Artificial Intelligence

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Artificial intelligence offers numerous advantages, including enhanced efficiency and productivity by automating repetitive tasks, which allows humans to focus on more complex and creative work. It also enables improved decision-making through data analysis and predictive analytics, leading to more informed choices. Additionally, AI can provide personalized experiences in various sectors, such as healthcare and customer service, ultimately improving user satisfaction and outcomes. Furthermore, it can handle large volumes of data quickly, uncovering insights that would be challenging for humans to detect.

The weak method in artificial intelligence refers to approaches that do not possess general intelligence or understanding but instead rely on specific algorithms to perform tasks within defined parameters. These methods can effectively handle narrow tasks, such as pattern recognition or data processing, but lack the ability to adapt or reason beyond their programmed capabilities. Consequently, weak AI is often used in applications like speech recognition, recommendation systems, and image classification, where it can excel in its designated area without true comprehension.

Artificial intelligence(AI) is a wide-ranging branch of computer technology involved with building clever machines able to acting duties that generally require human intelligence. Artificial Intelligence is interdisciplinary technological know-how with more than one approach and deep gaining knowledge of is growing a paradigm shift in sincerely each region of the tech industry.

• Smart assistants (like Siri and Alexa) • Disease mapping and prediction equipment • Manufacturing and drone robots • Optimized, customized healthcare remedy pointers • Conversational bots for marketing and purchaser service • Robo-advisors for inventory trading • Spam filters on email • Social media monitoring equipment for dangerous content or fake news

Now a day’s Artificial Intelligence is Effect of Surpass Mobile app Development or User Experience

Advantage - It's artificial and you can play with it, shape it, and have it do just about anything you can imagine. Disadvantage - It's artificial, and it can play with you, shape you, and have you do just about anything someone who programmed it can imagine.

AI systems are being developed in a variety of new application areas with the goal of automating perception, decision-making, and action with less-than-human precision. The AI system can add round-the-clock performance or just a technique to cope with very huge amounts of data in a variety of beneficial application scenarios.

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The disadvantage of artificial intelligence lies in the source of it. A computer for example has "artificial intelligence". The problem is how to discern whether it has malfunctioned. The best course is therefore to have a duplicate machine as a back up to see if both computers are matching in their results.

Artificial intelligence and robotics actually has a history dating back to the time of the Roman Empire. However, modern conceptions of artificial intelligence werte first considered by philosophers Bertrand Russell and Alfred Whitehead when they published Principia Mathematica. John McCarthy first coined the phrase artificial intelligence at a conference at Dartmouth College in 1956.

Both algoritms can be build very similary. The difference between breadth-first search and depth-first search is order in which elements ar added to OPEN list. In breadth-first search new nodes are appended to the end of OPEN list

In depth-first search new nodes are inserted in the begining of OPEN list

The A-300 is one of Airbus Industrie's earliest long-haul aircraft. It is a two-engine, two-aisle, single passenger decked aircraft, which carries around 260 people in a two class configuration. It has a maximum range of 6670km. As a fairly old aircraft, it is beginning to be phased out by most airlines still using it, including American Airlines (USA) and Monarch Airlines (UK).

By contrast, the A-380 is Airbus' newest long-haul passenger jet. It is a four engine, four-aisle, double passenger deck aircraft, capable of carrying 644 passengers in two classes, or up to 853 passengers if the entire aircraft was Economy class. It can fly much further than the A-300 (about 15,200km), faster (as it has two more engines) and is based on much newer technology: the A380 has only just entered service (currently only Singapore Airlines fly it). The A-300 first entered service in 1972.

Singapore Airlines has 3 A-380's, flying them mainly between London and Singapore, and Singapore and Sydney. Emirates Airlines of Dubai, and Qantas Airways of Australia will soon take delivery of their first A-380's.

Airbus' main rival, Boeing, is currently in final testing of their new aircraft, the 787.

Both the 787 and A-380 projects have been dogged by manufacturing and design delays for which the airlines inconvenienced as a result have received hefty financial compensation.

Weather is an insanely complicated process. Even with all the technology we have, meteorologists are still wrong a lot. There is just too much data and too many calculations to run for people to do it by hand.

artificial intelligence is a branch of science which deals with the helping of machines find solutions to complex problems...

or...

the study ofand design of intelligent agent and the engineering of making intelligent machines..

any artificial intelligent machine can do any intelligent work according to its programming. how it is programmed to do so, it matters. Their behaviour of doing tasks is very simple and structured if compared with human behaviour. Machines can not do much more beyond their capacity.

But natural intelligent thinking of human or any animal is very very complex process of sensing, learning , thinking, understanding and finally action. Signal transmission inside human body by neural networks is too complex to understand.

* Artificial intelligence (AI), is the use of computers to model the behavioral aspects of human reasoning and learning.

* (n.d.). Columbia Electronic Encyclopedia. Retrieved October 26, 2007, from Reference.com website:

http://www.reference.com/browse/columbia/artifInt AI is the art of making computers do smart things by using soft-computing instead of using traditional hard-computing. AI lets the computers learn things and ask questions -like why?- with the help of Fuzzy Inference Systems.

