He defines the three operational constraints of supervised systems as clean data, measurable objectives, and bounded parameters, and treats edge cases as a key fragility vector.
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Edge Cases
He defines the three operational constraints of supervised systems as clean data, measurable objectives, and bounded parameters, and treats edge cases as a key fragility vector.
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Key Notes
Jiang claims that edge cases expose a core AI failure mode: systems can miss obvious real-world entities despite high aggregate performance.
Timestamped Evidence
"to control the world oh to become God right what's the point of existence you live you die you have an opportunity to become..."
"...And the great danger to the system is what we call edge cases. Edge cases. Okay, edge cases, edge cases breaks the system down...."
"And that mean damn right or intentionally trying to cause an accident or self driving car. Does that make sense? And the answers you..."
"...the road outside the designated crosswalk. The textbook definition of an edge case scenario."
Relevant Lectures And Readings
The lecture starts by warning against overconfident certainty, then rewires from literary method to a hard model of AI: today’s systems are pattern-fitters optimized for compliance, so power becomes control over what counts as...
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