slides
... • Simple map example: (map (lambda (x) (* x x)) [1 2 3 4 5]) [1 4 9 16 25] • Fold examples: (fold + 0 [1 2 3 4 5]) 15 (fold * 1 [1 2 3 4 5]) 120 • Write Sum of squares: (define (sum-of-squares v) // where v is a list (fold + 0 (map (lambda (x) (* x x)) v))) (sum-of-squares [1 2 3 4 5]) 55 ...
... • Simple map example: (map (lambda (x) (* x x)) [1 2 3 4 5]) [1 4 9 16 25] • Fold examples: (fold + 0 [1 2 3 4 5]) 15 (fold * 1 [1 2 3 4 5]) 120 • Write Sum of squares: (define (sum-of-squares v) // where v is a list (fold + 0 (map (lambda (x) (* x x)) v))) (sum-of-squares [1 2 3 4 5]) 55 ...
CS 340 Data Structures
... JVM: Java Virtual Machine J2EE: Java Platform, Enterprise Edition. A widely used platform for server programming. ...
... JVM: Java Virtual Machine J2EE: Java Platform, Enterprise Edition. A widely used platform for server programming. ...
The Bridge between Mathematical Models of Physics and Generic
... tools are required if we wish to express functions whose behaviour depends on type-specific structure, such as an equivalence relation, ordering, or numerical operations on that type (adhoc polymorphism). The Haskell language adopted type classes, a form of limited usercontrolled overloading, by whi ...
... tools are required if we wish to express functions whose behaviour depends on type-specific structure, such as an equivalence relation, ordering, or numerical operations on that type (adhoc polymorphism). The Haskell language adopted type classes, a form of limited usercontrolled overloading, by whi ...
Chapter 11 - Functional Programming, Part II: ML, Delayed
... parameters at every call: The mult function is Curried (named after Haskell B. Curry), the mult2 function is not. Chapter 11 - Part II ...
... parameters at every call: The mult function is Curried (named after Haskell B. Curry), the mult2 function is not. Chapter 11 - Part II ...
Chapter 11 - Functional Programming, Part II: ML, Delayed
... parameters at every call: The mult function is Curried (named after Haskell B. Curry), the mult2 function is not. Chapter 11 - Part II ...
... parameters at every call: The mult function is Curried (named after Haskell B. Curry), the mult2 function is not. Chapter 11 - Part II ...
Lambda Calculus and Functional Programming
... trivial. First, when alpha-converting abstractions, the only variable occurrences that are renamed are those that are bound to the same abstraction. For example, an alpha conversion of λx.λx.x could result in λy.λx.x , but it could not result in λy.λx.y . The latter has a different meaning from the ...
... trivial. First, when alpha-converting abstractions, the only variable occurrences that are renamed are those that are bound to the same abstraction. For example, an alpha conversion of λx.λx.x could result in λy.λx.x , but it could not result in λy.λx.y . The latter has a different meaning from the ...
Chapter 1 Introduction to Java
... • Data of various kinds, such as numbers, characters, and strings, are encoded as a series of bits (zeros and ones). • Computers use zeros and ones because digital devices have two stable states, which are referred to as zero and one by convention. • The programmers need not to be concerned about th ...
... • Data of various kinds, such as numbers, characters, and strings, are encoded as a series of bits (zeros and ones). • Computers use zeros and ones because digital devices have two stable states, which are referred to as zero and one by convention. • The programmers need not to be concerned about th ...
What is Python?
... • Data of various kinds, such as numbers, characters, and strings, are encoded as a series of bits (zeros and ones). • Computers use zeros and ones because digital devices have two stable states, which are referred to as zero and one by convention. • The programmers need not to be concerned about th ...
... • Data of various kinds, such as numbers, characters, and strings, are encoded as a series of bits (zeros and ones). • Computers use zeros and ones because digital devices have two stable states, which are referred to as zero and one by convention. • The programmers need not to be concerned about th ...
review of haskell
... GHC is the leading implementation of Haskell, and comprises a compiler and interpreter; The interactive nature of the interpreter makes it well suited for teaching and prototyping; GHC is freely available from: ...
... GHC is the leading implementation of Haskell, and comprises a compiler and interpreter; The interactive nature of the interpreter makes it well suited for teaching and prototyping; GHC is freely available from: ...
The next Haskell will be strict
... The next ML will be pure, with effects only via monads. The next Haskell will be strict, but still pure. Still unclear exactly how to add laziness to a strict language. For example, do we want a type distinction between (say) a lazy Int and a strict Int? ...
... The next ML will be pure, with effects only via monads. The next Haskell will be strict, but still pure. Still unclear exactly how to add laziness to a strict language. For example, do we want a type distinction between (say) a lazy Int and a strict Int? ...
Language of the Month
... Just How Dynamic is Ruby? A class is never finalized in Ruby, even system classes. It is never too late to open up a class and change it. For instance, maybe we think that the Array class could use a sum method, adding it is trivial. ...
... Just How Dynamic is Ruby? A class is never finalized in Ruby, even system classes. It is never too late to open up a class and change it. For instance, maybe we think that the Array class could use a sum method, adding it is trivial. ...
