CS61c: Representations of Combinational Logic Circuits J. Wawrzynek October 12, 2007 1

Source URL: www-inst.eecs.berkeley.edu

• Logic gates
• Mathematics
• Mathematical logic
• Algebra
• Boolean algebra
• Logic in computer science
• Algebraic logic
• Circuit complexity
• Canonical normal form
• Combinational logic
• XOR gate
• Digital electronics

cs281: Computer Organization Lab2 Prelab The purpose of this prelab is to introduce some of the fundamentals of Combinational Logic Design, preparing us for using the breadboards to build circuits designed in this Prela

Source URL: personal.denison.edu

• Boolean algebra
• Algebra
• Mathematics
• Abstract algebra
• Boolean
• Canonical normal form
• Truth table
• Logical disjunction
• Combinational logic
• Logic gate
• Boolean algebras canonically defined
• Karnaugh map

Microsoft Word - IBSdoc

Source URL: foibg.com

• Theoretical computer science
• Mathematical logic
• Mathematics
• Logic in computer science
• NP-complete problems
• Boolean algebra
• Electronic design automation
• Algebraic logic
• Tseytin transformation
• Boolean satisfiability problem
• Conjunctive normal form
• Canonical normal form

A REDUCE package for the computation of several matrix normal forms Matt Rebbeck Konrad-Zuse-Zentrum f¨ ur Informationstechnik Berlin Takustra¨se 7

Source URL: reduce-algebra.com

• Linear algebra
• Matrix theory
• Matrices
• Jordan normal form
• Matrix
• Frobenius normal form
• Triangular matrix
• Square matrix
• Eigenvalues and eigenvectors
• Determinant
• Trace
• Canonical form

cs281: Computer Organization Lab3 Prelab Our objective in this prelab is to lay the groundwork for simplifying boolean expressions in order to minimize the complexity of the resultant digital logic circuit. We saw in La

Source URL: personal.denison.edu

• Boolean algebra
• Canonical normal form
• Karnaugh map
• Distributive property
• Truth table
• Equivalence of categories
• Integer
• Boolean function
• Equality
• Matrix
• Addition
• Negation

CS61c: Combinational Logic Blocks J. Wawrzynek October 12, 2007 1

Source URL: www-inst.eecs.berkeley.edu

• Computer arithmetic
• Binary logic
• Digital circuits
• Logic gates
• Adder
• Digital electronics
• Subtractor
• XOR gate
• Arithmetic logic unit
• Exclusive or
• Canonical normal form
• Carry flag

COMPUTER SCIENCE TRIPOS Part IB – 2013 – Paper 6 4 Computation Theory (AMP) (a) (i ) What does it mean for a λ-term to be a β-normal form? Defining the sets of canonical (C) and neutral (U ) λ-terms by the grammar

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

CS 170 Algorithms Spring 2009

Source URL: www-inst.eecs.berkeley.edu

• Complexity classes
• NP-complete problems
• Boolean algebra
• Electronic design automation
• Formal methods
• Boolean satisfiability problem
• Conjunctive normal form
• NP-complete
• Canonical form
• Theoretical computer science
• Mathematics
• Applied mathematics

Exactly Sparse Extended Information Filters for Feature-Based SLAM Matthew R. Walter, Ryan M. Eustice, and John J. Leonard Abstract Recent research concerning the Gaussian canonical form for Simultaneous Localization and

Source URL: ttic.uchicago.edu

• Control theory
• Linear filters
• Data analysis
• EKF SLAM
• Kalman filter
• Multivariate normal distribution
• Matrix
• Covariance matrix
• Fisher information
• Statistics
• Robot control
• Estimation theory

MATHHomework 7 This homework will be collected at the end of class on Nov. 19, For each of the following matrices A, find a Jordan canonical form J and a matrix X such that A = XJX −1 . (a)

Source URL: hkumath.hku.hk

• Matrix theory
• Abstract algebra
• Singular value decomposition
• Generalized eigenvector
• Eigenvalues and eigenvectors
• Diagonalizable matrix
• Jordan normal form
• Vector space
• Matrix
• Algebra
• Linear algebra
• Mathematics