Abstract / truncated to 115 words (read the full abstract)

To the surprise of most of us, complexity in nature spawns from simplicity. No matter how simple a basic unit is, when many of them work together, the interactions among these units lead to complexity. This complexity is present in the spreading of diseases, where slightly different policies, or conditions,might lead to very different results; or in biological systems where the interactions between elements maintain the delicate balance that keep life running. Fortunately, despite their complexity, current advances in technology have allowed us to have more than just a sneak-peak at these systems. With new views on how to observe such systems and gather data, we aimto understand the complexity within. One of these new ... toggle 6 keywords

distributed processing graph filtering graph theory graph signal processing topology identification


Coutino, Mario
Delft University of Technology
Publication Year
Upload Date
Dec. 18, 2021

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