If you’re under the impression that something as simple as sorting numbers is dull, think again. This visualization lets you see and hear fifteen different algorithms sift their way through a jumbled ...

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In this article, we present the bubble sort and merge sort algorithms. We discuss the cycle counts of these algorithms on the Blackfin processor, and show how to reduce the cycle count of the bubble ...

GPU-based sorting algorithms have emerged as a crucial area of research due to their ability to harness the immense parallel processing power inherent in modern graphics processing units. By ...

A video showing sorting algorithms in action may not sound like the most riveting concept in the world — but, then again, neither does watching other people play video games or unboxing gadgets you ...

Field-programmable gate arrays (FPGAs) offer a unique platform for the implementation of high-performance sorting algorithms by combining inherent parallelism with customisable hardware architectures.

A formula used to reorder data into a new sequence. Like all complicated problems, there are many solutions that can achieve the same results, and one sort algorithm can re-sequence data faster than ...

We don’t need to tell you that data can be beautiful—but the process of putting it in order can look pretty darn good, too. A new site called SORTING aims to make people aware of just how elegant some ...

When you’re trying to learn how an algorithm works, it’s not always easy to visualize what’s going on. Well, except for maybe binary sort, thanks to the phone book. Professor [thatguyer] is a computer ...

In this article, we present the bubble sort and merge sort algorithms. We discuss the cycle counts of these algorithms on the Blackfin processor, and show how to reduce the cycle count of the bubble ...