What is common between skateboarding and learning to skateboarding & autolearn.ai’s AI platform.
Lots, turns out.
Consider the process of learning to skateboard. One repeatedly tries a move with the skateboard. You look at if you can land the move. If you do, you try a different move. if you don’t, you slightly vary something in your technique; maybe you try a different center of gravity or angle your legs slightly differently or move your arms differently. Rinse. Repeat.
As the skateboarder tries different variations, the “learn” the intricacies of every move and slowly improve. The more time, the more variations and the more analysis they do, the faster they learn and get better. Over time, one can go from a novice to an expert, having built a massive repository of insights and training that help the brain leverage the learning to control the brain that in turn controls the muscles, bones and body weight to effortlessly skateboard.
The AI Company’s platform is designed to mimic the process of learning to skateboard. However, instead of sequentially repeating the learning task, the AI platform enables automatically parallelizes the learning process by simultaneously trying out each possible variation for each move and then parallelizing learning multiple moves at the same time. This massive parallelization is accentuated by the automatic selection of the most optimal and accurate insights (AI models) that learn the best in the context of the problem at hand. The best AI models are automatically deployed to production, stored in a very secure form and can be leveraged in traditional app development or in the development of intelligent smart contracts (AutoLearn’s SmartChain).
Imagine learning a skill instantly by parallelizing your learning so that you can try out the millions of variations, learn from them and ingest the learnings instantly. This is the AutoLearn boost.
With The AI Company’s AI, you are able to reduce what traditionally in data science would take upwards of a year and multiple data scientists to mere days through the automated training, selection and deployment of the best AI models out of 1000s of variations generated in parallel by AutoLearn. Not only do you reduce the time taken to go live with AI, because of the automation and the efficiency maximizer in AutoLearn’s AutoAI, you are guaranteed the best possible AI model. This is not guaranteed in a manually driven data science practice!
pintadachica on 28 Jul 18How to Create Bumper Stickers for Your Sticker campaigns For everything from political campaigns to social causes and beyond, cars adorned with bumper stickers are a regular sight across the country. Regular stickers, even more common, are a staple of our world from a young age, and an easily recognizable object for even children. Have you ever wondered how they're made? Sure, there are many companies that print stickers and the like in bulk for a third party, but there are also countless custom sticker campaigns floating about with highly customized messaging, some of which sprang up nearly instantaneously from their creative parties. These aren't cheap, flimsy creations either, some of them are the backbones of grass roots organizations that have changed the way we think and live our lives. Whatever your idea or needs, you're reading this because you want to create your own stickers, labels, or some other similar creative piece with professionalism and reliability. Let's take a look at exactly how you might get that done. Step One - Get Your Printer Especially if you're going to be producing large quantities of whatever you're making, it will be important that you have a reliable printer that isn't going to break down on you. For this reason, I'd suggest a thermal printer. Thermal printers have relatively few moving parts compared to traditional printers. Thermal Printers 101: The primary way in which thermal printers differ from traditional inkjet type models is that they use heat to transfer or even produce text and images. There are two subtypes: thermal transfer and direct thermal. Thermal transfer printers heat an inked ribbon which is then rolled over a paper or high-graded vinyl, transferring an image. Direct thermal printers work with thermal-chromatic paper, but do not require any ink. A heating element is pressed against the paper in the pattern of the text or imagery desired, and the paper responds by changing color in those places.
