Results 61-80 of about 152
  1. ... produced, large-quantity health data from each individual, artificial intelligence (AI) needs to be built into data-processing algorithms. ...
  2. ... 2016) are now leading to an era where artificial intelligence (AI) will be used to (i) interpret the knowledge ...
  3. ... cost (Carlson 2022). Finally, next-generation sequencing and artificial intelligence (AI) quickly analyze and model the performance of natural ... electronics components is common, the complexity and unpredictability (or ... The application of AI to make synthetic biology more predictable is widely ...
  4. ... in the fortunate position of pursuing research in artificial intelligence (AI), a fascinating field of research started by Allen ... they are interacting and then respond to problems or changes in that ... of human intelligence, AI must encompass the idea of thinking forever, of ...
  5. ... therapies (Barbosu 2024). Mature protein engineering and nascent artificial intelligence (AI)-driven protein design have rapidly expanded the diversity ...
  6. ... design uses domain theories, machine-generated data, and artificial intelligence (AI) algorithms to create a “digital twin” that is ... can be solved with data and AI alone. AI for the 3D “art-to-part” pipeline ... a cat or dog from pictures, recommending restaurants, or determining ad ...
  7. ... overstated. They have revolutionized supply chain management processes. Artificial intelligence (AI) acts as a cognitive powerhouse within SCCTs, analyzing ...
  8. ... areas that has arisen is the application of artificial intelligence (AI) approaches to materials R&D. When NIST rolled ...
  9. ... emphasizes the application of new tools, such as artificial intelligence (AI) and human intelligence, to co-create new business ...
  10. ... as wearable devices, robots, smartphones and apps, and artificial intelligence (AI) pervade everyday activities and discourse, and they exist ...
  11. ... ocean observatory, the operational paradigm must rely on artificial intelligence (AI), to allow the AUV to respond to its ...
  12. ... recent advances in digital technologies, including cloud computing, artificial intelligence (AI), big data analytics,, machine learning, augmented reality, the ...
  13. ... challenges and promising opportunities. One major textbook divides artificial intelligence (AI) systems into two categories, those that are meant ...
  14. ... in subtle but important ways. Recently, researchers used artificial intelligence (AI) to add the appearance of cancerous regions to ...
  15. ... me to the current buzz about (the new) AI (artificial intelligence), ML (machine learning), CNNs (convolutional neural networks), DNNs ( ... I am by no means a scholar of AI, but I would like to join in the chorus of many ... job applications or in the criminal justice system, they can lead ...
  16. ... digital transformation in materials engineering. The ascendancy of artificial intelligence and machine learning (AI/ML), epitomized by advancements in language processing, computer ...
  17. ... people could instruct AI systems to do, including AI dilemmas , or use cases of AI that simultaneously could cause ... brainstorm the possible harms and benefits of allowing or not allowing AI systems to do that task, and provide a ...
  18. ... There’s a lot of contemporary interest in artificial intelligence and generative AI, and, in many respects, that’s a concern ...
  19. ... as Google’s Tensor Processing Unit-based [1] AI Hypercomputer or Meta’s Research SuperCluster, [2] also rely on ... which propose ways to measure power consumption of AI systems, there are not yet metrics or standard tools. This is an area where active ...
  20. ... several kilometers from the takeoff site. But no artificial intelligence is planned or needed: scientists on the ground will determine where ...
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