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Representing variable length entities: Part 2 : Heap memory basics.

video from http://www.cdf.toronto.edu/~heap/racket_lectures.html shows how to create a koch fractal without those annoying ...

Video from http://www.cdf.toronto.edu/~heap/racket_lectures.html on the most natural way to write many functions --- recursion.

Video from http://www.cdf.toronto.edu/~heap/racket_lectures.html on how to build Sierpinski's triangle using recursion, since it is ...

Discussed Heap sort and heapify method to create a max heap form array. Step by step instructions showing how to run heap sort ...

Now you notice that in this situation, we're dealing with a zig zag structure and as a result, we use trinode restructure.

http://www.cdf.toronto.edu/~heap/racket_lectures.html Video on lists, a self-referential, or recursive, structure: they can contain lists ...

How does the function call-and-return stack work?

Working with lists inside lists.

Representing variable length entities: Part 7 : Using the implemented class and conclusion.

The idea behind a zig zig kind of structure is it has a parent, it has a parent and grandparent. But that's not the only thing that ...

Video from http://www.cdf.toronto.edu/~heap/racket_lectures.html shows how to design a function in a systematic, step-by-step ...

This video demonstrates a standard implementation of mergeSort() in C++, with graphics to help even the most novice of ...

In this video we learn about path finding algorithms, like shortest path, single source shortest path, and all pairs shortest path.

ADSB 06_01.

Arrays and recursion : Part 5 : Mergesort conclusion.

Array Part-1 : Part 9 : Arrays of graphical objects and conclusion.

In this activity, we will explain the string datatype in the .net framework and cover the peculiarities of a reference type that appears ...