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Schutta Nathaniel: Fundamentals of
Software Engineering

Fundamentals of Software Engineering

All the C++ must-knows, at your fingertips Welcome to the petite and practical book that will help you get a handle on C++ basics-quickly. C++ Essentials For Dummies is a straightforward, concise guide that gets straight to the point. Building software? Learning object-oriented programming? Just need a quick refresher? This book has you covered. With crystal-clear explanations and zero filler, it's the perfect reference to keep by your side as you code. Ideal for students, professionals, or anyone looking to brush up or level up with C++. Inside... <ul><li>Finding accessible code explanations</li> <li>Getting concise examples</li> <li>Running C++ on Windows, macOS, and Linux systems</li> <li>Declaring and using variables</li> <li>Using loops and functions</li> <li>Working with classes, objects, and arrays</li></ul>

C++ Essentials For Dummies

Leveraging Organizational Data at Scale

Building Event-Driven Microservices

This book presents core principles pertaining to narrative and graphical content and explores the nuances of making instructions - an important part of a medical product's user interface - safe, effective, and satisfying to use. it presents many design principles in an artful manner, replete with interesting, real-world examples.

Designing Simple Instructions for Medical Products

The creation of complex integrated systems is, in itself, complex. It requires immense planning, a large team of people with diverse backgrounds, based in dispersed geographical locations (and countries) supposedly working to a coordinated schedule and cost.

The creation of complex integrated systems is, in itself, complex. It requires immense planning, a large team of people with diverse backgrounds, based in dispersed geographical locations (and countries) supposedly working to a coordinated schedule and cost.

Realizing Complex Integrated Systems

Beyond the Modern

In a world of endless predictions and precision algorithms The Power of Maybes offers a daring new way forward. What if uncertainty isn't a problem to solve, but a gift? This book reclaims hesitation, ambiguity, and not-knowing as powerful tools to resist the rigid control of digital systems. The Power of Maybes explores the radical idea that embracing uncertainty is essential in our age of planetary computation. Where machines seek to lock down knowledge, capture potential, dictate futures, and foreclose possibilities, The Power of Maybes argues for the cultivation of doubt, ambiguity, and un-knowing as forms of resistance. By reframing the unknown as a powerful resource, The Power of Maybes presents a bold approach to living and thinking alongside machines without surrendering to their grip. Blending philosophy, design, and critical tech studies, The Power of Maybes challenges dystopian fears and utopian hopes about technology, and champions new ways of being open, ungridded, unscaled. It's a call to cultivate the unknown and nurture potential. For those ready to reclaim their agency in an algorithmic age, this book is a guide to living with oceanic uncertainty -and finding power in it.

In the 21st century, decision-making processes are increasingly being transferred from humans to machines. Algorithms and prediction capture and shape our choices about how we live and interact with others before we can register their mechanisms of reaching outcomes. The time that we would allocate to critical thinking, reflecting and assessing, evaporates. Through an examination of the work that predictive machines do when making decisions and their impact on human capacities, this cutting-edge study looks to ‘uncertainty’ as a central, epistemic tool for reimagining human-machine encounters. It focuses on the space of ‘maybes’, before prediction, as an area for critical inquiry and cultivation.

Through a transdisciplinary approach that brings together design studies and philosophies of processes and technology, Betti Marenko explores how the area of uncertainty can be mapped, diagrammed and designed. By framing uncertainty as a design material, she demonstrates how it can be mobilized to create new modes of knowledge production. 

This book sheds light on how current computational processes can deepen contested classifications, inequalities and hierarchies, and offers alternative anticipatory design methods and stratagems based on uncertainty that can be used to avoid reduction and algorithmic capture. It offers a framework for harnessing the power of ‘maybes’ through design and contributes to contemporary debates around the growing intelligence and autonomy of machines. It is a timely intervention on how to reinvent critique in the algorithmic age by designing new modes of living attuned not to what is, but to what may be.

Machines, Uncertainty and Design Futures

The Power of Maybes

Sustainable Industrial Engineering and Management Systems

Technologies, Practices, and Management

Sustainable Healthcare Systems in Africa

Advances in Fog Computing and the Internet of Things for Smart Healthcare delves into the transformative impact of fog computing and IoT on modern healthcare systems. This comprehensive guide educates researchers and graduate students on the fundamental concepts of these technologies, illustrating their practical applications in healthcare. Real-world use cases showcase the technologies' ability to enhance patient monitoring and personalized medicine. The book also addresses significant challenges such as privacy, security, data management, and regulatory compliance, providing strategies for overcoming them. Alongside its companion book, Fundamentals of Fog Computing and the Internet of Things for Smart Healthcare, this volume empowers various industries to leverage IoT technologies while optimizing performance and system efficiency. It highlights the crucial role of fog computing in processing data closer to the source, ensuring faster and more efficient data processing and contributing to the creation of effective IoT ecosystems. This synergy between fog computing and IoT facilitates smarter applications and services, advancing the landscape of healthcare with more efficient, personalized, and accessible services.

