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Hands-on artificial intelligence for IoT [electronic resources] : expert machine learning and deep learning techniques for developing smarter IoT systems
Hands-on artificial intelligence for IoT  [electronic resources] : expert machine learning...
Hands-on artificial intelligence for IoT [electronic resources] : expert machine learning and deep learning techniques for developing smarter IoT systems

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자료유형  
 전자책(국외)
미국국회도서관 청구기호  
TK5105.8857
자관 청구기호  
기본표목-개인명  
표제와 책임표시사항  
Hands-on artificial intelligence for IoT [electronic resources] : expert machine learning and deep learning techniques for developing smarter IoT systems / Dr. Amita Kapoor.
발행, 배포, 간사 사항  
Birmingham : Packt Publishing , 2025.
    형태사항  
    1 online resource
    내용주기  
    완전내용Table of Contents Principles and Foundations of IoT and AI Data Access and Distributed Processing for IoT Machine Learning for IoT Deep Learning for IoT Optimization Techniques in IoT Reinforcement Learning for IoT Generative Adversarial Networks for IoT Distributed AI for IoT AI Cloud Platforms for IoT Deep Learning for Time Series Data from IoT AI for Video and Image Data from IoT AI for Text, Audio and Speech Data from IoT AI for Personal and Home IoT AI for Industrial IoT AI for Smart Cities IoT.
    요약 등 주기  
    요약Master AI and IoT integration, from fundamentals to advanced techniques, and revolutionize your approach to building intelligent, data-driven solutions across industries Key Features Leverage the power of Python libraries such as TensorFlow and Keras to work with real-time IoT data Enhance your IoT solutions with advanced AI techniques, including deep learning, optimization, and generative adversarial networks Gain practical insights through industry-specific IoT case studies in manufacturing, smart cities, and automation Purchase of the print or Kindle book includes a free PDF eBook Book DescriptionTransform IoT devices into intelligent systems with this comprehensive guide by Amita Kapoor, Chief AI Officer at Tipz AI. Drawing on 25 years of expertise in developing intelligent systems across industries, she demonstrates how to harness the combined power of artificial intelligence and IoT technology. A pioneer in making AI and neuroscience education accessible worldwide, Amita guides you through creating smart, efficient systems that leverage the latest advances in both fields. This new edition is updated with various optimization techniques in IoT used for enhancing efficiency and performance. It introduces you to cloud platforms such as Platform as a Service (PaaS) and Infrastructure as a Service (IaaS) for analyzing data generated using IoT devices. You'll learn about machine learning algorithms, deep learning techniques, and practical applications in real-world IoT scenarios and advance to creating AI models that work with diverse data types, including time series, images, and audio. You'll also harness the power of widely used Python libraries, TensorFlow and Keras, to build a variety of smart AI models. By the end of the book, you'll emerge as a master of AI-driven IoT, armed with invaluable experience in optimizing IoT devices, boosting their performance, and integrating AI algorithms to make intelligent decisions. What you will learn Integrate AI and IoT for enhanced device intelligence Understand how to build scalable and efficient IoT systems Master both supervised and unsupervised machine learning techniques for processing IoT data Explore the full potential of deep learning in IoT applications Discover AI-driven strategies to optimize IoT system efficiency Implement real-world IoT projects that leverage AI capabilities Improve device performance and decision-making using AI algorithms Who this book is for This book is for IoT developers, engineers, and tech enthusiasts, particularly those with a background in Python, looking to integrate artificial intelligence and machine learning into IoT systems. Python developers eager to apply their knowledge in new, innovative ways will find it useful. It's also an invaluable guide for anyone with a foundational understanding of IoT concepts ready to take their skills to the next level and shape the future of intelligent devices.
