Whitepapers is a vital tool for anyone trying to learn more about a specific topic in-depth. Whitepapers on ML, are becoming more and more in demand in the IT industry. These documents offer in-depth details on the newest machine-learning methods, algorithms, and applications. They provide insights into the real-world applications of these technologies, making them indispensable for anyone looking to improve their ML skills. As a result, whitepapers greatly contribute to the evolution of technology by acting as a link between the theoretical parts of machine learning and its practical applications. The following 10 whitepapers can help you enhance your machine-learning skills:
The most significant and influential machine learning research articles of 2021 are compiled here, addressing a wide range of subjects including deep learning, computer vision, natural language processing, gradient estimation, parabolic PDEs, discrete sampling, and reinforcement learning.
A thorough and reliable manual for using machine learning in systems that must adhere to certification requirements, like safety-critical systems. The article addresses the possible advantages and disadvantages of machine learning, the state of the art at the moment, and the gaps in the literature, standards, and laws that are in place or are developing, as well as best practices and suggestions for developing and approving machine learning systems.
A succinct and timely summary of the most important and current machine learning research publications of 2022, including discussions of federated learning, self-supervised learning, transformers, graph neural networks, generative adversarial networks, and meta-learning, among other subjects.
A selection of the top free whitepapers on artificial intelligence (AI) can be found online. Four categories are presented in the paper for the whitepapers: general AI, AI and business, AI and society, and AI and particular fields. The document gives a brief synopsis of every whitepaper, emphasizing the key points, goals, and conclusions.
A great and easily understandable overview of some of the major concepts and innovations in AI and machine learning research in 2020, including reinforcement learning, natural language generation, self-attention, graph neural networks, neural architecture search, computer vision, and more.
A well-known and significant whitepaper that alerts readers to the unstated expenses and difficulties associated with sustaining and developing machine learning systems. Several kinds of technical debt in machine learning, including complicated dependencies, entanglement, configuration debt, data dependencies, and feedback loops, are identified and analyzed in this study. Additionally, the study offers some guidelines and recommendations for minimizing or eliminating technical debt in machine learning.
An extensive and perceptive whitepaper outlining the potential, difficulties, and uses of machine learning in the healthcare industry. Data sources, data quality, data privacy, data integration, data analysis, data interpretation, data visualization, and data-driven decision-making are just a few of the topics covered in this paper on machine learning for healthcare. A few of the ethical, social, and legal ramifications of machine learning for healthcare are also covered in the study.
An extensive and educational whitepaper that examines the current state of machine learning for cybersecurity as well as its potential future possibilities. The paper discusses a range of machine learning for cybersecurity themes and approaches, including adversarial machine learning, malware analysis, network security, web security, cloud security, mobile security, and Internet of Things security. A few of the unanswered problems and research topics in machine learning for cybersecurity are also included in the study.
A thought-provoking and innovative whitepaper that examines the possibilities and constraints of using machine intelligence to combat climate change. In addition to electrical systems, transportation, buildings and cities, industry, farms and forests, carbon dioxide removal, solar geoengineering, and climate science, the study covers a wide range of domains and applications of machine learning for climate change. Along with these recommendations, the study addresses several cross-cutting challenges related to machine learning and climate change, including data availability, collaboration, assessment, implementation, and policy.
An intriguing and thought-provoking whitepaper that looks at how machine learning might improve design and creativity. Machine learning for creativity and design is discussed in the article in a variety of contexts, including generative models, style transfer, content creation, game design, music and art generation, and human-computer interaction. The study also covers a few of the potential problems that machine learning presents for design and creativity, including assessment, cooperation, ethics, and instruction.
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