Gobo: A System for Exploring User Control of Invisible Algorithms in Social Media by Bhargava, Rahul, Chung, Anna, Gaikwad, Neil S, Hope, Alexis, Jen, Dennis, Rubinovitz, Jasmin, Saldías-Fuentes, Belén, Zuckerman, Ethan

Subjects: “…Computing methodologies, Artificial intelligence, Human-centered computing, Field studies, Information systems , Open source software, Human-centered computing, Social media, Algorithmic Transparency, Algorithmic Accountability…”
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The technological-industrial complex and education : navigating algorithms, datafication, and artificial intelligence in comparative and international education / by Curtis, Sydney Marie Simone, author 654828, Desimoni, Victoria, author 654829, Crumley-Effinger, Max, author 654830, Salajan Florin 654831, Jules, Tavis Deryck 654858, SpringerLink (Online service)

“…This Pivot book looks at the ways in which disruptive technologies, datafication, and Artificial Intelligence (AI) are shaping Comparative and International (CIE) Education and leading to its platformization. …”
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Leveraging the Sensitivity of Plants with Deep Learning to Recognize Human Emotions by Kruse, Jakob Adrian, Ciechanowski, Leon, Dupuis, Ambre, Vazquez, Ignacio, Gloor, Peter A.

“…Recent advances in artificial intelligence combined with behavioral sciences have led to the development of cutting-edge tools for recognizing human emotions based on text, video, audio, and physiological data. …”
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It is not about AI, it is about humans. Responsibility gaps and medical AI by Giubilini, A

“…A lot of the language we use to refer to AI, including in healthcare, uses terminology that originally and literally applies to humans and human relationships. Such terminology includes both non-evaluative terms like ‘learning’, ‘memory’, ‘intelligence’ etc. and evaluative terms, like ‘trust’ or ‘responsibility’. …”

The Effects of Collaboration and Competition on Players’ Perceptions in Human Computation Games by Pe-Than, Ei Pa Pa, Goh, Dion Hoe-Lian, Lee, Chei Sian

“…Human Computation Games (HCGs) harness human intelligence through games to address computational problems. …”
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Facial expression retargeting from human to avatar made easy by Zhang, Juyong, Chen, Keyu, Zheng, Jianmin

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Development of a vision-based gesture human-computer interface by Lim, Chun Ping.

“…A human computer interface (HCI) involves information passing between the human and the computer. …”
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Ideas of intelligence across development : a look into children's implicit attitudes of the male = brilliant stereotype by Ng, Sara Hui Xin

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Leveraging artificial intelligence (AI) technology for enhanced border surveillance at the Malaysia-Thailand land border by Norilyani Md Nor, Marina Abdul Majid, Andika Ab. Wahab

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Human learning principles inspired particle swarm optimization algorithms by Muhammad Rizwan Tanweer

“…The idea of utilizing intelligent swarms motivated towards exploring human cognitive learning principles for PSO. …”
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Should Robots Replace Teachers? : AI and the Future of Education / by Selwyn, Neil, author 243049, John Wiley & Sons (Online service) 647106

“…While most educators remain convinced of the need for human teachers, outside the profession there is growing anticipation of a technological reinvention of the ways in which teaching and learning take place.Through an examination of technological developments such as autonomous classroom robots, intelligent tutoring systems, learning analytics and automated decision-making, Neil Selwyn highlights the need for nuanced discussions around the capacity of AI to replicate the social, emotional and cognitive qualities of human teachers. …”
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Intelligent robotic system for home services : development of mobile robot mapping system using encoder feedback by Qin, Lang

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Understanding and training for the impact of large language models and artificial intelligence in healthcare practice: a narrative review by McCoy, Liam G., Ci Ng, Faye Y., Sauer, Christopher M., Yap Legaspi, Katelyn E., Jain, Bhav, Gallifant, Jack, McClurkin, Michael, Hammond, Alessandro, Goode, Deirdre, Gichoya, Judy, Celi, Leo A.

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Automata : a babbage machine analyst based human automation paradigm by Tan, Yan Hao

“…Singapore is undergoing an automation transformation through Artificial Intelligence (AI) to substitute human labour with machine and robots. …”
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Development of human guided robot control system using joystick controller by Stephen

“…However, in some cases, control from human is more favorable as human can react intelligently to unforeseen circumstances in robot operation. …”
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Functional modules of the human brain from resting-state fMRI by Long, Hongquan

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AI-Augmented Predictions: LLM Assistants Improve Human Forecasting Accuracy by Schoenegger, Philipp, Park, Peter, Karger, Ezra, Trott, Sean, Tetlock, Philip

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Position statements of the Emerging Trends Committee of the Asian Oceanian Society of Radiology on the adoption and implementation of artificial intelligence for radiology by Wee, Nicole Kessa, Git, Kim-Ann, Lee, Wen-Jeng, Raval, Gaurang, Pattokhov, Aziz, Ho, Evelyn Lai Ming, Chuapetcharasopon, Chamaree, Tomiyama, Noriyuki, Ng, Kwan Hoong, Tan, Cher Heng

“…Artificial intelligence (AI) is rapidly gaining recognition in the radiology domain as a greater number of radiologists are becoming AI-literate. …”
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Advancing healthcare with artificial intelligence: diagnostic accuracy of machine learning algorithm in diagnosis of diabetic retinopathy in the Brazilian population by dos Reis, Mateus A., Künas, Cristiano A., da Silva Araújo, Thiago, Schneiders, Josiane, de Azevedo, Pietro B., Nakayama, Luis F., Rados, Dimitris R. V., Umpierre, Roberto N., Berwanger, Otávio, Lavinsky, Daniel, Malerbi, Fernando K., Navaux, Philippe O. A., Schaan, Beatriz D.

“…In healthcare systems in general, access to diabetic retinopathy (DR) screening is limited. Artificial intelligence has the potential to increase care delivery. …”
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Accuracy and safety of an autonomous artificial intelligence clinical assistant conducting telemedicine follow-up assessment for cataract surgery by Meinert, E, Milne-Ives, M, Lim, E, Higham, A, Boege, S, de Pennington, N, Bajre, M, Mole, G, Normando, E, Xue, K

“…<p><strong>Background:&nbsp;</strong>Artificial intelligence deployed to triage patients post-cataract surgery could help to identify and prioritise individuals who need clinical input and to expand clinical capacity. …”