755 research outputs found

    sj-pdf-1-asu-10.1177_00031348211050813 – Supplemental Material for Do Oncologic Outcomes From Head and Neck Versus Truncal and Extremity Melanoma Differ? A Single-Institution Single-Subspecialty Experience

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    Supplemental Material, sj-pdf-1-asu-10.1177_00031348211050813 for Do Oncologic Outcomes From Head and Neck Versus Truncal and Extremity Melanoma Differ? A Single-Institution Single-Subspecialty Experience by Kirsten M Baecher, Michael K Turgeon, Caroline R Medin, Geetha Mahendran, Terrill M Flakes, Keith A Delman and Michael C Lowe in The American Surgeon</p

    AI and blockchain applications in industrial robotics

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    The ever-evolving industrial landscape poses challenges for businesses, particularly in the field of robotics. Performance optimization, data security, and harnessing emerging technologies are crucial for staying competitive. Traditional approaches fall short in addressing these complexities, leaving industries searching for innovative solutions. AI and Blockchain Applications in Industrial Robotics is an exceptional book which presents the transformative potential of combining artificial intelligence (AI) and blockchain technologies to revolutionize industrial robotics. The book provides comprehensive insights into how AI enhances predictive models and pattern recognition while blockchain ensures secure and immutable data transactions. By synergizing these technologies, businesses can achieve enhanced transparency, trust, and efficiency in their robotic processes. It offers practical applications, use cases, and real-world examples that cater to postgraduate students, researchers, industry professionals, undergraduate students, and freelance developers, empowering them to embrace the possibilities of AI and blockchain in industrial robotics. With AI and Blockchain Applications in Industrial Robotics, many industries can overcome the challenges they face in optimizing performance, ensuring data security, and embracing the potential of emerging technologies. This book serves as a beacon of knowledge, equipping readers with the tools and understanding to implement AI and blockchain solutions, driving innovation, efficiency, and competitiveness in the industrial sector

    High-energy ultrafast mid-IR optical parametric amplifier for strong-field science

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    We present a high-energy mid-infrared optical parametric amplifier source tunable between 2.8 and 3.8 μm for strong-field applications. We exploited this source in combination with a 800 nm source for generating high-order harmonics in atoms and molecules in a two-color pulse scheme

    Encompassing a global mental health perspective into psychotherapy research: a critique of approaches to measuring the efficacy of psychotherapy for depression

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    Commentary paper on: Munder T, Flückiger C, Leichsenring F Abbass A Hilsenroth M Luyten P, Rabung S, Steinert C and Wampold B. Is psychotherapy effective? A re-analysis of treatments for depression. Epidemiol Psychiatr Sci . 2018 Jul 30:1 – 7. doi: 10.1017/S204579601800035

    Beyond the Trees: A Systems Approach to Understanding Forest Health in the Southeastern United States

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    Forest health is an important topic for biology, agriculture, current issues, and environmental science classes. But conversations with educators suggested that they were not equipped to teach about it given their existing curricula. This 79-page educator guide includes six activities designed to help learners consider forest health from various viewpoints; understand interrelationships and feedback mechanisms in a forest system; visualize spatial and temporal mechanisms of forest system functions; appreciate the variety of threats to forest health; and consider their role as future forest stewards. Written by Geetha S. Iyer, Martha M. Monroe, and Jason A. Smith, and published by the UF Department of School of Forest Resources and Conservation, July 2011. FOR287/FR355: Beyond the Trees: A Systems Approach to Understanding Forest Health in the Southeastern United States (ufl.edu

    Beyond the Trees: A Systems Approach to Understanding Forest Health in the Southeastern United States

    No full text
    Forest health is an important topic for biology, agriculture, current issues, and environmental science classes. But conversations with educators suggested that they were not equipped to teach about it given their existing curricula. This 79-page educator guide includes six activities designed to help learners consider forest health from various viewpoints; understand interrelationships and feedback mechanisms in a forest system; visualize spatial and temporal mechanisms of forest system functions; appreciate the variety of threats to forest health; and consider their role as future forest stewards. Written by Geetha S. Iyer, Martha M. Monroe, and Jason A. Smith, and published by the UF Department of School of Forest Resources and Conservation, July 2011. FOR287/FR355: Beyond the Trees: A Systems Approach to Understanding Forest Health in the Southeastern United States (ufl.edu

    Beyond the Trees: A Systems Approach to Understanding Forest Health in the Southeastern United States

    No full text
    Forest health is an important topic for biology, agriculture, current issues, and environmental science classes. But conversations with educators suggested that they were not equipped to teach about it given their existing curricula. This 79-page educator guide includes six activities designed to help learners consider forest health from various viewpoints; understand interrelationships and feedback mechanisms in a forest system; visualize spatial and temporal mechanisms of forest system functions; appreciate the variety of threats to forest health; and consider their role as future forest stewards. Written by Geetha S. Iyer, Martha M. Monroe, and Jason A. Smith, and published by the UF Department of School of Forest Resources and Conservation, July 2011. FOR287/FR355: Beyond the Trees: A Systems Approach to Understanding Forest Health in the Southeastern United States (ufl.edu

    The Line n-Sigraph of a Symmetric n-Sigraph-IV

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    Unless mentioned or defined otherwise, for all terminology and notion in graph theory the reader is refer to [6]. We consider only finite, simple graphs free from self-loops
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