'Succ succ' presentation slideshows

Some Principles of Induction

Some Principles of Induction. Mooly Sagiv msagiv@acm.org Tuesday 11-13, Schriber 317 TA: Yotam Feldman Email: yotam.feldman@gmail.com. http://www.cs.tau.ac.il /~msagiv/courses/pl19.html. Goals. Mathematical Induction Inductively Defined Sets Derivation Trees Structural Induction.

631 views • 62 slides

PROGRAMMING IN HASKELL

PROGRAMMING IN HASKELL. Chapter 11 - Interactive Programs , Declaring Types and Classes. batch program. inputs. outputs. Introduction. To date, we have seen how Haskell can be used to write batch programs that take all their inputs at the start and give all their outputs at the end.

578 views • 47 slides

Structured Overlays - self-organization and scalability

494 views • 47 slides

PROGRAMMING IN HASKELL

480 views • 47 slides

PROGRAMMING IN HASKELL

PROGRAMMING IN HASKELL. Chapter 10 - Declaring Types and Classes. Type Declarations. In Haskell, a new name for an existing type can be defined using a type declaration. type String = [Char]. String is a synonym for the type [Char].

394 views • 27 slides

PROGRAMMING IN HASKELL

PROGRAMMING IN HASKELL. Declaring Types and Classes: Adapted from material by Graham Hutton. Type Declarations. In Haskell, a new name for an existing type can be defined using a type declaration. type String = [Char]. String is a synonym for the type [Char].

287 views • 27 slides

PROGRAMMING IN HASKELL

PROGRAMMING IN HASKELL. Chapter 10 - Declaring Types and Classes. Type Declarations. In Haskell, a new name for an existing type can be defined using a type declaration. type String = [Char]. String is a synonym for the type [Char].

295 views • 27 slides

Programming Languages

Programming Languages. 10. High Level Languages. Java (Object Oriented) ACL2 (Propositional Induction) Algorithmic Information Theory (Information Compression and Randomness) - Kolmogorov Complexity Orc (Parallel Computing) GpH (Parallel Computing)

364 views • 24 slides