yangboz / Lotteryprediction
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Preface
Predicting is making claims about something that will happen, often based on information from past and from current state.
Everyone solves the problem of prediction every day with various degrees of success. For example weather, harvest, energy consumption, movements of forex (foreign exchange) currency pairs or of shares of stocks, earthquakes, and a lot of other stuff needs to be predicted. ...
Predictive Analytics
With classification, deep learning is able to establish correlations between, say, pixels in an image and the name of a person. You might call this a static prediction. By the same token, exposed to enough of the right data, deep learning is able to establish correlations between present events and future events. The future event is like the label in a sense. Deep learning doesnβt necessarily care about time, or the fact that something hasnβt happened yet. Given a time series, deep learning may read a string of number and predict the number most likely to occur next.
dataVs:
using Flash
Predictions
using fbProphet:
todos:
streamlit: https://docs.streamlit.io/en/stable/api.html#display-data
plotly:https://plotly.com/python/time-series/
Live Demos
https://yangboz.github.io/labs/lp/LotteryPrediction_AmCharts_R.swf https://yangboz.github.io/labs/lp/LotteryPrediction_AmCharts_RCX.swf https://yangboz.github.io/labs/lp/LotteryPrediction_FlexCharts.swf
notes
besides of following "law of proability","Probability: Independent Events", there are still "Saying "a Tail is due", or "just one more go, my luck is due to change" is called The Gambler's Fallacy" existed.
here we are not garantee to help with you to win lottery prize. if you got lucky from here. please donate here, we also donate to charities.
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custom company service mailto:Refs:
http://deeplearning4j.org/usingrnns.html
http://www.scriptol.com/programming/list-algorithms.php
http://www.ipedr.com/vol25/54-ICEME2011-N20032.pdf
http://www.brightpointinc.com/flexdemos/chartslicer/chartslicersample.html
http://stats.stackexchange.com/questions/68662/using-deep-learning-for-time-series-prediction
Python data-mining and pattern recognition packages
Python Machine Learning Packages
Conference on 100 YEARS OF ALAN TURING AND 20 YEARS OF SLAIS
Python Multivarite Pattern Analysis
Neural Lotto β Lottery Drawing Predicting Method
[TensorFlow Tutorial for Time Series Prediction:] (https://github.com/tgjeon/TensorFlow-Tutorials-for-Time-Series)
Roadmap:
landing page:
PoC
API public service:
Phase I.Graphics: Looking at Data;
1.A single variable:Shape and Distribution; ( Dot/Jitter plots,Histograms and Kernel Density Estimates,Cumulative Distribution Function,Rank-Order...)
2.Two variables:Establishing Relationships; ( Scatter plots,Conquering Noise,Logarithmic Plots,Banking...)
3.Time as a variable: Time-Series Analysis; (Smoothing,Correlation,Filters,Convolutions..)
4.More than two variables;Graphical Multivariate Analysis;(False-color Plots,Multi plots...)
5.Intermezzo:A Data Analysis Session;(Session,gnuplot..)
6...
Phase II.Analytics: Modeling Data;
1.Guesstimation and the back of envelope;
2.Models from scaling arguments;
3.Arguments from probability models;
4...
Phase III.Computation: Mining Data;
1.Simulations;
2.Find clusters;
3.Seeing the forest for the decision trees;
4....
Phase IV.Applications: Using Data;
1.Reporting, BI (Business Intelligence),Dashboard;
2.Financial calculations and modeling;
3.Predictive analytics;
4....
=======
Draft plan
Phase I.Graphics: Looking at Data;
1.A single variable:Shape and Distribution; ( Dot/Jitter plots,Histograms and Kernel Density Estimates,Cumulative Distribution Function,Rank-Order...)
2.Two variables:Establishing Relationships; ( Scatter plots,Conquering Noise,Logarithmic Plots,Banking...)
3.Time as a variable: Time-Series Analysis; (Smoothing,Correlation,Filters,Convolutions..)
4.More than two variables;Graphical Multivariate Analysis;(False-color Plots,Multi plots...)
5.Intermezzo:A Data Analysis Session;(Session,gnuplot..)
6...
Phase II.Analytics: Modeling Data;
1.Guesstimation and the back of envelope;
2.Models from scaling arguments;
3.Arguments from probability models;
4...
Phase III.Computation: Mining Data;
1.Simulations;
2.Find clusters;
3.Seeing the forest for the decision trees;
4....
Phase IV.Applications: Using Data;
1.Reporting, BI (Business Intelligence),Dashboard;
2.Financial calculations and modeling;
3.Predictive analytics;
4....
TODO:
1.Using D3JS Chart to visualization the data; (http://techslides.com/over-1000-d3-js-examples-and-demos/);
2.Using Tableau software trail and error; (http://www.tableausoftware.com/)
3.Using PredictionIO API; (http://prediction.io)
4.Using Free Tempo-DB for time series database storage ; (https://tempo-db.com/docs/batch-import/python-script/)
5.Using BigML API; (https://bigml.com/)
6.Pandas+scikit+matplotlib+IPython Notebook; (http://nbviewer.ipython.org/url/www.onewinner.me/en/devoxxML.ipynb)
7.Implementing a highly scalable prediction; (http://www.slideshare.net/SpringCentral/implementing-a-highly-scalable-stock-prediction-system-with-r-apache-geode-and-spring-xd) (https://github.com/Pivotal-Open-Source-Hub/StockInference-Spark)
fbprophet: https://facebook.github.io/prophet/docs/quick_start.html
References
TensorFlow Tutorial for Time Series Prediction: https://github.com/tgjeon/TensorFlow-Tutorials-for-Time-Series
papers
https://www.datascience.us/predicting-success-in-lottery-with-deep-learning/
Commercial support and training
Commercial support and training is available , please mailto [email protected]