Artificial Intelligence is the science of making machines intelligent with algorithms to allow computers to solve problems that used to be solved by humans only.
AI power search engines can now use online shopping suggestions and digital assistants can use AI to measure the exact shape and volume of tumors that revolutionize care astronomers.
Artificial Intelligence is also called machine intelligence and it is an intelligence demonstrated by the machines, against human intelligence. Initially, in 1956 AI was founded on the Theoretical basis.
Since the founding year, it has experienced many waves of assured which is followed by failure, loss of investment, new initiative, success, renewed funding and many changes.
AI is the branch of computer science which takes responsibility for building smart machines capable of performing Several works that especially require human intelligence.
Artificial intelligence copies and understands the functions of the human mind, such as problem solving, learning and coming to a conclusion.
Artificial Intelligence is a multidisciplinary science with several proposal approaches however the advancements in excellent learning and machine learning are now creating a paradigm shift in virtually every sector of the technological industry.
Artificial Intelligence is the effort to simulate or copy human intelligence in machines and the goals of it includes reasoning, learning, and perception.
It is based on the principle that human intelligence can be explained in a way that artificial intelligence can easily copy human intelligence and start given tasks.
AI to find and evaluate exoplanets and distant solar systems and unhappy motorists are using it to discover if they can overturn parking fines. The possibilities of AI are endless from fraud prevention to developing new strategies to address climate change.
AI technologies today are brilliant at analyzing vast amounts of data to learn to complete a particular task, a technique called machine learning but AI is not good at transferring what it’s learned from one type of task to another, learning abstract concepts.
AI one-shot learning where a general rule is learned from a single experience the sort of broad intelligence humans excel at but even without achieving this broad intelligence.
AI is raising questions about how it might affect work. People will still be needed in the workplace but jobs and roles are likely to change some tasks become automated and new jobs are created risk that at least in the short-term this could increase inequality.
if some people are disproportionately affected and benefits aren’t widely shared across society and what about social equality and fairness bi is coming from AI systems even.
If unintentional who disproportionately affect some social groups influencing anything from job prospects to treatment by the justice system technology can play a role in helping to manage bias but people need to address big questions about how society wants to use it.
AI technology with AI at its heart has the power to change the world the more of us that engage with shaping its development the more chance we have to ensure a better fairer future with AI you
How Does Artificial Intelligence Works?
Artificial Intelligence in itself defines different technologies that give computers the ability to learn in a “intelligent” sense. Its major practical application is processing the vast amounts of data generated daily.
The work of Artificial Intelligence is to be applied strategically to other systems, task automation and the collection of information that occur at a size and pace otherwise unimaginable.
Data is created by humans and Artificial Intelligence systems pass through it and perform intelligent searches, interpreting both images and texts to discover patterns in a complex data, and then after act on those learning.
Besides that it enables computer systems to understand the meaning of human language, learn from experience, make predictions, and bring out results.
In 1956, in the framework of a program, philosophers attempted to make sense of human thought, and this is how the theory of Artificial Intelligence originated in the coinage which has an important role to play in progressing to this day.
Comparable to that of the human brain, the level of artificial intelligence means no brain on Earth is even close to understanding that the brains are doing anything to achieve all of that functionality.
People tend to fail to recognize the big practical application of Artificial Intelligence which processes vast amounts of data produced daily that a normal human being can’t do.
One may apply AI strategically to other procedures, task automation, and the collection of insights that occur at an unprecedented scale and pace.
The systems of Artificial Intelligence conduct intelligent searches, interpret texts and images in order to discover patterns in complex data and then act on them.
It works by integrating big quantities of data with iterative, fast processing and a very smart algorithm allowing the program to instantly learn from the data features or patterns.
Future of Artificial Intelligence
Artificial Intelligence is one of the fastest-growing innovations nowadays, often referred to as AI. Technology has made our lives genuinely simpler, in particular, including artificial intelligence.
Future of Artificial Intelligence is a field which deals with providing machines with the ability to appear to have human intelligence. Artificial intelligence future computers have the ability to replicate smart human behavior.
There are no businesses and no people whose lives have not been impacted by AI. In one way if we think about the present time, the major developing powers of the future can be called artificial intelligence.
Future of Artificial Intelligence will fulfill critical business requirements such as time-consuming business processes; obtaining knowledge by data analytics and increased consumer and employee interaction.