Advances in Fog Computing and the Internet of Things for Smart Healthcare

Human Factors and Ergonomics

Human-Centered Design for Healthcare Safety describes a conceptual framework (SEIPS or Systems Engineering Initiative for Patient Safety) based on the Human Factors and Ergonomics (HFE) discipline and associated human-centered design approaches and methods that can help to create innovative solutions for enhancing healthcare safety. Healthcare safety remains a major concern around the world. With global crises, such as the economic downturn and the COVID-19 pandemic, we have observed deterioration in many aspects of patient safety, as well as major problems for healthcare workers, including burnout, stress, and issues of occupational safety and health. Therefore, we need renewed attention on how to design health care work systems and care processes to improve safety for patients and healthcare workers.This book describes key aspects of a widely adopted HFE systems approach to healthcare safety and methods for human-centered design in healthcare. It provides insights into challenges for future research in healthcare safety. The benefits of SEIPS are promoted throughout the text and reveal how they can help to redesign technologies, and environments, and work for an organization to support, instead of hindering, the activities of all care team members, including patients and care partners. Case studies reveal examples of SEIPS in action and various domains of healthcare safety. It offers to provide practical tips on how SEIPS is implemented in practice. The reader will benefit from this book as it describes the foundation for SEIPS and human-centered design and multiple applications across varied settings and domains of healthcare safety. They will receive a toolkit for enacting solutions in their work environment.This exciting and topical title will appeal to students and professionals in the fields of healthcare, medicine, nursing, pharmacy, other health professions, and pharmaceuticals. It will also appeal to industrial and systems engineers, biomedical engineers, HFE professionals and designers.

SEIPS in Action

Human-Centered Design for Healthcare Safety

Fundamentals to Programming

ARM PROCESSORS POWER ELECTRONICS

Put AI at the foundation of your organization with proven adoption strategies you can deploy immediately In Untangling AI: Driving Business Success and Profit Through Enterprise Automation and AI Agents, founder and Chief AI Officer at Multiplai Tech, Matt Kesby, delivers an incisive roadmap for business leaders interested in assessing where their companies stand in the AI adoption lifecycle and where they want to go. Kesby explains how to rethink your current operational model and how to replace traditional workflows with AI-powered decision-making and execution. You'll discover insights and examples that demonstrate how to build the four key foundations of your organization's AI adoption plan: strategy, execution, people, and technology. You'll learn how to use agentic AI technology to run entire businesses processes and automate important parts of your operations. Untangling AI explains exactly how to create a leaner, more efficient, more effective firm by: <ul> <li>Generating a strategic AI roadmap with a High-Trust Communication campaign and prioritizing ethics, privacy, and security</li> <li>Equipping your people to take advantage of AI capabilities with upskilling, critical thinking, and by providing psychological safety</li> <li>Insightful discussions of how to identify automatable processes that are ideal for custom-built AI agents</li> </ul> Perfect for executives, managers, entrepreneurs, founders, and other business leaders, Untangling AI: Driving Business Success and Profit Through Enterprise Automation and AI Agents is also an invaluable new resource for technical managers looking for practical AI-adoption strategies that work in the real-world.

Driving Business Success and Profit Through Enterprise Automation and AI Agents

Untangling AI

With the meteoric rise in cloud adoption, Kubernetes has become the de facto industry standard in the cloud native ecosystem. Other Kubernetes certifications, including the KCSA, CKAD, CKA, and CKS, are all geared toward higher-level technical proficiency. The Kubernetes and Cloud Native Associate (KCNA)--which covers the cloud native environment generally as well as fundamental Kubernetes skills and knowledge--is designed to be the first step of your cloud native journey. This practical guidebook has everything you need to prepare for and pass the KCNA certification exam. Both a study guide and point of entry for practitioners looking to explore and adopt cloud native technologies, this comprehensive resource doesn't just teach you the technical essentials. Authors Adrián González Sánchez and Jorge Valenzuela Jiménez also introduce you to the community and industry that KCNA serves, setting you up for further learning down the road. And by completing your KCNA, you'll be well on your way to becoming a Kubestronaut--an elite group of professionals who've earned all five Kubernetes certifications. <ul> <li>Efficiently prepare for the KCNA exam</li> <li>Learn the core elements of Kubernetes applications and the crucial components of modern cloud native development</li> <li>Understand the latest cloud native developments and their importance</li> <li>Differentiate between and choose cloud native technologies</li> <li>Explore insights and testimonials from cloud native industry experts</li> </ul>

In Depth Exam Prep and Practice

Kubernetes and Cloud Native Associate (Kcna) Study Guide

Quality Management and Risk Series

Divided into four main chapters, the book discusses the sustainability framework and provides an overview of quality management with construction projects along with the most common quality tools used to manage quality and achieve sustainability in projects.

How to Achieve Sustainability in Projects

Quality Management

Fundamentals of Software Engineering

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