DrOfEng

This Discrete Mathematics video covers a worked example on Big O. Post your comments/questions below and please subscribe.

This Discrete Mathematics video covers worked examples on the formal definition of Big O. Post your comments/questions below and please subscribe.

This Discrete Mathematics video explains the formal definition of Big O using a worked example. Post your comments/questions below and please subscribe.

This Discrete Mathematics video covers the typical growth rates encountered when determining the complexity of algorithms. Post your comments/questions below and please subscribe.

This Discrete Mathematics video compares the growth rates of logarithms to other functions and describes the basic properties of logarithms. Post your comments/questions below and please subscribe.

This Discrete Mathematics video provides an informal definition of Big O. Post your comments/questions below and please subscribe.

This Discrete Mathematics video provides an introduction to computational complexity. Post your comments/questions below and please subscribe.

This Discrete Mathematics video covers a worked example on 2nd order non-homogeneous recurrence relations. Post your comments/questions below and please subscribe.

This Discrete Mathematics video covers a worked example on 2nd order non-homogeneous recurrence relations. Post your comments/questions below and please subscribe.

This Discrete Mathematics video identifies two special cases that need to be considered when selecting a particular solution to a non-homogeneous 2nd order recurrence relation. Post your comments/questions below and please subscribe.

This Discrete Mathematics video explains the method of superposition for determining the general solution for 2nd order non-homogeneous recurrence relations. Post your comments/questions below and please subscribe.

This Discrete Mathematics video covers a worked example on the solution to a recurrence relation with one repeated real root. Post your comments/questions below and please subscribe.

This Discrete Mathematics video covers a worked example on the solution to the Fibonacci recurrence relation. Post your comments/questions below and please subscribe.

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This Discrete Mathematics video derives the general solution for 2nd order homogeneous recurrence relations with constant coefficients. Post your comments/questions below and please subscribe.

This Discrete Mathematics video derives the general solution for a 1st order homogeneous recurrence relation with constant coefficients. Post your comments/questions below and please subscribe.

This Discrete Mathematics video explains the standard linear form of recurrence relations and their properties, including linear, homogeneous, order and variable coefficients. Post your comments/questions below and please subscribe.

This Discrete Mathematics video derives the recurrence relation of a factorial sequence using a worked example. Post your comments/questions below and please subscribe.

This Discrete Mathematics video explains recursion using the well-known Fibonacci sequence. Post your comments/questions below and please subscribe.

This Discrete Mathematics video explains Iteration using the well-known Fibonacci sequence. Post your comments/questions below and please subscribe.

This Discrete Mathematics video explains the arithmetic series and derives a closed form relation for this series. Post your comments/questions below and please subscribe.

This Discrete Mathematics video explains the geometric series and derives a closed form relation for this series. Post your comments/questions below and please subscribe.

This Discrete Mathematics video explains sigma (or summation) notation using several examples. Post your comments/questions below and please subscribe.

This Discrete Mathematics video explains how the number of combinations in the lottery can be determined using the binomial theorem, which is also verified using a computer program. Post your comments/questions below and please subscribe.

This Discrete Mathematics video covers a worked example on how to write a cryptographic algorithm. Basic modular arithmetic is also covered. Post your comments/questions below and please subscribe.