Weitere Bücher, die Sie mögen werden

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  Big Data for Business -...

  Craig Dames

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  Big Data has emerged as a cornerstone of modern business strategy, transforming how organizations operate, make decisions, and engage with customers. At its core, Big Data refers to extremely large and complex data sets that traditional data processing software cannot handle efficiently. It is not just the size of the data that matters, but also its variety, velocity, veracity, and value—commonly known as the five Vs of Big Data. These characteristics define the challenges and opportunities that Big Data presents for businesses. 
  The rise of digital technologies, from smartphones to sensors to cloud computing, has dramatically increased the volume of data generated daily. Businesses now have access to data from countless sources including social media platforms, customer transactions, website analytics, mobile apps, and IoT devices. This explosion of data offers unprecedented insight into customer behavior, market trends, and operational performance—if it is captured, managed, and analyzed effectively. 
  Understanding the significance of Big Data in business starts with its ability to enable data-driven decision making. Companies no longer need to rely solely on intuition or historical trends. Instead, they can use real-time analytics to predict outcomes, optimize strategies, and respond quickly to changes in the market. This shift toward data-centric thinking can improve efficiency, reduce costs, and create a competitive advantage.

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  Maladies of Empire - How...

  Jim Downs

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  Most stories of medical progress come with ready-made heroes. John Snow traced the origins of London's 1854 cholera outbreak to a water pump, leading to the birth of epidemiology. Florence Nightingale's contributions to the care of soldiers in the Crimean War transformed hospitals from crucibles of infection to sanctuaries of recuperation. Yet histories of individual innovators ignore many key sources of medical knowledge. 
   
   
   
  Reexamining the foundations of modern medicine, Jim Downs shows that the study of infectious disease depended crucially on the unrecognized contributions of nonconsenting subjects—conscripted soldiers, enslaved people, and subjects of empire. Plantations, slave ships, and battlefields were the laboratories in which physicians came to understand the spread of disease. Military doctors learned about the importance of air quality by monitoring Africans confined to the bottom of slave ships. Statisticians charted cholera outbreaks by surveilling Muslims in British-dominated territories returning from their annual pilgrimage. 
   
   
   
  The scientific knowledge derived from discarding and exploiting human life is now the basis of our ability to protect humanity from epidemics. Boldly argued and eye-opening, Maladies of Empire gives a full account of the true price of medical progress.

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  Maths for AI - All Mathematics...

  Et Tu Code

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  Discover the core principles of Mathematics for Artificial Intelligence in our comprehensive ebook In the Introduction to Mathematics in AI understand the pivotal role of math in AI development Gain insights into its applications and the symbiotic relationship between the two fields 
  1. Introduction to Mathematics in AI Explore why math is crucial for AI development setting the stage for your learning journey 
  2. Essential Mathematical Concepts Delve into the foundational principles of AI from algebra to core operations essential for navigating the world of AI 
  3. Statistics for AI Grasp the statistical fundamentals underpinning AI algorithms Learn to interpret data and make informed decisions 
  4. Optimization in AI Understand optimization techniques to enhance AI performance finetuning algorithms for efficiency 
  5. Linear Algebra in AI Unlock the power of linear algebra in AI Explore matrices vectors and their applications 
  6. Calculus for Machine Learning Navigate calculus tailored for machine learning understanding differentiation and integrations role 
  7. Probability Theory in AI Unravel the mysteries of probability theory in AI applications gaining insights into probabilistic models 
  8. Advanced Topics in Mathematics for AI Explore advanced mathematical topics elevating your AI understanding 
  Stay tuned for sections on implementing AI math concepts with Python exploring math behind popular ML algorithms and applications like computer vision and NLP Build a solid math foundation for AI success

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  The User Experience Team of One...

  Joe Natoli, Leah Buley, Jesse...

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  The User Experience Team of One prescribes a range of approaches that have big impact and take less time and fewer resources than the standard lineup of UX deliverables. Whether you want to cross over into user experience or you're a seasoned practitioner trying to drag your organization forward, this book gives you tools and insight for doing more with less.

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  Creative Evolution

  Henri Bergson

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  Henri Bergson’s highly influential book, ‘Creative Evolution’ (‘Evolution Creatrice’, 1907) established a theory of evolution - called ‘Creative Evolution Theory’ - which gained a considerable following in the first half of the 20th Century. It also helped the author to win the Nobel Prize in 1927 for his work investigating the origins of biological information and divergence in the evolutionary process.  
   
  In this work, Bergson seeks an alternative explanation as to how new forms of life emerge compared to those prevailing at the time. This included both the ‘mechanistic’ or deterministic explanations of biological science on the one hand, and on the other the ‘finalist’ or strictly teleological explanation of those who believed in the hand of a ‘Creator’ or God, coordinating life in a divine plan. 
   
  Creative Evolution proposes a third explanation in what Bergson calls élan vital’ or ‘vital impetus’, a force that infuses all matter and drives it forward into an ever-changing and infinite variety of living forms. This appears as a vital impetus that can also be related to humanity’s own creative life force. Bergson’s book builds on his ‘Theory of Time’ as set forth in works such as ‘Matter and Memory’ and ‘Time and Free Will’.  In these works, and in the present volume, Bergson sees continuous ‘duration’ as real time, as opposed to the way in which time is divided up into measured units by the ‘organising’ mind of science. 
   
  Life, as we really experience it, is subject to constant change and our tendency to explain evolutionary change by looking only at ‘ends’ achieved rather than the processes by which they emerge, divorces us from the life force itself.  
   
  Instead, Bergson feels we need to reengage with our instincts as well as with our intelligence in order to understand the evolutionary process, as both co-exist to some extent within us, all forms of life having a common origin in that instinctual, innate knowledge of simpler life forms. Though these may be unconscious or semi-conscious, they are, in Bergson’s view, much more in touch with the ever-changing nature of real time than the analytical and rational knowledge of our species 
   
  As he writes:  “Our thought, in its purely logical form, is incapable of presenting the true nature of life, the full meaning of the evolutionary movement. Created by life, in definite circumstances, to act on definite things, how can it embrace life, of which it is only an emanation or an aspect?”  
   
  It is to attempt an answer to this question that ‘Creative Evolution’ directs its attention.

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  100 Quotes about Reason Volume 2

  Gil Carroll

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  Reason has done much of the heavy lifting throughout history. In this second volume, this book presents quotations from many of history's key figures who both recognize the importance – and also the limitations – of reason.

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