Difference Between Emotion Recognition in AI and Humans

We can't discount the importance of feelings. They are essential to the human condition. Our emotions are just as much a part of what makes us human as our biology and brain. They have a tremendous impact on who we become and what we value. They are crucial to our ability to take in our surroundings, form impressions, and draw conclusions.

Regardless of how logical, reasonable, and sensible we believe ourselves to be or to be capable of becoming, it is our emotions that drive, motivate, and propel us. But what happens when computers grasp emotional states, moods, and focus as well as humans do?

Emotion AI, often known as "Artificial Emotional Intelligence," is a relatively young subfield of AI that enables this. This impressive technology seeks to imbue robots with the capacity to mimic, interpret, and respond to human emotions. There are a few names for this type of technology. Methods that record feelings are used for this purpose.

The term "capture" in the field of computer science refers to the act of putting information into a digital repository. The goal is to create Emotion AI that is as good as humans in recognising human emotions. What is it, precisely, and how does it function in comparison to human emotional recognition? Well, let's check it out.

Emotion Recognition in AI

A relatively young subfield of AI, "affective computing" aims to teach computers to feel emotions like humans do. This topic is known as "artificial emotional intelligence" (Emotion AI). Emotional computing is an emerging field that draws from several others, including AI, CS, CS, CS, CS, CS, robots, psychology, biometrics, and more. We accomplish this by recording feelings.

It's fascinating that the digital assistants in our homes and on our smartphones can understand not just what we say, but also the tone and inflection with which we say it. Measurable emotional responses can provide valuable insight for researchers about what grabs our attention. Recognizing human emotions through external cues such as facial expressions, gestures, and body language and tone is the field of study known as emotion recognition.

Emotion Recognition in Humans

Emotions in humans are universal, which means that while there is a general pattern to how we identify and react to different feelings, there is also room for variation. Emotional intelligence refers to this skill. Emotional intelligence is a collection of abilities that specifies how well we recognize, comprehend, utilise, and interpret our own and others' emotions.

When it comes to getting along with others in both our personal and professional lives, emotional intelligence is the single most essential indicator. Emotions may be conveyed by a variety of non- verbal signs in humans, including facial expressions, body language, gestures, and voice tone.

In contrast to artificial emotional intelligence, which uses a variety of technologies to mimic human emotions, humans have an innate ability to recognize and process emotional information.

Differences: Emotional Recognition in AI and Humans

The following table highlights the major differences between Emotional Recognition in AI and Humans −


Artificial Emotional Recognition

Emotional Recognition in Humans


The use of technology to capture and replicate human emotions, however, is a relatively new research area of computer science called ‘artificial emotional intelligence’ or ‘affective computing.’

Emotion recognition is the art and science of identifying human emotions. Humans show a consistent pattern in recognizing emotions and at the same time, show some variability between individuals. People vary widely at identifying emotions of others in terms of accuracy.


Artificial emotional recognition, on the other hand, involves recognition, interpretation, and replication of human emotions by computers and machines.

There are basically two approaches to automatic emotion recognition: knowledge-based techniques and statistical methods.

Emotion recognition in humans is a natural phenomenon wherein they use multiple non-verbal cues, such as facial expressions, body language, gestures, and voice tone, to express their emotions.

However, humans might have different cognitive responses to the same situation, which means their thoughts might differ.


Artificial emotional intelligence is achieved by the capacity to see, read, listen, understand and learn about emotional life of humans. This involves interpreting words and images, seeing and sensing facial expressions, gaze directions, gestures, body language, and voice tone.

It also involves machines being able to feel our heart rate, body temperature, fitness level, and respiration, among other bodily behaviors. This makes them increasingly capable of gauging human behavior.

Humans have a natural way of understanding and interpreting emotions.


There are several real-world examples of artificial emotional intelligence that we are witnessing on daily basis such as rooms that alter lighting and music based on our moods, our very own digital assistants, toys that engage young minds with natural emotional responses, automatic tutoring systems, etc.

Human emotional intelligence helps fix the gaps that exist in artificial emotional intelligence.

Emotion recognition in humans is based on the visual experience of facial expressions.


While AI has made significant progress in the field of emotion recognition, there are still significant differences between the way in which AI and humans process and understand emotions. While AI systems can be very accurate in recognizing basic emotions, they are still far from perfect, and are limited by the inputs they receive. On the other hand, humans have a much more sophisticated and nuanced understanding of emotions, which is shaped by their own experiences and cultural context.

Updated on: 18-Apr-2023


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