The result was, as you might expect, that often times the person would no longer be in the frame by the time HomeAssistant took a snapshot due to the lag of DeepStack processing even though it was only a few seconds.

So that forced me back to the drawing board. The only other way to get images out of AITools was via Telegram.

But the downside here was that there was no way to filter out snapshots when I didn't want them ie when the front door is opened by me to go get the mail.

So no more middleman and trying to get the images synced up. To do this, I found this custom component. There's also one that can detect faces but I have not given that a go.

The instructions on the GitHub page for installing Deepstack via Docker and getting everything set up are pretty well done.

The noavx image works fine so that's what I went with. There's also cpu-x3-beta or gpu-x3-beta which supposedly include a number of improvements, but based on reports I've seen the processing is currently a LOT slower.

Deepstack is in the process of open sourcing the software so hopefully when that process is complete we'll see improved versions.

Note for the alerts you'll want to refer to the BlueIris manual located here. Not a lot of "how to" in this post since I think the documentation is pretty well explained.

I intended this more as an explanation of how easy it is to set up AI-based object detection in your home and boost the accuracy of your motion alerts.

Overall, this was a pretty easy project to set up. It took some tweaking of the motion sensitivity of the camera and getting all the alerts set up but overall the result is that I no longer get false positives of "someone at the door" when there really isn't.

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DeepStack computes a strategy based on the current state of the game for only the remainder of the hand, not maintaining one for the full game, which leads to lower overall exploitability.

DeepStack avoids reasoning about the full remaining game by substituting computation beyond a certain depth with a fast-approximate estimate.

DeepStack considers a reduced number of actions, allowing it to play at conventional human speeds.

The system re-solves games in under five seconds using a simple gaming laptop with an Nvidia GPU. In a study completed December and involving 44, hands of poker, DeepStack defeated 11 professional poker players with only one outside the margin of statistical significance.

AI research has a long history of using parlour games to study these models, but attention has been focused primarily on perfect information games, like checkers, chess or go.

Poker is the quintessential game of imperfect information, where you and your opponent hold information that each other doesn't have your cards.

Until now, competitive AI approaches in imperfect information games have typically reasoned about the entire game, producing a complete strategy prior to play.

DeepStack is the first theoretically sound application of heuristic search methods—which have been famously successful in games like checkers, chess, and Go—to imperfect information games.

At the heart of DeepStack is continual re-solving, a sound local strategy computation that only considers situations as they arise during play.

This lets DeepStack avoid computing a complete strategy in advance, skirting the need for explicit abstraction. We train it with deep learning using examples generated from random poker situations.

DeepStack is theoretically sound, produces strategies substantially more difficult to exploit than abstraction-based techniques and defeats professional poker players at heads-up no-limit poker with statistical significance.

DeepStack Implementation for Leduc Hold'em. DeepStack vs. IFP Pros. Twitch Streamers Season 1. The performance of DeepStack and its opponents was evaluated using AIVAT , a provably unbiased low-variance technique based on carefully constructed control variates.

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Stacking Up DeepStack. Over all games played, DeepStack outperformed players by over four standard deviations from zero. Providing extensive and comprehensive tutorials for developers, Machine Learning, Deep Learning engineers and researchers. Shlitter.Io performance of DeepStack and its opponents was evaluated using AIVATa provably unbiased low-variance technique based on carefully constructed control variates. Bringing AI technology, tools and knowledge to Keno Tricks, teams, corporate organizations and institutions around the world.