$N-Protractor Pseudocode † Lisa Anthony and Jacob O. Wobbrock †

Source URL: depts.washington.edu

• Vectors
• Abstract algebra
• Vector calculus
• Euclidean vector
• Vector space
• Trigonometric functions
• Rotation
• Vector
• Angle
• Algebra
• Mathematics
• Linear algebra

PSEUDOCODE FOR FINDING THE SHORTEST MULTIPLIERS FOR THE EXTENDED GCD PROBLEM KEITH MATTHEWS Input: m positive integers d1 , . . . , dm . Output: gcd(d1 , . . . , dm ) and all multiplier vectors (y1 , . . . , ym ) ∈ Zm

Source URL: www.numbertheory.org

• Fourier analysis
• Multiplier
• XM Satellite Radio

2007 Paper 9 Question 10 Digital Signal Processing (a) Write an efficient microcontroller program (pseudocode) that outputs a continuous sine wave of frequency f = 440 Hz with values yn in the range −1 to 1 at a sampl

Source URL: www.cl.cam.ac.uk

• Physics
• Sound
• Electrical engineering
• Electromagnetism
• Sampling
• Amplitude
• Digital-to-analog converter
• Digital signal processing
• Signal processing
• Electronic circuits

From Physics to Interrupt Handlers: The Real to Float Step

Source URL: www.cri.ensmp.fr

• Object-oriented programming
• Data types
• Pseudocode
• Source code
• Θ
• Real number
• Object
• C
• Mathematical model
• Software engineering
• Computing
• Computer programming

Homework Five, for Fri[removed]CSE 101 When specifying an algorithm, please use pseudocode that is simple and unambiguous. Always justify the correctness and running time of the algorithm, unless these are obvious.

Source URL: cseweb.ucsd.edu

Homework Two, for Fri[removed]CSE 101 When specifying an algorithm, please use pseudocode that is simple and unambiguous. Always justify the correctness and running time of the algorithm, unless these are obvious.

Source URL: cseweb.ucsd.edu

• Integer factorization algorithms
• Euclidean algorithm
• Multiplication
• Computational complexity theory
• Algorithm
• Time complexity
• Multiplication algorithm
• Greatest common divisor
• Quadratic sieve
• Mathematics
• Computational number theory
• Theoretical computer science

Homework Three, for Fri[removed]CSE 101 When specifying an algorithm, please use pseudocode that is simple and unambiguous. Always justify the correctness and running time of the algorithm, unless these are obvious.

Source URL: cseweb.ucsd.edu

• Applied mathematics
• Public-key cryptography
• Probabilistic complexity theory
• Electronic commerce
• RSA
• Finite fields
• Randomized algorithm
• Prime number
• Algorithm
• Cryptography
• Mathematics
• Primality tests

Homework Four, for Fri[removed]CSE 101 When specifying an algorithm, please use pseudocode that is simple and unambiguous. Always justify the correctness and running time of the algorithm, unless these are obvious.

Source URL: cseweb.ucsd.edu

• Computer science
• Theoretical computer science
• Analysis of algorithms
• Binary search algorithm
• Algorithm
• Time complexity
• Applied mathematics
• Mathematics
• Search algorithms

Demystifying Max/MSP A guide for musicians approaching programming for the first time by Paul Schuette

Source URL: www.paulschuette.com

• Computer programming
• Audio programming languages
• Software synthesizers
• Cross-platform software
• Mac OS X
• Max
• Pure Data
• Programming language
• Pseudocode
• Computing
• Software
• Visual programming languages

ROBOTC Reference Pseudocode & Flow Charts Pseudocode is a shorthand notation for programming which uses a combination of informal

Source URL: www.education.rec.ri.cmu.edu

• Robot kits
• Lego Mindstorms
• Educational toys
• Embedded systems
• Integrated development environments
• Robotc
• Pseudocode
• Flowchart
• Robot
• Computer programming
• Computing
• Software engineering