Weitere Bücher, die Sie mögen werden

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  Streaming Data Mesh - A Model...

  Hubert Dulay, Stephen Mooney

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  Data lakes and warehouses have become increasingly fragile, costly, and difficult to maintain as data gets bigger and moves faster. Data meshes can help your organization decentralize data, giving ownership back to the engineers who produced it. This book provides a concise yet comprehensive overview of data mesh patterns for streaming and real-time data services. 
   
   
   
  Authors Hubert Dulay and Stephen Mooney examine the vast differences between streaming and batch data meshes. Data engineers, architects, data product owners, and those in DevOps and MLOps roles will learn steps for implementing a streaming data mesh, from defining a data domain to building a good data product. Through the course of the book, you'll create a complete self-service data platform and devise a data governance system that enables your mesh to work seamlessly. 
   
   
   
  With this book, you will design a streaming data mesh using Kafka; learn how to identify a domain; build your first data product using self-service tools; apply data governance to the data products you create; learn the differences between synchronous and asynchronous data services; and implement self-services that support decentralized data.

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  Genetics - The Blueprint of Life...

  Jeron Iris

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  Genetics is the branch of biology that focuses on the study of heredity and the variation of inherited characteristics. It seeks to understand how traits are passed down from parents to offspring and how these traits are expressed in living organisms. At the core of genetics lies the concept of genes, which are segments of DNA (deoxyribonucleic acid) that contain the instructions for the development and functioning of organisms. These instructions guide the creation of proteins, which carry out the majority of biological functions necessary for life. 
    
  Each organism's genetic material is contained within its cells, and it is organized into structures called chromosomes. In humans, for example, there are 23 pairs of chromosomes, with one set inherited from each parent. Within these chromosomes are thousands of genes, each responsible for specific traits. These traits can range from eye color and blood type to more complex characteristics like susceptibility to certain diseases. While many traits are inherited in a predictable manner, some can be influenced by environmental factors or interactions between multiple genes. 
    
  The study of genetics dates back to the mid-1800s with the work of Gregor Mendel, who is often considered the father of modern genetics. Through his experiments with pea plants, Mendel established the basic principles of inheritance, including the ideas of dominant and recessive traits. His work laid the foundation for understanding how traits are inherited in predictable patterns, although the molecular mechanisms were not fully understood at the time.

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  Healing Aliens: Bedtime Story...

  TherapyVoice

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  Healing Aliens: Bedtime Story For Adults offers a transcendent journey into deep relaxation and healing. As the story unfolds, listeners are gently lifted towards the stars, finding themselves in a bioluminescent spaceship filled with fragrant plants and glowing lights. Two radiant beings welcome you with telepathic warmth, guiding you to a magical bed that vibrates with healing energy. The harmonious vibrations soothe and heal, transforming you into pure light and reconnecting you with your essence. Awakening revitalized, you carry newfound clarity and purpose, ready to share your gifts and transform the world. This audiobook is a must-listen for anyone seeking deep relaxation and spiritual rejuvenation.

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  The Science Fact Book for...

  Martin Villoria

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  Transform curiosity into a passion for science and engineering! 
  You’re about to discover a wealth of insights to make family dinner conversations endlessly fascinating! The perfect Audiobook for your next family road trip! 
  With The Science Fact Book for Children, you transform learning into an adventure - education into entertainment. The trick is to make it fun, easy to grasp while using it as an opportunity for whole-family bonding—and that’s exactly what this narrative journey across science and engineering is designed to do. 
  Science is all around us, and it holds the answers to everything. It’s endlessly fascinating, and when presented at the right level, it can ignite young imaginations and spark lifelong curiosity and a love of learning. 
  It explains why things happen while also encouraging a child’s critical thinking and problem-solving skills—life skills that prepare them for the world and the complex decisions they’ll have to make throughout their lives. 
  This is your chance to discover the world alongside your children, unearth captivating conversations, and share your discoveries as you grow together. 
  Inside, you’ll discover: 
  A wide range of scientific fields explored through engaging narratives and real-life examples 
  6 exciting topics packed into every chapter—explore everything from robotics and engineering to geology 
  Fascinating insights into animals and nature to fill you with awe and grow your children’s awareness of the world around them 
  The space and astronomy jump start—spark a lifelong curiosity about space, and set your kids asking questions you only wish you could answer! 
  A treasure trove of information about the human body that’s sure to get your children to take good care of theirs as they grow up 
  A narrative journey through curiosities, combined with foundational concepts in chemistry and physics combined with everyday observations and simple but grasping illustrations 
  And much more. Let's get ready to take off!

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  South Solo - Kayaking to Save...

  Hayley Shephard

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  A story of indomitable courage, of passion to save an endangered species like the albatross, and the unique adventure of solo kaying in the frigid waters off Antarctica.

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  Assembly Language - The Ultimate...

  Jonathan Rigdon

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  Assembly language is often considered a bridge between high-level programming languages and machine code. Unlike high-level languages such as Python or C, which use human-readable syntax and abstract away many details of the underlying hardware, assembly language provides a more direct representation of the CPU's operations. 
    
  Each assembly language instruction corresponds to a specific operation that the CPU can perform, such as loading data from memory, performing arithmetic calculations, or branching based on conditions. These instructions are typically represented using mnemonic codes, which are easier for humans to understand compared to the binary machine code instructions that the CPU actually executes. 
    
  One of the key benefits of programming in assembly language is the level of control it provides over hardware resources. Because assembly language instructions map closely to CPU operations, programmers can fine-tune their code to optimize performance or interact directly with hardware peripherals.

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