    주제명부출표목-일반주제명  
    주제명부출표목-일반주제명  
    주제명부출표목-일반주제명  
    기타형태저록  
    Print version
    전자적 위치 및 접속  
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    MARC

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    ■5050  ▼aTable  of  Contents  Principles  and  Foundations  of  IoT  and  AI  Data  Access  and  Distributed  Processing  for  IoT  Machine  Learning  for  IoT  Deep  Learning  for  IoT  Optimization  Techniques  in  IoT  Reinforcement  Learning  for  IoT  Generative  Adversarial  Networks  for  IoT  Distributed  AI  for  IoT  AI  Cloud  Platforms  for  IoT  Deep  Learning  for  Time  Series  Data  from  IoT  AI  for  Video  and  Image  Data  from  IoT  AI  for  Text,  Audio  and  Speech  Data  from  IoT  AI  for  Personal  and  Home  IoT  AI  for  Industrial  IoT  AI  for  Smart  Cities  IoT.
    ■520    ▼aMaster  AI  and  IoT  integration,  from  fundamentals  to  advanced  techniques,  and  revolutionize  your  approach  to  building  intelligent,  data-driven  solutions  across  industries  Key  Features  Leverage  the  power  of  Python  libraries  such  as  TensorFlow  and  Keras  to  work  with  real-time  IoT  data  Enhance  your  IoT  solutions  with  advanced  AI  techniques,  including  deep  learning,  optimization,  and  generative  adversarial  networks  Gain  practical  insights  through  industry-specific  IoT  case  studies  in  manufacturing,  smart  cities,  and  automation  Purchase  of  the  print  or  Kindle  book  includes  a  free  PDF  eBook  Book  DescriptionTransform  IoT  devices  into  intelligent  systems  with  this  comprehensive  guide  by  Amita  Kapoor,  Chief  AI  Officer  at  Tipz  AI.  Drawing  on  25  years  of  expertise  in  developing  intelligent  systems  across  industries,  she  demonstrates  how  to  harness  the  combined  power  of  artificial  intelligence  and  IoT  technology.  A  pioneer  in  making  AI  and  neuroscience  education  accessible  worldwide,  Amita  guides  you  through  creating  smart,  efficient  systems  that  leverage  the  latest  advances  in  both  fields.  This  new  edition  is  updated  with  various  optimization  techniques  in  IoT  used  for  enhancing  efficiency  and  performance.  It  introduces  you  to  cloud  platforms  such  as  Platform  as  a  Service  (PaaS)  and  Infrastructure  as  a  Service  (IaaS)  for  analyzing  data  generated  using  IoT  devices.  You'll  learn  about  machine  learning  algorithms,  deep  learning  techniques,  and  practical  applications  in  real-world  IoT  scenarios  and  advance  to  creating  AI  models  that  work  with  diverse  data  types,  including  time  series,  images,  and  audio.  You'll  also  harness  the  power  of  widely  used  Python  libraries,  TensorFlow  and  Keras,  to  build  a  variety  of  smart  AI  models.  By  the  end  of  the  book,  you'll  emerge  as  a  master  of  AI-driven  IoT,  armed  with  invaluable  experience  in  optimizing  IoT  devices,  boosting  their  performance,  and  integrating  AI  algorithms  to  make  intelligent  decisions.  What  you  will  learn  Integrate  AI  and  IoT  for  enhanced  device  intelligence  Understand  how  to  build  scalable  and  efficient  IoT  systems  Master  both  supervised  and  unsupervised  machine  learning  techniques  for  processing  IoT  data  Explore  the  full  potential  of  deep  learning  in  IoT  applications  Discover  AI-driven  strategies  to  optimize  IoT  system  efficiency  Implement  real-world  IoT  projects  that  leverage  AI  capabilities  Improve  device  performance  and  decision-making  using  AI  algorithms  Who  this  book  is  for  This  book  is  for  IoT  developers,  engineers,  and  tech  enthusiasts,  particularly  those  with  a  background  in  Python,  looking  to  integrate  artificial  intelligence  and  machine  learning  into  IoT  systems.  Python  developers  eager  to  apply  their  knowledge  in  new,  innovative  ways  will  find  it  useful.  It's  also  an  invaluable  guide  for  anyone  with  a  foundational  understanding  of  IoT  concepts  ready  to  take  their  skills  to  the  next  level  and  shape  the  future  of  intelligent  devices.
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