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If a humanoid robot starts to learn emotions, should it be treated the
same as humans or should we still keep a clear boundary between
humans and robots?

INTRODUCTION TO AI

Artificial Intelligence (AI) means giving machines
or devices the ability to think like humans. Of course,
machines do not really think like us, but they can learn
from data, make decisions and solve problems using

special programs. AI is used in devices we see every
day. For example, a smartphone assistant (like Siri or
Alexa) listens to your voice and answers questions.
A camera can recognise faces. Even self-driving cars
use AI to decide when to stop or turn.

In simple words, AI helps machines act smart like humans but only in the tasks they are trained
to do.

What is AI in Electronics?

AI in Electronics means using artificial intelligence (AI) in electronic devices and circuits to make
them smart. These devices don’t just follow fixed instructions—they can learn, make decisions and
solve problems like humans, but only in the tasks they are programmed for.

Difference Between Normal Electronics and AI Electronics

Normal Electronics
Normal electronic devices work exactly as they are programmed. They follow fixed instructions
and cannot make decisions on their own. They do what you tell them and nothing more.

Examples:

A simple fan that turns on when you press a switch.
A toaster that heats bread for a fixed time.

A calculator that gives answers when you enter numbers.

AI Electronics
AI electronic devices are smarter because they can adapt, learn and make decisions based on

what they sense or experience. They do not just follow fixed instructions they can adjust their
behaviour depending on the situation.
Examples:

A smart fan that automatically turns ON when the room gets hot, without pressing a switch.

Robotics, AI and Electronics
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