Automation of digital and physical activities was the most common type of AI initiative. Future of Artificial Intelligence evolves the biggest prerequisite that the right people with the right quality should use the right tools in good time.
The potential of the future of Artificial Intelligence will really be exciting as it can change the market and create a better world through the use of latest technology, and it is very necessary to have the resources and expertise to function with complete commitment.
Examples of Artificial Intelligence
Artificial Intelligence can be thanked as it amazes people when they are shopping, for example a shirt in one website but the same exact image pops up on another site all because of AI.
When machine learning is implemented into e-commerce processes, it enables many companies to build personal relationships with the customers.
The businesses are using this examples of Artificial Intelligence to deploy chat bots, collect data and forecast transactions to create a more customer-centered e-commerce experience for the customers.
E-commerce leaders are implementing it to boost sales, gain more profits, and gain more loyalty.
Netflix is one of the most popular websites for watching movies. The artificial intelligence used in Netflix provides advanced technology that is highly predictive based on consumer responses to movies.
This examples of artificial intelligence analyzes billions of records to suggest films that one fight like based on the previous reactions and choices of films.
It uses five AI / Machine / Data cases such as learning at Netflix customization of film suggestions, auto-generation and picture / artwork customization, location scouting for film production (pre-production), film editing (post-production) and quality streaming.
3. Social Media
Social networking or media like Facebook, Instagram, Pinterest, Twitter, Slack, and Snapchat uses AI with more than 2.77 billion active profiles across these platforms.
By using these examples of artificial intelligence that is social media, it has been in a constant battle to cultivate and personalize experiences for the users.
With AI’s ability to coordinate vast quantities of data, integrate chat bots to recognize images, and anticipate cultural changes, it is highly important to a trillion- and trillion-user industry.
Facebook has breakthroughs in image recognition; Twitter strips bad actors out and slack is collaboration through the “Job Map”
The banking and financial sector relies on real-time reporting, accuracy, and processing high volumes of quantitative data to make the decisions, all areas are excelled by intelligent machines.
Industry is increasingly integrating automation, digital intelligence, machine learning and trading algorithms into financial systems as the businesses take stock of the accuracy and efficiency of artificial intelligence.
Robo-advisor has become one of the biggest financial trends in 2018 as it is an automated portfolio manager which uses these examples of artificial intelligence and algorithms to scan data in the markets and predict the best portfolio or stock based on preferences.
5. Email Marketing
In email, artificial intelligence is incorporated in many ways such as email marketing, spam filtering, and smart email categorization.
Simple rules-based filters are not effective against spam so instead spam filters must continuously learn from a variety of signals, such as the words in the message, and message metadata.
Gmail uses a similar approach to categorize emails into primary, promotion, and social inboxes as well as labeling email.
Email marketing is a method for achieving sustainable digital marketing performance and a pipeline of potential customers can be built with the right approach.
This examples of artificial intelligence uses algorithms that can be used to help build powerful email marketing.
AI is the use of sophisticated software and algorithms in the healthcare sector to simulate human cognition in the analysis of challenging medical data.
This example of Artificial Intelligence has proven to be a huge game-changer, changing every aspect of the industry digitally like protecting the confidential data of patients from cyber criminals to assist in healthcare surgeries.
The technology is offering a much-needed makeover to the medical industry as it has suffered from inefficient processes and skyrocketing medical costs for long.
There are AI-enabled workflow assistants that help doctors diagnose correctly, free up schedules, open up new avenues and reduce time and expense by streamlining processes.
7. Mobile Use
Artificial intelligence is used in mobile as well through Voice-To-Text, Smart Personal Assistants like Siri, Google, Cortana, Echo, Alexa, etc.
Voice-To-Text is a standard feature on smartphones and by just pressing a button or saying a particular phrase, the phone converts the audio into text.
This example of Artificial Intelligence uses voice-to-text technology that is now sufficiently reliable to rely upon for simple conversation; it has become the control interface for a new generation of smart personal assistants.
Alexa is an AI-powered personal assistant that accepts voice commands to create to-do lists, set reminders, and answers questions whereas Cortana is a suit of Microsoft that comes reloaded on Windows computers and Microsoft smartphones.
