Search

# How Do Machine Learning Algorithms Differ From Traditional Algorithms?

Machine learning is an algorithm or model that learns patterns in data and then predicts similar patterns in new data. For example, if you want to classify children’s books, it would mean that instead of setting up precise rules for what constitutes a children’s book, developers can feed the computer hundreds of examples of children’s books. The computer finds the patterns in these books and uses that pattern to identify future books in that category.

Essentially, ML is a subset of artificial intelligence that enables computers to learn without being explicitly programmed with predefined rules. It focuses on the development of computer programs that can teach themselves to grow and change when exposed to new data. This predictive ability, in addition to the computer’s ability to process massive amounts of data, enables ML to handle complex business situations with efficiency and accuracy.

Traditionally, applications are programmed to make particular decisions, for example there may be a scenario based on predefined rules. These rules are based on human experience of the frequently-occurring scenarios. However, as the number of scenarios increases significantly, it would demand massive investment to define rules to accurately address all scenarios, and either efficiency or accuracy is sacrificed.

### How Does Machine Learning Differ From Traditional Algorithms

A traditional algorithm takes some input and some logic in the form of code and drums up the output. As opposed to this, a Machine Learning Algorithm takes an input and an output and gives the some logic which can then be used to work with new input to give one an output. The logic generated is what makes it ML.

### ML Vs Classical Algorithms

• ML algorithms do not depend on rules defined by human experts. Instead, they process data in raw form — for example text, emails, documents, social media content, images, voice and video.
• An ML system is truly a learning system if it is not programmed to perform a task, but is programmed to learn to perform the task
• ML is also more prediction-oriented, whereas Statistical Modeling is generally interpretation-oriented. Not a hard and fast distinction especially as the disciplines converge, but in my experience most historical differences between the two schools of thought fall out from this distinction
• In classical algorithms, statisticians emphasis on p-value more and a solid but comprehensible model
• Most ML models are uninterpretable, and for these reasons they are usually unsuitable when the purpose is to understand relationships or even causality. The mostly work well where one only needs predictions.
• Traditional learning methodologies such as training a model-based on historic training data and evaluating the resulting model against incoming data is not feasible as the environment is in a constant change.
• As compared to the classical approach, traditional ML approaches as in most cases these approaches are too expensive within web scale environments and their results are too static to cope with dynamically changing service environments
• As opposed to classical approach, spending a lot of computational power on learning a very complex model of a highly dynamic network environment is not cost-effective
• Gradually, “statistical modelling” will move towards “statistical learning” and employ good parts about and creating tools for better interpreting the models in the process, Pekka Kohonen, assistant professor at the Karolinska Institutet pointed out
• One of the key differences is that classical approaches have a more rigorous mathematical approach while machine learning algorithms are more data-intensive

In the last two decades, there has been a significant growth in algorithmic modeling applications, which has happened outside the traditional statistics community. Young computer scientists are relying on machine learning which is producing more reliable information. Unlike traditional methods, prediction, accuracy and simplicity are in conflict.

Richa Bhatia is a seasoned journalist with six-years experience in reportage and news coverage and has had stints at Times of India and The Indian Express. She is an avid reader, mum to a feisty two-year-old and loves writing about the next-gen technology that is shaping our world.

### Telegram group

Discover special offers, top stories, upcoming events, and more.

### Discord Server

Stay Connected with a larger ecosystem of data science and ML Professionals

### AI Assists Production in Indian Film Industry

Implementing AI in pre-production can bring down storyboarding process time by 50-80% and reduce the

### Is GPT-4 Really Better than Radiologists?

“Radiology report summaries created by GPT-4 are comparable, and in some cases, even preferred over

### TSMC: The Wizard Behind AI’s Curtain

TSMC anticipates a substantial CAGR of nearly 50% in the AI sector from 2022 to 2027.

Not really.

### Google Gemini To Arrive Sooner Than Expected

This is after announcing the AI at the Google I/O 2023, the company had postponed

### ByteDance to Launch Platform to Build Custom Chatbots

This comes just a few days after OpenAI had delayed its plan to launch a

### This New AI tool Could Mark the Beginning of the End for TikTok and Instagram Influencers

Alibaba Group announces a model framework that can transform still images into dynamic character videos

### Embracing Identity: The Journey of Sujoy Das

“Why is it that corporate diversity efforts are often limited to specific times of the

### The Biggest Data Breaches of 2023

The most significant breaches that impacted the global landscape in 2023.

### NVIDIA Planning Big Expansions in Japan

Prime Minister Fumio Kishida has extended billions of dollars in financial support to bolster TSMC

## Subscribe to Our Newsletter

The Belamy, our weekly Newsletter is a rage. Just enter your email below.