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Pedocomputing: A Generalized Framework for Polynomial-Time Solution of NP Problems

Pedocomputing: A Generalized Framework for Polynomial-Time Solution of NP Problems. Gary Yngve. Alternative Computing Paradigms. Quantum computing DNA computing Necrocomputing. Pedocomputing. Solves NP problems in poly-time Adaptable to approximation algorithms

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Pedocomputing: A Generalized Framework for Polynomial-Time Solution of NP Problems

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  1. Pedocomputing: A Generalized Framework for Polynomial-Time Solution of NP Problems Gary Yngve

  2. Alternative Computing Paradigms • Quantum computing • DNA computing • Necrocomputing

  3. Pedocomputing • Solves NP problems in poly-time • Adaptable to approximation algorithms • AI and graphics applications

  4. Previous Work • Swift’s modest proposal • Gifford, et al. • Nike • Everquest • The Catholic Church

  5. Poly-time solution to NP problems • Create an exponential number of children in poly-time • Exponential number of children = exponential number of pedoflops • Children model nondeterministic Turing machine

  6. Graph k-Coloring

  7. Applications for AI • Five million P4 processors do not even come close to reproducing the mental abilities of a 5-year-old. • With pedocomputing, five million 5-year-olds do a damn good job at reproducing the mental abilities of five million 5-year-olds.

  8. Applications for Graphics: NPR

  9. Photoshop

  10. Pedocomputing

  11. Conclusions • Pedocomputing solves NP problems in poly-time • Applications to approximation algorithms, AI, and graphics

  12. Acknowledgements and Apologies • Eugene Hsu for finding the childish mentalities for the drawings • Lounge denizens • The Catholic Church • Hannah Tang

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