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Extending Expectation Propagation for Graphical Mo
Extending Expectation Propagation for Graphical Models Yuan (Alan) Qi Joint work with Tom Minka Motivation Graphical models are widely used in real-world applications, such as wireless communications and bioinformatics. Inference techniques on graphical models often sacrifice efficiency for accuracy or sacrifice accuracy for efficiency. Need a method that better balances the trade-off between accuracy and efficiency.
Undergrad and Grad -Applied Sciences
By lee Luther
Tags: Extending Expectation Propagation Graphical Models , Yuan (Alan) Qi , Outline , Background expectation propagation (EP) , Extending EP Bayesian networks dynamic systems , Poisson tracking , Signal detection wireless communications , Tree-structured EP loopy graphs , Conclusions and future work , Joint work Tom Minka
Kinematics Basics - I
Describes some basic kinematics definitions.
High School -Science
By Pranay Srivastava
Algebra 2 (Std 9-12)
High School -Mathematics
By Mentor Math
Advance Placement Calculus NC (9-12)
Advanced Placement -Calculus AB
By Mentor Math
SimCalc Connected Classrooms: New Forms of Learnin
SimCalc Connected Classrooms: New Forms of Learning, New Forms of Teaching,SimCalc MathWorlds Dynamic interactive representations that are linked, e.g. edit a position function and automatically see velocity graphs update Graphically and algebraically editable functions Import motion data and re-animate (CBR & CBL2) Simulations are at the heart of SimCalc - executable representations (Moreno, 2001)
Undergrad and Grad -Mathematics
By Andrew Hudson
Tags: SimCalc Connected Classrooms , New Forms Learning , New Forms Teaching , SimCalc MathWorlds
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Extending Expec...
Undergrad and Grad
By lee Luther
Kinematics Basi...
High School
By Pranay Srivasta...
Algebra 2 (Std ...
High School
By Mentor Math
Advance Placeme...
Advanced Placement
By Mentor Math
SimCalc Connect...
Undergrad and Grad
By Andrew Hudson