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Once upon a time, in the not-so-distant past of the 20th century, a band of brilliant minds embarked on a quest to bestow upon machines the gift of intelligence. These were no ordinary men; they were the legendary Founding Fathers of Artificial Intelligence (AI), and their story is one for the ages—or at least for a chuckle or two. Let's start with John McCarthy, the man who not only coined the term "artificial intelligence" but also invented Lisp, the programming language that sounds like a speech impediment. McCarthy was a visionary who saw computers not just as fancy calculators but as potential thinkers. He was so dedicated to his work that he even invented garbage collection—not the kind where you take out the trash, but the kind that cleans up memory in computer systems. One could say he was the Marie Kondo of computer science, making sure everything sparked joy in the RAM. Then there was Marvin Minsky, the man with a name so catchy it sounds like a character

Ladies and gentlemen, boys and girls, and robots of all ages, gather around as we take a whimsical walk down the memory lane of artificial intelligence (AI). It's been a wild ride, full of ups and downs, and some truly "I can't believe they did that" moments. So, buckle up, and let's embark on this historical hilarity together! 1950 – The "Turing" Point It all started when Alan Turing asked a simple question, "Can machines think?" which is kind of like asking if toasters can dream about pop-tarts. This led to the Turing Test, where a computer tries to convince a human it's also human, which is basically every introvert's nightmare conversation. 1956 – The Dartmouth Conference: Where It All Began A bunch of smart people gathered at Dartmouth College to discuss AI, and they were so optimistic, they thought they'd solve all AI problems in one summer. Spoiler alert: they didn't. 1966 – ELIZA: The Robot Therapist ELIZA was

Picture this: a room divided by a curtain, with a human on one side and a machine on the other. In the middle sits an interrogator, armed with nothing but a keyboard and an insatiable curiosity. This isn't the setup for a bad joke, but rather the scene of the Turing Test, a challenge that has tickled the brains of computer scientists and philosophers alike since 1950. The Turing Test, named after its creator, Alan Turing, is essentially a game of intellectual hide-and-seek. The goal? To determine if the entity behind the curtain typing responses is made of flesh and bone or circuits and silicone. If the interrogator can't tell the difference, the machine earns the coveted title of "Artificially Intelligent". It's like "The Voice" for computers, except instead of singing, they're trying to convince you they know the pain of stubbing a toe. Now, you might think, "How hard can it be to spot a computer? Just ask it to write a poem about love o

Welcome to the whimsical world of Artificial Intelligence (AI), where machines think, learn, and sometimes even crack jokes (well, at least they try). Imagine a world where your coffee maker knows just how you like your morning brew, or your car drives you to work while you nap. That's AI for you, folks! So, what is this sorcery? AI is like giving a computer a brain transplant from Einstein, mixed with a dash of Sherlock Holmes and a sprinkle of Picasso. It's technology that allows computers to simulate human braininess, like learning, problem-solving, and decision-making. They can recognize your face (creepy, but convenient), understand your mumbling (most of the time), and even beat you at chess (let's not talk about that). Now, AI isn't just one thing; it's a whole circus of technologies. There's machine learning, where computers learn from data like a baby learns to walk – by falling over a lot. Then there's deep learning, which is like machine lea

Ladies and gentlemen, court is now in session! Today's case: The Turing Test versus Unsuspecting Judges. The courtroom is buzzing with anticipation. Will the judges be able to tell the difference between a human and a machine? Or will they be completely bamboozled, sentencing them to an eternity of doubt about who's who in the digital zoo? The Turing Test, for those who might be scratching their heads, is a classic test of a machine's ability to exhibit intelligent behavior equivalent to, or indistinguishable from, that of a human. Imagine a chat room where the judges are chatting away, trying to figure out if they're gossiping with Gary from accounting or Garry the supercomputer. Now, let's set the scene. The judges, armed with their gavels and robes, are ready to interrogate. They've got their serious faces on, but little do they know, they're about to enter a game of 'Guess Who?' with a twist. The defendants? A human, let's call her Sall

Some of the aspects that a child needs to be taught while using social media are: Good online behavior: Through media platforms, one can communicate with known or unknown people who are distantly placed. During such an instance there is a possibility of communicating in a harsh manner which may not be done while in-person conversation. This is one of the reasons for cyberbullying. Privacy protection: Children should be taught to protect their private data such as where they live, school address, email passwords, parents' information. Viruses: Children should also be taught to identify scams, malware, phishing, ransomware. They should be made aware not to click on an ad or link which they are not sure of. Media literacy: It is the ability to learn and understand online information and separate false information from truth. Balance screen time and offline activities: Studies have shown that excessive usage of technology can affect the minds of children. Theref

To download and install the App on your smartphone, Click Here . To load App Into MIT App Inventor, Click Here . To access the Step-by-Step Tutorial, Click Here .

To download and install the App on your smartphone, Click Here . To load App Into MIT App Inventor, Click Here . To access the Step-by-Step Tutorial, Click Here .

To download and install the App on your smartphone, Click Here . To load App Into MIT App Inventor, Click Here . To access the Step-by-Step Tutorial, Click Here .

To download and install the App on your smartphone, Click Here . To load App Into MIT App Inventor, Click Here . To access the Step-by-Step Tutorial, Click Here .