When to Use Machine Learning Solutions
Tags: machinelearning, ai, datascience
Published: 2023-03-01 07:54:57

Machine learning has become increasingly popular in recent years, and for a good reason. With the ability to analyze large amounts of data and make predictions based on patterns, machine learning has the potential to solve a wide range of problems. This article will explore when to use machine learning solutions and when they may be unnecessary.

## Does your problem need a machine learning solution?

Understanding what machine learning is and what it can do is essential. Machine learning is an approach that enables computers to identify and learn complex patterns from data and make predictions or decisions based on that data.

Now to our question, "does your problem need a machine learning solution?". Specific characteristics of a problem make it a good candidate for a machine learning solution, and we will explore a few.

### 1. Data

ML algorithms require large amounts of data to learn from. If you have a problem involving a lot of data, machine learning may be a good solution.

For example, you want to analyze customer behavior on an e-commerce website. In that case, you'll likely have a lot of data to work with, such as clickstream data, purchase history, and demographic information. Machine learning algorithms can help you identify patterns in this data and predict customer behavior.

Launching an ML system without training data is possible, but the system will learn from incoming data in production. All the same, serving insufficiently trained models to users come with risks, like poor customer experience.

### 2. Complex patterns

ML is especially useful when there are patterns in the data that are difficult for humans to identify.

Say you want to detect credit card fraud. There may be patterns in the data that are not immediately obvious. ML algorithms can help you identify these patterns and flag potentially fraudulent transactions.

### 3. Dynamic environment

ML algorithms can adapt to changing environments and make predictions based on new data. If you have a problem that involves a dynamic environment, hardcoded solutions like handwritten rules can quickly become outdated.

Figuring out how your problem has changed so you can update your handwritten rules can be too expensive or impossible. This is when ML comes in.

For example, if you want to predict stock prices or weather patterns, ML can analyze new data and make predictions based on the latest information.

### 4. Repetitiveness
 
A repetitive problem occurs frequently and consistently over time. Meaning that there are consistent patterns in the data that the ML algorithm can learn from. This makes collecting enough data to train the algorithm effectively and make accurate predictions on new data easier.


Now we could continue with the list of use cases, which will keep growing as ML grows in the industry. Even though ML can solve many problems very well and effectively, there are specific problems for which machine learning may not be the best solution. For example;

1. If your problem involves simple rules that can be easily programmed, then a traditional programming solution may be more appropriate.

2. ML algorithms are only as good as the data they are trained on. If your data is biased, incomplete, or inaccurate, the algorithm won't be as effective as it should be. The same goes for the amount of data available, if you have a small amount of data and no way to collect more data, then ML may not be effective.
 
## Conclusion

Machine learning can be a powerful tool for solving certain types of problems. When considering whether to use a machine learning solution, it's important to consider the characteristics of the problem and determine whether machine learning is the best approach.

Additionally, it's important to consider the resources required to implement a machine learning solution and whether you have the expertise and resources to do so.

However, if ML can't solve the whole of your problem, it might be possible to break it into smaller components and use ML to solve some of them.

Till next time, Happy coding!✌️