Weitere Bücher, die Sie mögen werden

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  Machine Learning Interviews -...

  Susan Shu Chang

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  As tech products become more prevalent today, the demand for machine learning professionals continues to grow. But the responsibilities and skill sets required of ML professionals still vary drastically from company to company, making the interview process difficult to predict. In this guide, data science leader Susan Shu Chang shows you how to tackle the ML hiring process. 
   
   
   
  Having served as principal data scientist in several companies, Chang has considerable experience as both ML interviewer and interviewee. She'll take you through the highly selective recruitment process by sharing hard-won lessons she learned along the way. You'll quickly understand how to successfully navigate your way through typical ML interviews. 
   
   
   
  This guide shows you how to: explore various machine learning roles, including ML engineer, applied scientist, and data scientist; assess your interests and skills before deciding which ML role(s) to pursue; evaluate your current skills and close any gaps that may prevent you from succeeding in the interview process; acquire the skill set necessary for each machine learning role; ace ML interview topics, including coding assessments, statistics and machine learning theory, and behavioral questions; and prepare for interviews in statistics and machine learning theory by studying common interview questions.

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  How Antigravity Built the...

  Nick Redfern

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  Discover the Lost Secrets of the Ancients and the Time When Stones Floated High over Egypt   Throughout history, folklore, and mystery, tales have circulated of massive stones being moved through the air effortlessly by sound. Bizarre? Well, yes, it is. That doesn't take away the fact that sound was, and still remains, the key to the construction of the pyramids of Egypt, Stonehenge, the stone figures of Easter Island, and the massive stones at Baalbek, Lebanon. Were they the work of ancient humans or of equally ancient extraterrestrials?How Antigravity Built the Pyramids delves into specific stories and theories:• A 9th-century story of a mysterious papyrus with the power to move large stones at the Giza Necropolis • The Mayan story of the construction of the Pyramid of the Magician said to be overseen by a small humanoid who could whistle large stones into place • Native American stories of ancient priests being able to make stones light to move easily    Author Nick Redfern argues it was not literally music and whistling that somehow raised large stones, but both have one thing in common: sound. Acoustics. Almost certainly, acoustic levitation was at the heart of these incredible feats. The truth of the science behind acoustic levitation was lost and forgotten for ages with little more left than fanciful tales of music, whistles, a curious papyrus, and strange metal rods that could achieve incredible feats in the air. Today, we are finally starting to get a grasp on this incredible technology, a technology that may have been the work of ancient humans, aliens from faraway worlds—or, perhaps, a combination of the two.

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  Egyptian Science and Technology...

  Omar Khalil

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  Ancient Egypt, renowned for its monumental architecture and sophisticated culture, was also a hub of intellectual and scientific advancements. At the heart of Egyptian knowledge was a unique blend of practical experience, religious beliefs, and cultural traditions. Understanding the foundations of their knowledge requires examining the interplay between mythology, early scientific thought, and the ways this knowledge was transmitted through generations. 
  The role of religion and mythology in ancient Egypt cannot be overstated. Egyptian cosmology deeply influenced how people understood the world around them. Deities associated with creation, the afterlife, and natural phenomena shaped the Egyptians' perception of science and technology. For example, the god Thoth was believed to be the deity of wisdom, writing, and mathematics, and his influence permeated educational practices. Priests and scribes, who were often part of temple schools, acted as custodians of this sacred knowledge. Their training combined religious teachings with practical subjects like astronomy, mathematics, and medicine. 
  Early scientific thought in ancient Egypt was pragmatic rather than theoretical. Egyptians were skilled observers, and much of their knowledge arose from practical problem-solving. Whether it was calculating the Nile's flooding patterns or designing complex irrigation systems, their science emerged from the need to manage everyday challenges. For instance, their understanding of geometry developed out of the necessity to remeasure fields after the annual inundation of the Nile. Similarly, medical practices were rooted in practical observations of ailments and their treatments, blending empirical knowledge with spiritual beliefs.

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  Agile Software Development -...

