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Copy file name to clipboardExpand all lines: data/events.toml
+47-2Lines changed: 47 additions & 2 deletions
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video3SocialLink = "https://youtu.be/4Cul2rWLLhM"
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eventOrder = 10
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eventType = "past"
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featured = true
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featured = false
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[[event]]
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dataTime = "Nov 20th 2023 | 9-10 AM EST"
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video3SocialLink = ""
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eventOrder = 11
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eventType = "past"
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featured = true
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featured = false
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[[event]]
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dataTime = "Dec 15th 2023 | 7-8 AM PST"
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video3SocialLink = "https://youtu.be/mNbPpTDfaws"
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eventOrder = 12
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eventType = "past"
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featured = true
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[[event]]
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dataTime = "Monday, January 29, 2024 at 07:00 AM PST (03:00 pm UTC)"
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title = "Enabling Uncertainty Quantification"
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subtitle = "From basics to complex models"
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place = "Online"
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description = "Treating uncertainties is essential in the design of safe aircraft, medical decision making, and many other fields. UM-Bridge enables straightforward uncertainty quantification (UQ) on advanced models by removing technical barriers.<br><br>Complex numerical models often consist of large code bases that are difficult to integrate with UQ packages such as PyMC, holding back many interesting applications. UM-Bridge is a universal interface for linking UQ and models, greatly accelerating development from prototype to high-performance computing.<br><br>This hands-on tutorial teaches participants how to build UQ applications using PyMC and UM-Bridge. We cover a range of practical exercises ranging from basic toy examples all the way to controlling parallelized models on a live cloud cluster. Beyond that, we encourage participants to bring their own methods and problems."
dataTime = "Tuesday, January 30, 2024 at 12:00 PM IST (6:30 am UTC)"
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title = "Enabling Uncertainty Quantification"
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subtitle = "From basics to complex models"
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place = "Online"
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description = "Treating uncertainties is essential in the design of safe aircraft, medical decision making, and many other fields. UM-Bridge enables straightforward uncertainty quantification (UQ) on advanced models by removing technical barriers.<br><br>Complex numerical models often consist of large code bases that are difficult to integrate with UQ packages such as PyMC, holding back many interesting applications. UM-Bridge is a universal interface for linking UQ and models, greatly accelerating development from prototype to high-performance computing.<br><br>This hands-on tutorial teaches participants how to build UQ applications using PyMC and UM-Bridge. We cover a range of practical exercises ranging from basic toy examples all the way to controlling parallelized models on a live cloud cluster. Beyond that, we encourage participants to bring their own methods and problems."
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