to the Blockchain Universe – Now Loading Smart Contracts and Oracle Magic Chapter Three: Beyond Ethereum: A Gas-Guzzling Escape to the Holy Grail of Scalability Chapter Four: Riding the Crypto Rollercoaster: How Stablecoins Keep Their Cool Chapter Five: The CBDC Saga: Rewriting the Rules of Money Chapter Six: Money Grows on Distributed Trees: The DeFi Forest of DAOs and DApps Chapter Seven: The AMM Time machine: Back to the Future of Finance Chapter Eight: Liquidity Pools: Dive Deep into the Ocean of DeFi (Lifebuoys Not Included) Chapter Nine: The Tokenization Transformation from Wall Street to Your Street Chapter Ten: Digital Da Vincis: The Renaissance of Art in the Age of NFTs Chapter Eleven: Regulatory Framework: Work in Progress Chapter Twelve: Beyond HODL: Mastering the Art and Science of Crypto Trading Chapter Thirteen: Game Over for Bankers: The Unlikely Rise of Sofa-Surfing Capitalists Chapter Fourteen: Branding on the Block: How Blockchain Is Redefining Connections in the Web3 Era Chapter Fifteen: When HAL Meets Satoshi: Merging Minds and Money on the Blockchain