Exercises in the Scheme programming language.

'(Exercises in the Scheme programming language)

Resources

[ h ][ g ][ w ] Chez Scheme

• Home
• Book
• University of Washington's CSE 341 (2002)

Other

• Scheme resources

Figures

• Church, Alonzo (1903-1995)
• MacCarthy, John (1927-2011)
• Steele Jr., Guy Lewis (1954-)
• Sussman, Gerald Jay (1947-)

Texts

• Abelson, Harold; Gerald Jay Sussman; & Julie Sussman. (1996). Structure and Interpretation of Computer Programs. 2nd Ed. MIT Press. Wiki. JS Adaptation Home. JS Adaptation Wiki.
• Dybvig, R. Kent. (2009). The Scheme Programming Language. 4th Ed. MIT Press. Home.
• Felleisen, Matthias et al. (2018). How to Design Programs: An Introduction to Programming and Computing. 2nd Ed. MIT Press. Home. Wiki.
• Friedman, Daniel P. & Carl Eastlund. (2015). The Little Prover. MIT Press.
• Friedman, Daniel P. & Matthias Felleisen. (1995). The Little Schemer. MIT Press.
• Friedman, Daniel P. & Mitchell Wand. Essentials of Programming Languages. 3rd Ed. Home. Wiki.
• Friedman, Daniel P. et al. (2018). The Reasoned Schemer. 2nd Ed. MIT Press.
• Friedman, Daniel P. & David Thrane Christiansen. (2018). The Little Typer. MIT Press.
• Hanson, Chris & Gerald Jay Sussman. (2021). Software Design for Flexibility: How to Avoid Programming Yourself into a Corner. MIT Press.
• [ h ] Harvey, Brian & Matthew Wright. (1999). Simply Scheme: Introducing Computer Science. 2ns Ed. MIT Press.
• Krishnamurthi, Shriram. (2007). Programming Languages: Application and Interpretation. 2nd Ed. Home.
• McCarthy, John. (1960). "Recursive Functions of Symbolic Expressions and Their Computation by Machine".
• Sussman, Gerald Jay; Jack Wisdom; & Will Farr. (2013). Functional Differential Geometry. MIT Press.
• Sussman, Gerald Jay & Jack Wisdom. (2001). Structure and Interpretation of Classical Mechanics. MIT Press. MIT OpenCourseWare. Wiki.

Terms

• [ w ] Atom
• [ w ] Brook
• [ w ][ s ] Combinatory Logic
• [ w ] Curry
• [ w ][ s ] Curry's Paradox
• [ w ] Currying
• [ w ] Functional Programming
• [ w ] Haskell
• [ w ] Lisp
• [ w ] List
• [ w ] Recursion
• [ w ] Symbolic Computation