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Matevž Pustišek - Blockchain: Technology and applications for Industry 4.0, Smart Energy, and Smart Cities

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Book:
Blockchain: Technology and applications for Industry 4.0, Smart Energy, and Smart Cities
Author:
Matev Pustiek / Nataa ivi / Andrej Kos
Publisher:
De Gruyter
Genre:
Books / Computer
Year:
2021
Rating:
3 / 5
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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 days 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.

Matevž Pustišek: author's other books

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De Gruyter STEM

ISBN 9783110681123

e-ISBN (PDF) 9783110681130

e-ISBN (EPUB) 9783110681208

Bibliographic information published by the Deutsche Nationalbibliothek

The Deutsche Nationalbibliothek lists this publication in the Deutsche Nationalbibliografie; detailed bibliographic data are available on the Internet at http://dnb.dnb.de.

2022 Walter de Gruyter GmbH, Berlin/Boston

List of acronyms and abbreviations

Acronym

Meaning

ABAC

Attribute-Based Access Control

ABI

Application Binary Interface

Artificial Intelligence

Architecture and Mechanism

AMI

Advanced Metering Infrastructure

ANN

Artificial Neural Network

Augmented Reality

ASIC

Application Specific Integrated Circuit

BaaS

Blockchain-as-a-Service

Blockchain

BFT

Byzantine Fault-Tolerant

BGP

Border Gateway Protocol

BTC

Bitcoin

CPU

Central Processor Unit

CSS

Common Style Sheet

CWE

Common Software Security Weaknesses

DAC

Discretionary Access Control

DAG

Directed Acyclic Graph

DAO

Decentralized Autonomous Organization

DApp

Decentralized Application

DDoS

Distributed Denial of Service

DeFi

Decentralized Finance

DER

Distributed Energy Resources

DID

Decentralized Identifiers

Distributed Ledger

DLT

Distributed Ledger Technology

DoS

Denial of Service

DPoS

Delegated Proof of Stake

DSO

Demand-Side Optimization

EAC

Energy Attribute Certificates

ECO

Ecological

EH/s

Exahash per second

Energy Internet

EIP

Ethereum Improvement Proposal

ENS

Ethereum Name Service

ERC

Ethereum Request for Comments

ESI

Energy Service Interface

ETH

Ether

EVM

Ethereum Virtual Machine

Guarantees of Origin

GPS

Global Positioning System

HHC

Hedera Hashgraph Council

HTML5

Hyper Text Markup Language 5

HTTP

Hyper Text Transfer Protocol

IBAC

Identity-Based Access Control

IBC

Inter-blockchain Communication

IBTF

Istanbul Byzantine Fault-tolerant

Identification; Identity

IDE

Integrated Development Environment

IoT

Internet of Things

Internet Protocol

IPC

Inter-process Communication

IPFS

Inter-planetary File System

IMEI

International Mobile Equipment Identity

JavaScript

JSON

JavaScript Object Notation

JSON-RPC

JavaScript Object Notation-Remote Procedure Call

LTC

Litecoin

M2M

Machine to Machine

MAC

Mandatory Access Control

Machine Interface

NB-IoT

Narrow-Band IoT

Objective and Model

P2P

Peer-to-Peer

PAN

Personal-Area Networks

PEV

Plug-in Electric Vehicle

PoA

Proof of Authority

PoC

Proof of Capacity

PoS

Proof of Stake

PoSpace

Proof of Space

PoW

Proof of Work

QoS

Quality of Service

RBAC

Role-Based Access Control

REC

Renewable Energy Certificates

RPC

Remote Procedure Call

RWMC

Random Walk Monte Carlo

SCT

Smart Contract Tunnels

Smart Grid

SHA

Secure Hash Algorithm

SLA

Service-Level Agreement

SSI

Self-Sovereign Identity

SWC

Smart Contract Weakness Classification

Town Crier

TCP

Transmission Control Protocol

TEE

Trusted Execution Environment

TLS

Transport Layer Security

tps

Transactions per Second

Universal Protocol

URL

Uniform Resouce Locator

VIN

Vehicles Identification Number

WAN

Wide-Area Networks

WASM

WebAssembly

WebRTC

Web Real-Time Communication

XMR

Monero

XRP

Ripple

ZEC

Zcash

List of notions

Ledger	A book, a list, or other collection of financial accounts and/or transactions.
51% Attack	A potential attack on a blockchain network, where a single entity or organization is able to control the majority of the hash power, potentially causing a network disruption. In such a scenario, the attacker would have enough mining power to intentionally exclude or modify the ordering of transactions.
6-blocks Confirmation	A period of time (commonly around 60 min) necessary for adding six new blocks behind a solved block that contain some transaction. After this period, the transaction is considered confirmed because creating a new version of the blockchain that will not contain a given transaction becomes too difficult, because too expensive in computing power.
Altcoins	Cryptocurrencies other than Bitcoin.
Artificial Neural Networks	A computing system is based on a collection of connected units or nodes called artificial neurons, which loosely model the neurons in a biological brain.
Bitcoin	The most popular cryptocurrency, running on a blockchain created in January 2009 by an unknown person under the pseudonym Satoshi Nakamoto.
Bitcoin/Digital Wallet	A software program for holding and trading Bitcoins which uses a persons private key (secret number) to access the persons public Bitcoin address (an identifier of 2635 alphanumeric characters) and transaction signatures that need to be securely stored; the Bitcoin wallet comes in many forms the four main types are desktop, mobile, web, and hardware.
Blockchain	A distributed ledger consists of a series of transaction blocks where each block (except the first and the last) is linked with the previous and next block by means of cryptography, making that way an unbreakable chain of blocks.
Blockchain Fork	A situation within the community (of nodes/members of a blockchain P2P network) that occurs when in the network exist two or more versions of the blockchain (i.e., different nodes may have different versions of the file which contains blockchain data).
Blockchain Mining	A peer-to-peer computer process aimed to secure and verify transactions of a given cryptocurrency (such as Bitcoin).
Border Gateway Protocol	Protocol for routing of IP packets (routing protocol); it is a standardized exterior gateway protocol designed to exchange routing and reachability information among autonomous systems on the Internet.
Branch Tip	A tip that represents the last individual transaction in a branch tip bundle (see IOTA bundle).
Byzantine Fault Tolerant System	A system that is tolerant (i.e., resistant) to Byzantine Generals Problem; in the strict sense, a BFT system is capable of functioning properly as long as the number of corrupted elements is less than or equal to two-thirds of the overall number of elements.
Byzantine Generals Problem	A class of failures where some of the components/elements of a system may be corrupted in the sense that they have the symptoms (appearance, behavior) that prevent other systems components from reaching agreement (i.e., consensus) among themselves.
Car-to-Car Communication	Communication that takes place between vehicles with the aim of sharing information that can be used for traffic control or to warn drivers of dangers.
Consensus mechanism	A mechanism (set of rules and protocols) that ensures that all participants dispose of identical copies of the distributed database files (i.e., of the distributed ledger).
Coordinator (in the context of Tangle)	A mechanism implemented by IOTA Foundation with the aim to protect Tangle against vulnerabilities such double-spending (as the Tangle is not fully developed, i.e., the overall number of nodes and hash power in the IOTA network are relatively low); the Coordinator mechanism assumes the issuance of a milestone transaction every two minutes.

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