Artificial intelligence represents a new way of thinking about software Most business—especially on the smaller end of the scale—are not actively developing their own artificial intelligence algorithms. Instead, they are adopting products that have AI features built in. Even so, there must be an understanding of how AI differs from previous software applications. Rather than operating on inputs in a deterministic way to produce results, AI programs take in large amounts of data and work in a probabilistic manner. This means that there is a higher degree of uncertainty in the results. AI may produce unique and disruptive insights, but those insights require some amount of validation.

Protocol is the special set of rules that end points in a telecommunication connection use when they communicate. In other words Protocol is an agreed-upon format for transmitting data between two devices. The protocol determines the following: * the type of error checking to be used * data compression method, if any * how the sending device will indicate that it has finished sending a message * how the receiving device will indicate that it has received a message Service is a program, routine, or process that performs a specific system function to support other programs, particularly at a low (close to the hardware) level

The expression "man-made consciousness" traces all the way back to the mid-1950s, when mathematician John McCarthy, broadly perceived as the dad of AI, utilized it to portray machines that do things individuals may call shrewd. He and Marvin Minsky, whose work was similarly as compelling in the AI field, coordinated the Dartmouth Summer Research Project on Artificial Intelligence in 1956. A couple of years after the fact, with McCarthy on the personnel, MIT established its Artificial Intelligence Project, later the AI Lab. It converged with the Laboratory for Computer Science (LCS) in 2003 and was renamed the Computer Science and Artificial Intelligence Laboratory, or CSAIL.

Presently a pervasive piece of current culture, AI alludes to any machine that can reproduce human intellectual abilities, for example, critical thinking. Throughout the second 50% of the twentieth century, AI arose as an incredible AI approach that permits PCs to, as the name infers, gain from input information without being expressly customized. One procedure utilized in AI is a neural organization, which draws motivation from the science of the mind, transferring data between layers of supposed fake neurons. The absolute first counterfeit neural organization was made by Minsky as an alumni understudy in 1951 (see "Learning Machine, 1951"), yet the methodology was restricted from the outset, and even Minsky himself before long turned his concentration to different methodologies for making savvy machines. As of late, neural organizations have made a rebound, especially for a type of AI called profound realizing, which can utilize exceptionally huge, complex neural organizations.

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which of the following is not a function of an operating system:

1. controls basic input and output

2. allocates system resources

3. manages storage space

4. carries out a specific task for the user

the media is a watching dog in a society

To Create Expert Systems: The systems which exhibit intelligent behavior, learn, demonstrate, explain, and advice its users.

To Implement Human Intelligence in Machines: Creating systems that understand, think, learn, and behave like humans.

The goal of AI is to develop computers that can simulate the ability to think, as well as see, hear, walk, talk, and feel.

In very simple terms, a conventional computer does what it is programmed to do and no more. Artifical Intelligence (AI) involves a computer that is able to teach itself and emulate an intelligent response to the use.

No real AI means it can teach itself. Meaning they can build other robots and think of better designs and learn from failures. Only precoded software exists which seems like AI. AI is like on the movie AI where they absorb information and are nearly human.

It will be a long time until real AI exists

Educational software will continue to improve to the point where artificial personalities deliver lectures and instruction tailored to each student's personal needs. The computers themselves will be flexible touch screens one can roll up and store in a pocket, and clean by rinsing with warm water. They will come with cameras equipped with magnifying lenses for identifying objects and minerals, and giving students close up views. They will also be able to patch in to orbiting telescopes to provide real time views of the planetary surface for maps, as well as celestial objects.

Imagine classrooms without walls. School will occur on the subway, park benches, lawns, up in a tree, while mountain climbing, or anywhere the student happens to be and can spend time interacting with the "magic scroll." Tests and coursework will be designed to incorporate the student's immediate environment. Virtually anything and everything can be used to create an educational atmosphere. The beauty of computers is that they never get bored, and can conduct math drills until they detect signs of weariness in the pupil.

Imagine each student progressing at his or her own pace, unencumbered by the knowledge limits of the professor or needs of other students. You want to learn about Galois Groups--the information is readily available, and presented at a level suitable for the individual student at that time. Real world examples will be presented, and the software can design suitable test questions on the fly.

Currently the man/machine interface consists of awkward input devices like keyboards, mice, touch screens and microphones for voice recognition. Further into the future computers will be implanted and accessible by thought. The human/computer interface may involve artificial symbiotes--organisms designed to assist the human/machine connection. Education by then will not consist of rote memorization of information, but methods for compiling, accessing and using databases. Imagine a world where you can communicate with anyone, anywhere, at any time--and not only that but view the world through their eyes, hear what they hear, smell, feel and experience the world just as they do. All experiences can be readily shared. Problems will be solved by crowd sourcing. Instead of just one or two collaborators endeavoring to solve some particular problem in physics, tens of thousands or hundreds of thousands of people may weigh in, each offering their own unique ideas and suggestions. We expect the rate of technological progress to increase significantly under these circumstances.

John McCarthy, a fundamental figure in artificial intelligence in e-commerce, has died at the age of 84. McCarthy coined the term "artificial intelligence" and spent most of his career at Stanford as a towering figure in computer science. Theoretical research. Alan Mathison Turing, a British logician, and computer pioneer did the first important work on the subject of artificial intelligence in the mid-20th century.

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Alison