markov pick3

Reply #15

Lotterologist — Thu, 11 Dec 2025 22:54:53 GMT

Tru dat

Reply #14

Stat$talker — Fri, 05 Dec 2025 13:43:03 GMT

it doesn't mean models are useless. Instead, they can be used to understand and analyze randomness more effectively.

Yepp, that'z whut I just sed... Yo statement izz just a round-a- bout way of agreeing with Me.

Probability Math createz a most accurate model, which lend itz understanding to Stat$ ititianz , but izz oovah the headz of Mathematianz ..

*Especially those that uze Voo Doo, Black Magic Math... ... Keepz 'em from seein the forest , cauze there'z just... tooo many Treez .... [ More ]

Reply #13

tokecap — Fri, 05 Dec 2025 09:00:48 GMT

Randomness is a challenge, it doesn't mean models are useless. Instead, they can be used to understand and analyze randomness more effectively.

Thanks

Reply #12

Stat$talker — Fri, 05 Dec 2025 05:48:18 GMT

*no model, no matter how sophisticated, can reliably predict truly random events*.

NOT TRUE

Why do you think Ga Lottery DIZCONTINUED dat Jumbo Bucks Lotto Game?

LOz saaaw da handwriting on da Wall

LOz: Hurry,Shutit dooown, Stat$'z izz comin..

-Stat$talker

Reply #11

tokecap — Sat, 22 Nov 2025 22:29:36 GMT

This turns the lottery into a game of *probability management* rather than pure chance not guaranteed success, but smarter play.

Reply #10

dr san — Sat, 22 Nov 2025 19:43:32 GMT

hello tokecap Okay, of course mathematicians don't win the lottery because they want 100% accuracy in a single event, meaning the next draw. The idea here is to get 80% of the bet right in 10 or 20 draws, potentially winning the bigger prize as a bonus.

Reply #9

tokecap — Sat, 22 Nov 2025 16:38:49 GMT

Dr San

Although the theoretical application is valid, it's always important to remember: *no model, no matter how sophisticated, can reliably predict truly random events*. However, studying them may reveal *temporary trends or noise* that some consider useful for personal strategies.

Reply #8

winsumloosesum — Sat, 22 Nov 2025 14:10:56 GMT

Buy yourself a bingo machine. Cheap ones.

Throw 10 ping pong balls (0 through 9) into the machine.

Select 1

Select 2

Select 3

Reply #7

ddude003 — Sat, 22 Nov 2025 03:27:12 GMT

ARMA, GARCH, Markov and Support Vector Machine models may work for some market forecasting regime change... However, there is always volume baked into the time series analysis, which we don't have with lottery data...

Reply #6

Brock Lee — Fri, 21 Nov 2025 20:05:19 GMT

better pick 3 method: get yourself a 0 to 9 die.

turn off chad g petey and roll it three times. easy peasy my mans.

Reply #5

hypersoniq — Fri, 21 Nov 2025 19:15:09 GMT

The 3 positions are as independent of each other as the next draw is to previous draws... so 0 through 9 has a 10% chance of being drawn in any position. This extends from a pick 2 through a pick 5 (quinto) game.

You can look at all 1,000 possible combinations of pick 3 draws and you will find 720 combinations where each digit is unique, 270 pairs and 10 triples. Even though there are more favorable outcomes if all 3 digits were different, there is no profit in playing 720 tickets... and the... [ More ]

Reply #4

Il2c — Fri, 21 Nov 2025 18:51:19 GMT

https://www.lotterypost.com/thread/356597/8007875

Doesn't use Markov, because Markov is Programmable + other findings I won't disclose.

Reply #3

dr san — Fri, 21 Nov 2025 17:51:30 GMT

hello hyper=10% of the 0 to 9 in pick 3 is only for the 1st position, because if I don't want the triple (e.g., 000...999, 10 triplets) and if I want the twin pair (00 to 99, 10 pairs), my bet will have 3 different digits (e.g., 581). In other words, I have a bet with the highest number of possible combinations within the 100% range. Of course, not 100%, but if I play 12 draws, will I get it right

Reply #2

hypersoniq — Fri, 21 Nov 2025 14:11:37 GMT

ARIMA is an AutoRegressive Integrated Moving Average.

This does not help with lottery draws. For an example, I have looked at using ARIMA in time series analysis on the pick 3... the predictions center around 4.5, you can't play 4.5. It stays the same regardless of the number of epochs used or the training/validation data split, and that was using LSTM (Long Shot Term Memory) from 1 to 3 layers deep.

A Markov model is closer to the reality, as it only depends on the current state to choo... [ More ]

Reply #1

Tucker Black — Fri, 21 Nov 2025 12:23:23 GMT

Especially important for lottery data, which have high levels of randomness

Lottery numbers are 100% random with zero relationship to previously drawn numbers. Trying to predict them is pointless.

markov pick3

dr san — Fri, 21 Nov 2025 12:06:26 GMT

To create learning curves for Pick 3 lottery series, the process involves measuring the performance of a predictive model as the amount of training data used in time series models increases.

Steps to create learning curves for Pick 3

1. Data Preparation:

o Gather the Pick 3 lottery history.

o Divide it into progressively increasing training and test sets (example: use the first 100 draws to train, then 200, 300, etc.).

o For each set, extract the features and the target (lottery r... [ More ]