a branch of CS that concerns with building “intelligent” smart machines capable of performing intelligent tasks.

The Science and Engineering of making Intelligent Machines

What Fuels AI Today?

is the process by which a computer is able to perform a specific task without using explicit instructions.

Dedicated to assist with or take over specific tasks

Takes knowledge from one domain, transfers to other domain

Machines that are an order of magnitude smarter than humans

accomplishes specific tasks. All Artificial Intelligences today are Narrow.

successfully perform any intellectual task that a human being can

surpass human intelligence in all aspects — from creativity, to general wisdom, to problem-solving.

AI machines that operate solely based on the present data, taking into account only the current situation.

AI that can make informed and improved decisions by studying the past data from its memory.

AI which focus mainly on emotional intelligence so that human believes and thoughts can be better comprehended.

A time where machines have their own consciousness. A stage of superintelligence might be possible.

AI Always provide correct answer

AI is capable of answering any question

AI is used in Health Care Industry

AI can be used in Retail shops, allowing staff-less transaction

AI is capable of detecting Spams and Fraudulents

the networking of smart objects

a framework of all things that have a representation in the presence of the internet

the interaction in the physical and virtual world in the form of Machine-to-Machine (M2M) communication in the cloud

Identify any phenomena in the devices’ peripheral and obtain data from the real world.

The communication channel to transfer data, collected in the sensing layer, to other connected devices.

It takes data collected in the sensing layer and analyses the data to make decisions based on the result.

Iot Architecture-A user-centric layer that executes various tasks for the users

a device that is used to detect and measure parameters, such as temperature, light, sound, motion, etc.

can act on their immediate environment to enable correct operation of the machines or devices they are embedded into.

Motors

Relays

Solenoids

Linear Actuators

Thermometer

Thermostat

Gyroscope

Accelerometers

IoT devices communicate with each other through the internet.

IoT stands for "Internet of Technology.

IoT systems cannot operate without a constant internet connection.

All IoT devices have the same type of sensors.

IoT devices can be controlled and monitored remotely using smartphones and other devices.

Security is a major concern in IoT, measures such as encryption and authentication are necessary to protect data.

IoT systems can be integrated with other technologies such as AI and ML to provide more sophisticated solutions.

IoT can be applied to limited sectors only such as health and home.

these are used to enable motion of objects or elements in a straight line.

they enable precise rotational movements of device components or whole objects.

this devices includes electromagnet-based actuators to operate power switches in lamps, heaters or even smart vehicles

most widely used in home appliances as part of locking or triggering mechanisms

IoT devices can be used to gather data in real-time from various sources, allowing for more efficient decision-making.

a form of emerging technology that allows users to overlay computer-generated content in the real world.

fully immersive

tricks your senses into thinking you’re in a different environment or world apart from the real world

Uses a head-mounted display, allows you to experience a computer-generated world in which you can control and navigate

referred to as hybrid reality

It places new imagery within a real space that new imagery is able to interact with what is real in the physical world

I saw a pickachu on the street

I live in a fantasy world

There is a virtual button in front of me which I can press

The real world has information overlay

A Complete digital environment

Real and Virtual are intertwined

Real world remains central to the experience with enhanced virtual details

Fully enclosed, synthetic experience with no sense of the real world

Interaction with and manipulation of both the physical and virtual environment

AR can enhance the real world with virtual objects.

MR combines real and virtual objects in a seamless way.

VR is only used for gaming and entertainment.

MR requires a specialized headset with sensors and cameras.

VR, AR, and MR are all still relatively new technologies with a lot of room for development.

MR is a technology that only exists in science fiction

VR requires a specialized headset with only one display technology.

AR uses digital technology to overlay virtual objects, information, or images onto the real-world environment.

AR can be used in various fields, such as education, healthcare, gaming, marketing, and more.

VR has advanced significantly in recent years, with new hardware and software developments, making it more accessible.

A type of decentralized database

A program that automatically executes the terms of an agreement

An application that runs on a blockchain network

A group of miners who work together to solve a block

A method used to verify transactions on a blockchain network

A blockchain that is only accessible by a select group of users

A type of digital asset that is not subject to price volatility

What is the main advantage of using a decentralized application over traditional apps

Blockchain is a type of _________________ technology.

______% of nodes must agree in order to make a block permanent in blockchain.

Blockchain can store any type of data.

The first concept of a distributed and decentralized ledger was introduced by whom?

What is the first publicized use case of blockchain?

Blockchain and Bitcoin is the same.

_____________ is the conversion of a form of asset into tokens that can be moved, recorded, and stored on blockchain.

Which of the following is not a benefit of using blockchain?

Which of the following is a drawback of implementing a blockchain solution?

New blocks are created if it is connected to the genesis block only.

Hash identifying each block in the blockchain is generated using which of the following cryptographic algorithm?

Each block on the blockchain is identified through an index called ___________.

Payments is the only use for blockchain.

Blockchain technology today is at its fullest form and can no longer be improved.

Which of the following layers include the consensus algorithm needed to verify data within the blockchain network?

Cloud and blockchain are both decentralized.

Blockchain can perform which of the following functions?

_______________ is an isolated part of the network that allows for data to be stored in a secure manner.

Which of the following are necessary in a blockchain network?

It is the data structure that holds the record of transactions that have been verified by the nodes in the network.

What is a smart contract?

Smart contracts are 100% error proof

Which of the following is/are a drawback of implementing a blockchain solution?

Which of the following is/are a consensus algorithm? Please select all that apply.

Blockchain can perform which of the following functions? Please select all applicable answers.

User Experience and User Interface can be used interchangeably because they refer to the overall design of an application.

Each node in the network must be tested to ensure that it operates as intended.

If the solution requires transactions to be transparent across all network, unaltered data or information, digital identity and assets, you should implement blockchain.