Spotting Monster Shrines and Finding Lost Treasures: 5 Genuinely Cool AI Projects | HackerNoon

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Spotting Monster Shrines and Finding Lost Treasures: 5 Genuinely Cool AI Projects | HackerNoon
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'Spotting Monster Shrines and Finding Lost Treasures: 5 Genuinely Cool AI Projects' deeplearning machinelearning

I hope that these unique AI applications help you feel a little more optimistic about a glamourous, hi-tech future. I’ve also included some links to free and accessible machine learning software at the end, just in case you feel inspired to make a Parm of your own.first because I worked on the technology behind it, but that doesn’t make it any less amazing.

A team of Japanese researchers collected 3D scans of land around Nasca Pampa, Peru with lasers, generating an unapproachable amount of landform data. To tackle data processing tasks that would take humans decades, they trained an AI model to find intentional shapes in the mess of natural formations, specifically looking for a type of ancient art called biomorphic geoglyphs.

The biomorphic geoglyphs are giant pictograms carved into the landscape by the ancient indigenous Nascan people. They depict detailed fire-breathing monsters and vengeful gods, typically ranging in size from 150 to 330 feet across. Hundreds of these beasts were hand-dug deep enough into the soil to still be visible after 2000 years of erosion, indicating that they must have been significant to the people who made them.

Scout is an easy-to-use data modeling AI tool that runs criteria like street width, sunlight, urban density, and even ocean views to generate optimized construction plans. Instead of one architectural firm running a handful of designs, now a whole team can collaborate to run thousands of models and select the best compromise to meet everyone’s needs.

The technology isn’t so different from what you might find in a self-driving car, but with an extra spatial dimension and an understanding of maritime traffic laws instead of stop signs. Not having humans onboard also frees up space for cargo — such as advanced computing equipment for tracking endangered whales — and offers huge potential for cheaper worldwide shipping.

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