Robotics is an interdisciplinary branch of science and engineering that involves electronic engineering, computer science, mechanical engineering, and information engineering dealing with the design, operation, development, and use of robots, as well as computers.
Robotists recognize that robots are a programmable computer capable of performing tasks because they are capable of solving problems and operating in a limited capacity.
These examples of artificial intelligence powered robots are used to substitute for humans and replicate human actions. Companies such as IRobot, Hanson Robotics, and Emotech are robots manufacturers.
9. Travel and Transportation
Google Maps is incorporated in gadgets and is used widely for travel, navigation and searches as it has AI-Powered mapping.
This example of Artificial Intelligence is increasingly becoming one of the main resources for service providers as well as consumers in both the travel and transportation industries because it implies an effective way to get home and manage travel.
In the case of transportation, Google Maps scans road information and uses algorithms to determine the best rotation for the driver in a bike, car, bus, train or on foot.
10. Smart Cars and Drones
Smart cars are cars that self-drive, has GPS, a set of sensors, a smart and powerful CPU, and gives riders the ability to make less effort when driving whereas drone Also known as the Unmanned Aerial Vehicle (UAV), this aircraft is a type of unmanned vehicle without a human pilot on board.
There can be seen a more prominent and better demonstration of examples of artificial intelligence applications from smart cars and drone manufacturers. There seems to be a large segment of autonomous vehicles connected and are able to share the learning with each other.
Benefits of Artificial Intelligence
1. Digital Assistant
Digital assistant, also called a virtual assistant is voice-activated software that can understand and carry out tasks for the user and some of the highly advanced organizations use digital assistants to interact with their users.
This benefits of Artificial Intelligence saves time and need for human resources. It is also used in many websites to provide things that users want and demand.
Chat bots are designed in such a way that it has become very hard to determine whether we are chatting with a human being or a chat bots due to Artificial Intelligence programming.
2. Handling Repetitive Jobs
Many people tend to do 9-5 jobs that are super repetitive and this kind of job can be handled easily with the benefits of Artificial Intelligence algorithms.
Compared to humans, machines can think much faster and can perform multitasking works to obtain the best results that is why machines are slowly replacing humans in companies.
Humans are fragile creatures so machine intelligence is being employed to carry out dangerous tasks as their parameters can be adjusted as well as their speed and time can be adjusted based on the requirements.
3. Reduction in Human Error
Computers are designed and programmed to not make mistakes like humans do. The benefits of Artificial Intelligence help to make decisions that are made from the knowledge previously collected by applying a certain set of algorithms to make errors.
The chances of achieving accuracy with a higher degree of precision would be reduced. It helps in reaching higher accuracy with a greater degree of precision and less of the error.
AI is highly needed in space exploration where information is fed to intelligent robots because of the speed of data production.
4. Daily Applications
Artificial Intelligence is used in daily applications of our lives like Google’s OK Google, Apple’s Siri, Windows Cortana, Amazon’s Alexa, GPS, these are used frequently in our daily routine whether it is for searching, making a phone call, replying to mail, setting reminders, and many more.
Smartphones are run due to the benefits of Artificial Intelligence and we are enjoying and utilizing its services in our everyday lives to reduce the barriers in a day to day life. If we need anything such as answers we use AI assistants like Siri, Cortana, etc and for locations we use GPS.
5. 24/7 Availability
One of the top benefit of Artificial Intelligence is that machines do not require frequent breaks and refreshments and neither do they feel bored, tired or distracted like human beings and can work for long hours.
Irrespective of season, weather, and timings we can expect machines to work and get productive results as we can make machines work 24×7 without any breaks.
But contrary to machines, an average human will work for 4-6 hours a day excluding breaks as they are built in such a way.
Risks of Artificial Intelligence
Artificial Intelligence has caused unemployment to many human beings by replacing them as companies’ wants minimum effort and quick results as the majority of the repetitive tasks and other work are easily done by robots.
Human interference is becoming less, which is causing major problems in the employment standards.
AI robots can do similar work with more efficiency which is why it is replacing the minimum qualified individuals and leading to large-scale unemployment.
Human beings can be highly dependent on machines if the risk of Artificial Intelligence grows.
2. No Original Creativity
One of the risks of Artificial Intelligence is that it has no original creativity of its own. The machines can help in designing and creating but they are no match to the power of thinking and being creative like that of the human brain.
