'Bw planning problem' presentation slideshows

Planning

Planning. Chapter 11.1-11.3. Some material adopted from notes by Andreas Geyer-Schulz and Chuck Dyer. Overview. What is planning? Approaches to planning GPS / STRIPS Situation calculus formalism [revisited] Partial-order planning. A. C. B. A. B. C. Blocks World Planning.

763 views • 66 slides

CMSC 671 Fall 2010

652 views • 65 slides

CMSC 471 Fall 2009

524 views • 52 slides

Planning

Planning. Chapter 11.1-11.3. Some material adopted from notes by Andreas Geyer-Schulz and Chuck Dyer. A. C. B. A. B. C. Blocks World Planning. Blocks world. The blocks world is a micro-world consisting of a table, a set of blocks and a robot hand

853 views • 48 slides

DNF to CNF

DNF to CNF. (a ^ b) V (b ^ c) V (a ^ c) ? (a V b) ^ (b V c) ^ (a V c) Proof: (a ^ b) V (b ^ c) V (a ^ c) = [(a^b) V (b^c)] V (a^c) = [((a^b) V b) ^ ((a^b) V c)] V (a^c) = [(a V b) ^ b ^ (c V a) ^ (b V c)] V (a^c) = [((a V b) ^ b ^ (c V a) ^ (b V c)) V a] ^

1.49k views • 41 slides

DNF to CNF

DNF to CNF. (a ^ b) V (b ^ c) V (a ^ c) ? (a V b) ^ (b V c) ^ (a V c) Proof: (a ^ b) V (b ^ c) V (a ^ c) = [(a^b) V (b^c)] V (a^c) = [((a^b) V b) ^ ((a^b) V c)] V (a^c) = [(a V b) ^ b ^ (c V a) ^ (b V c)] V (a^c) = [((a V b) ^ b ^ (c V a) ^ (b V c)) V a] ^

636 views • 41 slides

Planning

CMSC 471. Planning. Chapter 11.1-11.3. Adapted from slides by Tim Finin and Marie desJardins. Some material adopted from notes by Andreas Geyer-Schulz, and Chuck Dyer. Outline. What is planning? Approaches to planning GPS / STRIPS Situation calculus formalism [revisited]

404 views • 40 slides