I have gathered to write this entry for a long time about Football Match Prediction. One day, when I was playing with the capabilities of the Apache Spark" MLib library, I came up with an idea" …
Table of Contents
Predicting the outcome of a football match using machine learning" is a challenging task, as it involves analyzing a large number of factors that can affect the outcome of the game. Some of these factors include the form of the teams", injuries to key players, the style of play of the teams, the playing surface, and the weather conditions.
One approach to Predicting the outcome of a football match using machine learning" is to collect data on past matches, including the various factors that may have influenced the outcome of the game. This data can then be used to train a machine learning" model to predict the outcome of future matches.
There are several different machine learning" algorithms that can be used for this task, including decision trees, random forests, and support vector machines. Each of these algorithms has its own strengths and weaknesses, and the choice of which one to use will depend on the specific needs of the prediction task.
It is important to note that predicting the outcome of a football match is a complex task, and it is unlikely that any machine learning" model will be able to accurately predict the outcome of every match. However, with a large and diverse dataset", it may be possible to develop a model that is able to accurately predict the outcome of a significant number of matches.
Apache Spark Machine Learning
Apache Spark" is an open-source, distributed computing system that is designed for large-scale data processing. It has a powerful and flexible data processing engine that is well-suited for machine learning" tasks.
One of the key features of Spark" is its ability to process data in parallel across a cluster of computers, which makes it very efficient for dealing with large datasets. Spark also has a number of built-in libraries for machine learning", including MLlib, which provides a wide range of algorithms and tools for building and deploying machine learning" models.
To use Spark" for machine learning", you will typically start by loading your data into a Spark DataFrame", which is a distributed collection of data organized into named columns. You can then use the various machine learning" functions and algorithms provided by MLlib to build and train your models. Once your model is trained, you can use it to make predictions on new data or to perform other machine learning" tasks, such as feature selection or hyperparameter tuning.
Overall, Spark is a powerful and efficient platform for machine learning" that is widely used in the industry and academia.
What if it was possible to predict which team would win a football match? And it started … all about Football match prediction using Machine Learning in real-time
I have already seen through the eyes of my mind those millions of coins that could be made on bookmakers 🙂 Well, to the point.
When I started thinking about it more deeply, I came to the conclusion that I would not only like to be able to predict the result of the match before it started, but it was more important to me to know how each team’s chances change during it.
In addition, I would like to have it presented in some graphical way, e.g. a graph. Then another idea" appeared to create a web application, which will present the match schedule from several leagues, with an indication of “today’s matches” and currently ongoing.
The latter would present changes in individual teams’ chances in real time. Thanks to this, I could follow how each team’s trend changes. And in this way I found a job for a few months (about 3"). 🙂
Architecture for Machine Learning
Immediately, when I started to create architecture, I wanted to create it so that individual elements were not rigidly connected with each other, more approach to this problem modularly. And this is how applications began to appear that were only responsible for:
- Downloading data from the source (historical and during the match) – Java"
- Data cleaning, normalization and enrichment – Java"
- Predicting results (machine learning") – Spark + Scala"
- Web application – HTML", CSS, PHP, JS, Bootstrap
I immediately point out that I am not a web developer, so the part related to the web application was treated with a grain of salt, it was supposed to work and that’s it.
With the increased number of applications, there was a need to somehow be able to conveniently manage the launch of individual applications (schedule) and have insight into their logs. In this case, Apache Airflow" came to the rescue, which worked very well.
Machine Learning in real-time -> Football match prediction machine learning
The result of a football match may be the win of either team or a draw. Something obvious! So we have 3" possible surprises. The classification algorithm that I implanted focused on calculating the probability of these events occurring at a given moment of the match. It was based on over 100 features that he took into account" to calculate the probability of any of the events. (Football match prediction using machine learning" in real-time)
When I submitted the whole application divided into microservices and launched it was time for testing. I watched selected matches live, watched the situation on the pitch and at the same time looked at my artificial intelligence model. The fun was huge as when I looked at the chart and it largely reflected the actual state of play on the pitch.
Below are some selected matches along with an analysis of how and what factors influenced the course of the meeting.
Match 1: Ajax Amsterdam [3 – 3] Bayern Monachium (12 Dec 2018)
Bayern Munich was the clear favorite. But Ajax showed on the pitch the will to fight and skills, which translated into the result of the match, where a 3": 3" draw was for Ajax a reflection of their good play. (Football match prediction using machine learning" in real-time)
Course of the match:
- 13′ – goal for Bayern (Robert Lewandowski) – it can be seen on the chart that from this minute guests’ chances increased by several percent.
- around 35 ‘after two yellow cards for Bayern and the weaker moment and their play, Ajax’s chances increased. The upward trend continued for a long time.
- 61′ – Ajax goal at 1: 1 – from now on you can see that Ajax took the lead and did not stop there.
- in the time window between 61 ‘- 87‘ it can be seen that Ajax was constantly increasing his chances of winning the match. Which he proved by scoring a second goal at 2: 1 in 84 ‘. It can be seen in the chart that the ML algorytm well predicted the steady increase in host opportunities.
- between 87′-90′ minute there is a breakdown in the home team after two quick goals from Bayern and it is already 2: 3" for guests. But Ajax does not give up as you can see that the result was a draw very likely (green line)
- 95′ – in extra time Ajax equals 3":3.
Match 2: Borussia Dortmund [2 – 1] Borussia M’gladbach (21 Dec 2018)
In general, Borussia Dortmund played a weak match, but the one who creates more chances and is statistically better, but the one who uses these chances does not always win. But from the graph you can easily see the better and worse moments of the game of both teams. (Football match prediction using machine learning" in real-time)
Course of the match:
- 43′ – goal for Borussia Dortmund
- 45′ – goal for Borussia M’gladbach
- 54′ – second goal for Borussia Dortmund (Reus)
After Reus’ goal, Borussia Dortmund rested on her laurels. Their game has become static. Instead, the team of guests was growing the desire to win a balanced fight. Interestingly, the algorithm “stated” that Borussia M’gladbach has an equal chance to win the match as well as the hosts. Only time and happiness were lacking.
Match 3: Lazio [3 – 1] Eintracht Frankfurt (13 Dec 2018)
Eintracht Frankfurt was the favorite of the match from the first minutes, but Lazio scored the first goal in the 56 ‘match. But Eintracht players equalized at 65 ‘and then took the lead at 71’.
Course of the match:
- 50′ – Yellow card for Luis Albert (Lazio))
- 56′ – first goal for Lazio
- then 65′and 71′ respectively – two goals for Eintracht Frankfurt
Unfortunately, the maintenance of the servers and the fees associated with the subscription with the match data provider exceeded my budget, which I anticipated for Football machine learning" Prediction. To break through the competition today, all you need is time and money to maintain.
The second point is that if I were to take up this topic for the second time today, I would approach it in a different way. In some cases I would use other technologies 🙂
One thing is for sure: machine learning" in real-time has unlimited possibilities! That’s all about Football match prediction using machine learning" in real-time!
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