Only the human mind can think and be creative as they are highly sensitive and are an emotional intellectual. Machines lack in thoughts which are guided by feelings and that is the big difference between humans and machines.
The human brain has inherent intuitive abilities which cannot be replicated by machines.
3. High Cost
One of the risks of Artificial Intelligence is that creating, repairing and maintenance requires a huge cost as they are very complex machines that require lots of parts and expertise from humans.
Machines are made up of both hardware and software programs which need frequent up gradation and maintenance to cater to the needs of the changing environment and the need for the machines to be smarter by the day.
If it broke down severely, the procedure to recover reinstating the system and lost codes will require huge cost and time.
4. No Replicating Human Emotion
No matter how efficient machines are it can never compare to humans and human minds. Intelligence is believed to be a gift of nature to human beings which machine cannot replicate.
Machines are emotionless and do not have moral values nor any ethical sense. The machines are made by humans so they are programmed with data inserted in it and cannot make the judgment of what is right and wrong.
One of the risks of Artificial Intelligence is that it either performs incorrectly or breaks down in needed situations.
5. Makes Humans Lazy
Yes, the risk of Artificial Intelligence is making humans lazy but it also depends on how one is using the technologies.
Humans are getting lazy because of AI’s applications automating the majority of the work and because of these machines humans have to do less work and less effort on doing tasks.
Because of these inventions humans tend to get addicted which can cause a serious problem to the future generations. Since the arrival of AI, the way humans are living their lives has changed considering it provides fast answers on does not have.
History of Artificial Intelligence
Basically the computers started in the year 1941 whereas in the initial stages it was really tough to do programming also fine there is nothing no concepts of memory or storage.
Anything like that they used to do programming and they used to get the outputs that’s it even that was really tough because they needed to do everything.
They basically need to do basically they will be connecting differential wires to do programming that is not typed by typing or executing or bearing there as there are no such concepts in that time.
At that time way back 1941 the initial computer even to run a simple program they needed to do many connections. It used to be a complex task to do. It is a nightmare to the designers.
Basically those programs are nothing but those you’ll be calling it as wise like you will be doing in basic electronics or any kind of labs will be connecting wires.
When you’ll be getting the outputs right so in that way the systems used to work guys so basically there will be many devices we will be connecting them.
If you’ve got one program you cannot use the same concept for another program you need to reconnect all the versions you can. You should connect them again in a proper way to your new program.
So in that way it used to be really hectic complex job guys fine so in 1949 the game started guys so the storage came into play which made the job really easily guys ok so in 1950.
About Alan Turing right so he’s a pianist so he proposed it in 1950 years 1950 Alan Turing proposed his concept how we can decide a machine is intelligent so in 1951.
The first AI program has been returned as the first AI base the program was returned so in 1955 games were developed game playing like chess and all those quotes were returners in 1955.
The first self learning game playing broke in disgust so in 1956 we introduced with the language reduce the language LSB so that’s a programming language used for artificial.
It is instilled today also few will be using those languages so in 1959 MIT, a prestigious university set up an AI lab for its development and research. In 1964 we saw the first demo of AI.
Which understands the language so which can understand the language the first demo offer Eliza was introduced or given so in 1965 the first chatbot Eliza was internet invented.
The functionality and how Eliza works in our next lecture guys don’t worry so it was introduced in the year 1965 so in 1974 the first autonomous vehicle was created.
Autonomous is nothing but Auto solids not autonomous its automaker Unitron so the first automated vehicle was anointed in Stanford AI lab in 1999 Sony introduced AI Bo.
I hope everyone knows about typos. Guys draw Prabhu just go to Google and I’ve got a business recognizing it because it’s really popular in news way long ago and emotional.
AI concepts were proposed by MIT lab so even emotional concepts have come into play in 1999 a birth fine here.
It’s completely so in 2009 Google stock started building itself or driving cars so basically the concept was introduced in 1965 and it started in 2009 seeing omens at different rates in 2011.
Siri Google assistant Cortana and many other chat BOTS have come in to players so chat wats the complete concept belongs to natural language processing.
It’s really discussing further continuing all these developments are exponential if you observe the development of anything in the initial stages
Artificial Intelligence will be really slow guys but once it gets the face it’s going to develop in an exponential way rapidly that’s what happening with AI nowadays