'Intractable problems' presentation slideshows

EVIDENCE-BASED MANAGEMENT

EVIDENCE-BASED MANAGEMENT. Rob B Briner. THE UNDERLYING ARGUMENT. Four propositions: Research produced in business schools could be useful to organizations Drawing on the best available evidence (including business school research) is likely to improve management decisions

836 views • 58 slides

The Theory of NP-Completeness

The Theory of NP-Completeness. Tractable and intractable problems NP-complete problems. The theory of NP-completeness. Tractable and intractable problems NP-complete problems. Classifying problems. Classify problems as tractable or intractable.

735 views • 44 slides

6.006- Introduction to Algorithms

6.006- Introduction to Algorithms. Lecture 24 NP-completeness (The Dismal Computer Science). Prof . Constantinos Daskalakis. Tractable Problems. We have seen many problems that can be solved in polynomial time . e.g. finding the shortest path in a graph e.g.2 sorting n numbers

480 views • 29 slides

Areas of Computer Science

667 views • 27 slides

Algorithms

Algorithms. BIT 1003- Presentation 4. DEFINITION OF AN ALGORITHM. An algorithm is a method for solving a class of problems. While computer scientists think a lot about algorithms, the term applies to any method of solving a particular type of problem.

431 views • 27 slides

363 views • 27 slides

NP-Complete Problems

NP-Complete Problems. Running Time v.s. Input Size. Concern with problems whose complexity may be described by exponential functions. Tractable problems v.s. intractable problems. Decision Problems. Optimization problems can be formulated as decision problems.

330 views • 15 slides

Welcome to the Stanford Automata Theory Course

Welcome to the Stanford Automata Theory Course. Why Study Automata? What the Course is About. Why Study Automata?. A survey of Stanford grads 5 years out asked which of their courses did they use in their job. Basics like intro-programming took the top spots, of course.

133 views • 11 slides

Optimization/Decision Problems

521 views • 8 slides

What problem is to be solved?

What problem is to be solved?. Define the problem which to be solved in a succinct statement (two sentences). Try to describe the size, scope and impact of the problem using examples from the client and frontline viewpoint. Consider using a diagrammatic presentation.

187 views • 7 slides