  Daniel Green

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  In the ever-evolving realm of software development, adaptability is key. "Agile Software Development: Navigating the Software Development Landscape with Agility" is your compass for thriving in this dynamic landscape. Delve into the principles, frameworks, and practices that define the Agile revolution, empowering you to deliver high-quality software with unprecedented speed and flexibility. 
   This comprehensive guide starts by unraveling the origins of Agile, exploring the manifesto's core principles that prioritize individuals, collaboration, and adaptability. Dive deep into Scrum, Kanban, and Extreme Programming, uncovering the secrets behind successful implementations through real-world case studies. Discover how Lean thinking complements Agile methodologies, optimizing your processes by eliminating waste and enhancing efficiency. 
   "Agile Software Development" extends beyond the team, providing insights into Agile project management, team dynamics, and scaling Agile for large enterprises. Learn to wield Agile metrics for effective monitoring and adaptation, and explore the integration of DevOps principles to achieve continuous delivery. The journey doesn't end there – navigate through challenges, foster a culture of collaboration, and create sustainable Agile practices. 
   "Agile Software Development" empowers you to not only survive but thrive in the fast-paced world of software development. Embrace change, foster collaboration, and elevate your software development game with the wisdom contained within these pages. Welcome to the future of Agile. Welcome to mastery. 
    
   

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  Planet X Hypothesis The: The...

  Editors Charles River

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  Naturally, as technological advances and the creation of flying aircraft became realities, the sighting of UFOs increased, as did the interest in potential contact with aliens. While incidents like the one at Roswell led to conspiracies and a craze among those who insisted the government was hiding proof of extraterrestrials’ existence, governments across the world were actually secretly studying UFO sightings by the mid-20th century. 
  Given all of that, it was hardly groundbreaking for scientists in the 19th century to have plenty of heated debates about their imperfect knowledge of astronomy. One particular argument was over whether there was a hidden planet beyond Neptune, dubbed by the theory’s original proponent, Percival Lowell, as Planet X. When Pluto was discovered in 1930, at the start of the Great Depression, scientists originally thought this new world, in the extreme cold at the outer edge of the Solar System, would solve a decades-old mystery regarding the orbit of Uranus, the seventh planet from the Sun. But soon, scientists realized that Pluto, at one point considered the 9th planet, was too small to explain the discrepancies found. Thus, some researchers began looking for the next planet, or Planet X. 
  Throughout our modern culture, “X” has remained the proverbial symbol of mystery. On the maps of buried pirate treasure, “X” is supposed to mark the spot where treasure seekers are to dig. In public schools, teenagers learn the utility of “X” as a variable in algebraic equations or as an axis in the Cartesian coordinate system. And “X” is also a Roman numeral symbolizing the quantity of 10, the highest value which can be counted on the fingers, and the next value beyond “9,” the largest single digit. The search for “Planet X,” then, is a quest rich with symbolism and mystery, rooted in history, astronomy, and astrology.

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  Dying Green - A Journey through...

  Christine Vatovec

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  The slow violence being inflicted on our environment—through everything from carbon emissions to plastic pollution—also represents an impending public health catastrophe. Yet standard health care practices are more concerned with short-term outcomes than long-term sustainability. Every resource used to deliver medical care, from IV tubes to antibiotics to electricity, has a significant environmental impact. This raises an urgent ethical dilemma: in striving to improve the health outcomes of individual patients, are we damaging human health on a global scale? 
   
   
    
  In Dying Green, award-winning educator Christine Vatovec offers an engaging study that asks us to consider the broader environmental sustainability of health care. Through a comparative analysis of the care provided to terminally ill patients in a conventional cancer ward, a palliative care unit, and an acute-care hospice facility, she shows how decisions made at a patient's bedside govern the environmental footprint of the healthcare industry. Likewise, Dying Green offers insights on the many opportunities that exist for reducing the ecological impacts of medical practices in general, while also enhancing care for the dying in particular. By envisioning a more sustainable approach to care, this book offers a way forward that is better for both patients and the planet.

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