FedCLCC: A personalized federated learning algorithm for edge cloud collaboration based on contrastive learning and conditional computing by Kangning Yin, Xinhui Ji, Yan Wang, Zhiguo Wang

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Serverless–edge computing with mobile document agents by Magdalena Godlewska, Bogdan Wiszniewski

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Immersive, Secure, and Collaborative Air Quality Monitoring by José Marinho, Nuno Cid Martins

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Book Recommendation Using Collaborative Filtering Algorithm by Esmael Ahmed, Adane Letta

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Soundwalking with AI: collaborative creativity as embodied learning by Martim S. Galvão, Marcel Zaes Sagesser

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Multi-user fine-grained task offloading scheduling strategy under cloud-edge-end collaboration by XIE Mande, HUANG Zhufang, SUN Hao

Subjects: “…edge computing…”
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Decision-Oriented Dialogue for Human-AI Collaboration by Jessy Lin, Nicholas Tomlin, Jacob Andreas, Jason Eisner

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A Collaborative Auto-Diversified Optimization Scheme  by Besma Hezili, Hichem Talbi

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Intelligent Association Rules for Innovative SME Collaboration by Gulgun Kayakutlu, Irem Duzdar, Eunika Mercier-Laurent

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Collaboration Networks: University of Mosul Case Study by Basim Mahmood, Nagham Sultan, Karam Thanoon, Dhiya Khadhim

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Human–Computer Vision Collaborative Measurement of Surgical Exposure and Length in Endonasal Endoscopic Skull Base Surgery by Chia-En Wong, Yu-Chen Kuo, Da-Wei Huang, Pei-Wen Chen, Heng-Jui Hsu, Wei-Ting Lee, Shang-Yu Hung, Jung-Shun Lee, Sheng-Fu Liang

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Design of Image Processing Technology Support System in Human-Computer Collaborative Visual Design Assisted by Artificial Intelligence Technology by Yan Song

“…Aiming at the problems of high cleaning intensity, low efficiency, and hidden safety hazards of high-altitude curtain walls, this study proposes that the image processing method is a kind of image processing technology in human-computer collaborative visual design. The algorithm uses generalized mapping to scramble the picture and then expands and replaces the scrambled pictures one by one through the image processing technical support system. …”
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Why not both? Complementing explanations with uncertainty, and self-confidence in human-AI collaboration by Ioannis Papantonis, Vaishak Belle, Vaishak Belle

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System and application of video surrveillance based on edge computing by Sanming PAN, Mingqiang YUAN

Subjects: “…edge computing…”
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Trust in the machine: How contextual factors and personality traits shape algorithm aversion and collaboration by Vinícius Ferraz, Leon Houf, Thomas Pitz, Christiane Schwieren, Jörn Sickmann

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The Development of Collaborative Keys to Promote Engagement in Undergraduate Online Asynchronous Statistics Courses by Anelise Sabbag, Nicola Justice, Samuel Frame, Lauren Laundroche, Rachel Roggenkemper

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Distributed Collaborative Learning with Representative Knowledge Sharing by Joseph Casey, Qianjiao Chen, Mengchen Fan, Baocheng Geng, Roman Shterenberg, Zhong Chen, Keren Li

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Experimenting with a Multi-User Virtual Environment for Collaborative Online International Learning by Darina M. Slattery, Yvonne Cleary, Tonje Hilde Giæver, Bård Ketil Engen

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Ultra-Lightweight Collaborative SLAM for Robot Swarms by Vlad Niculescu, Tommaso Polonelli, Michele Magno, Luca Benini

“…First, it enables onboard infrastructure-less collaborative mapping with a lightweight and cost-effective <inline-formula> <tex-math notation="LaTeX">$({\$}20)$ </tex-math></inline-formula> solution in terms of sensing and computation. …”
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COLLABORATIVE PROFICIENCY TESTING IN FORENSIC SCIENCE LABORATORIES by A. Sidorova

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