Blockchain is a series of transactions recorded in blocks and secured cryptographically. It is immutable decentralized and transparent and has proved to be beneficial across all domains to protect and store data. Maintaining privacy integrity and security blockchain is particularly valuable to the healthcare industry. of healthcare data. Blockchain in Digital Healthcare provides a panoramic review of prospects of blockchain technology in the healthcare domain. Users can record transactions in blocks in an immutable distributed ledger that cannot be changed once recorded and/or published. Blockchain is also decentralized which eliminates dependency on a trusted third party to facilitate transactions enabling clients and other users of the blockchain to take ownership of the data they push on the network. Blockchain also makes transactions more secure as clients have their own copies. Features: Provides systematic and comprehensive understanding of the block chain technology and the potential in healthcare Describes how security and privacy concerns of healthcare data can be addressed using Blockchain Technology Discusses the concept of smart contracts for performing advanced level scripting to create a blockchain network to provide a platform for the development of decentralized applications Includes a chapter on role of blockchain based insurance application using Ethereum/Hyperledger Presents cases of blockchain use for various aspects of drug manufacturing and the pharma supply chain This book serves as a reference book for IT professionals scientific investigators and researchers who need to analyze the prospects of blockchain technology in healthcare.

The Institute of Medicine Centers for Medicare and Medicaid The Joint Commission and other regulatory and accrediting bodies all agree that hospitals must be transformed into places where each patient receives quality care every single time. In other words zero defects. Helping to ensure quality at every level high-reliability methods offer healthcare leaders the tools they need to achieve this noble goal. Leading High-Reliability Organizations in Healthcare details the attributes and practices that help high-reliability organizations (HROs) excel in the service they provide to their customers. Explaining what it takes to achieve high reliability in healthcare settings it defines reliability as much more than just being safe it describes how to measure reliability and paves the way to higher reliability. The book presents proven tools concepts and skills that leading healthcare organizations are using to improve safety and quality including mistake proofing Lean Six Sigma and reliability engineering. It details the roles and responsibilities of the two key organizational components involved in achieving high reliability: leadership and the reliability engineers who apply reliability methods both technically and socially throughout the healthcare value stream. Rick Morrow executive in HROs and now System Director of Quality Safety and Process Improvement at CHRISTUS Health one of the largest non-profit healthcare systems identifies the necessary infrastructure methods and analytics required to achieve and sustain higher reliability. He also suggests applications of high reliability concepts that have proven to work well in healthcare settings. The book includes numerous case studies that illustrate success stories of healthcare organizations achieving higher reliability some achieving zero defects for years. It also contains case studies that examine examples of failures so you can avoid making the same mistakes.

This book is part of the FQ-MBA series. FQ-MBA stands for the financial intelligence master of future and personal business administration. In this book you learn different types of risks in life and how to protect against them. You will learn about various types of insurances and the government enforced protections most importantly and how to make informed decision.

This book deals with methodological issues in the field of management and industrial engineering. It aims to answer the following questions that researchers face every time they look to develop their research: How can we design a research project? What kind of paradigm should we follow? Should we develop a qualitative / phenomenological research or a quantitative / positivistic one? What technics for data collections can we use? Should we use the entire population or a sample? What kind of sampling techniques can we have? This book provides discussion and the exchange of information on principles strategies models techniques applications and methodological options possible to develop in research in management and industrial engineering. It communicates the latest developments and thinking on the research methodologies subject in the different areas worldwide. It seeks cultural and geographic diversity in studies highlighting research methodologies that canbe used in these different study areas. This book has a special interest in research on important issues that transcend the boundaries of single academic subjects. It presents contributions that challenge the paradigms and assumptions of individual disciplines or functions with chapters grounded in conceptual and / or empirical literature. The main aim of this book is to provide a channel of communication to disseminate knowledge between academics and researchers with a special focus on the management and industrial engineering fields. This book can serve as a useful reference for academics researchers managers engineers and other professionals in related matters with research methodologies. Contributors have identified the theoretical and practical implications of their methodological options to the development and improvement of their different study and research areas.

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