Blockchain: Technology and applications for Industry 4.0, Smart Energy, and Smart Cities
- Length: 150 pages
- Edition: 1
- Language: English
- Publisher: de Gruyter
- Publication Date: 2021-11-22
- ISBN-10: 3110681129
- ISBN-13: 9783110681123
- Sales Rank: #10350498 (See Top 100 Books)
Blockchains are seen as a technology for the future, which reduce the cost of trust and revolutionize transactions between individuals, companies and governments. The sense of using blockchains is to minimize the probability of errors, successful frauds and paper-intensive processes. For these reasons, blockchains already have and will have a significant impact to the society and every day’s life, especially in field of Machine to Machine (M2M) communications, which are one of the basic technologies for Internet of Things (IoT). Therefore, blockchains with their inherent property to provide security, privacy and decentralized operation are engine for todays and future reliable, autonomous and trusted IoT platforms. Specially, a disruptive role of ledger technologies in future smart personal mobility systems, which combine smart car industry, smart energy/smart cities will be explained in the book, considering its importance for development of new industrial and business models.
Title Page Copyright Contents List of acronyms and abbreviations List of notions 1 Distributed ledger technologies 1.1 Digital money – cryptocurrencies 1.2 Blockchain 1.2.1 Concept of proof of work 1.2.2 Vulnerabilities of the BTC and issues handling 1.2.3 Alternative platforms and cryptocurrencies based on blockchain 1.3 IOTA project – tangle 1.3.1 IOTA bundle 1.4 Hashgraph 2 Decentralized applications 2.1 Decentralized trust - distribution vs. decentralization 2.2 DApp triplet 2.3 DL networks 2.3.1 Network organization and governance 2.3.2 Network performance 2.3.3 Scalability 2.4 Smart contracts 2.4.1 Virtual machine 2.4.2 Lifecycle 2.4.3 Smart contract programming 2.4.4 Smart contract security 2.5 Off-chain applications 2.5.1 Off-chain application examples 2.5.2 Distributed ledger node APIs 2.6 Distributed and support services 2.6.1 DL-based storage 2.6.2 Oracles 2.6.3 Name services 2.6.4 Chain explorers 2.7 Productization of DApps 2.7.1 DLT and DApp ecosystems 2.7.2 Deploying and accessing blockchain networks 3 Distributed ledgers and internet of things 3.1 Distributed ledgers for IoT security 3.1.1 Confidentiality and privacy 3.1.2 Availability 3.2 Data management 3.3 Authentication and authorization 3.3.1 Identification and device enrolment 3.3.2 Authentication 3.3.3 Authorization and access control 3.4 Monetization 3.5 Integration schemes of internet of things and the distributed ledger 3.5.1 Distributed ledger networks for internet of things 3.5.2 Internet of things device architectures for DApps 3.6 Example of an industrial internet of things DApp 4 Selected use cases 4.1 Car industry 4.0 4.1.1 Car production chain 4.1.2 Car features and use 4.2 Smart mobility 4.2.1 Inspiring car driving in an environmentally responsible way 4.2.2 Parking reservation 4.2.3 Car and ride sharing 4.2.4 Traffic congestion management 4.3 Smart energy 4.3.1 Smart grid conceptual model 4.3.2 Decentralization in the energy internet 4.3.3 Smart energy use cases References Index Notes
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