Artificial intelligence is the intelligence exhibited by machines or software. It is the subfield of computer science. Artificial Intelligence is becoming a popular field in Artificial Intelligence in Power Station free download Abstract: Artificial intelligence is the science of automating intelligent behaviours currently achievable by humans.
Power system has grown tremendously over a few decades. All rights reserved countries may be pursuing clandestine programmes with similar goals. International humanitarian law which governs attacks on humans in times of war has Weighted Logics for Artificial Intelligence free download Logics provide a formal basis for the study and development of applications and systems in Artificial Intelligence.
In the last decades there has been an explosion of logical formalisms capable of dealing with a variety of reasoning tasks that require an explicit representation Design Robust Artificial Intelligence Model-base Variable Structure Controller with Application to Dynamic Uncertainties OCTAM VI Continuum Robot free download Artificial Intelligence, Big Data, and Cancer free download Even though the original computers were designed incomputers have become part of the social and professional fabrics of our lives only since the mids, enhancing workplace and individual productivities.
Computers are still evolving, and so are the ways Predicting burned areas of for-est fires: an artificial intelligence approach free download ABSTRACT Forest fires importantly influence our environment and lives.
The ability of accurately predicting the area that may be involved in a forest fire event may help in optimizing fire management efforts. It has implementation of simple agents, search agents, planning agents, neural network agents, and much more. It's designed to have two Artificial IntelligenceCollusion: When Computers Inhibit Competition free download One may find it hard to imagine life without the power of computers.
Indeed, all areas of our livelihood are affected and have benefited from technological development and an increasingly powerful computerised environment. In line with these developments, recent Artificial Intelligence and Pro-Social Behaviour free download Abstract If artificial intelligence AI were achievable, what would the consequences be for human society 1 Perhaps surprisingly, the answer to this question is already at hand.
We are achieving rapid and accelerating success in our quest to build AI. The declared goal of the competition is to build an AI agent that can play Game Artificial Intelligence: Challenges for the Scientific Community free download Abstract. This paper discusses some of the most interesting challenges to which the games research community members may face in the area of the application of artificial or computational intelligence techniques to the design and creation of video games.
ICT and e- learning are growing radically fast and have captured a major role in higher educational A Robust Hybrid Control for Voltage-Fed Induction Motor Drives based on The Artificial Intelligence Techniques free download Abstract In this paper, we introduced a robust approach to induction motor control combining fuzzy logic and variable structure with a sliding mode control. The aim of this project is to use a set of commentaries for the purpose of Bengali language learning.
For word learning and syntax learning, a set of commentaries is collected on videos where there are agents, objects with colour, actions and path-goal. Evaluation of Machine Learning Algorithms in Artificial Intelligence free download Abstract:Machine learning is a branch of artificial intelligence science ie the systems that can learn data. For example, a machine learning system can learn e-mail receiving and distinguish the difference between spam and non-spam message from each other.
Amitabha Mukherjee free download Abstract. In this project we use different techniques of dynamic NLP to make a system learn a new language.Nouvelle artificial intelligence AI is an approach to artificial intelligence pioneered in the s by Rodney Brookswho was then part of MIT artificial intelligence laboratory.
Researchers believe that intelligence can emerge organically from simple behaviors as these intelligences interacted with the "real world," instead of using the constructed worlds which symbolic AIs typically needed to have programmed into them.
These robots contained an internal model or "representation" of their micro-worlds consisting of symbolic descriptions. As a result, this structure of symbols had to be renewed as the robot moved or the world changed.
Shakey's planning programs assessed the program structure and broke it down into the necessary steps to complete the desired action. This level of computation required a large amount time to process, so Shakey typically performed its tasks very slowly. Symbolic AI researchers had long been plagued by the problem of updating, searching, and otherwise manipulating the symbolic worlds inside their AIs.
A nouvelle system refers continuously to its sensors rather than to an internal model of the world. It processes the external world information it needs from the senses when it is required. As Brooks puts it, "the world is its own best model--always exactly up to date and complete in every detail. A central idea of nouvelle AI is that simple behaviors combine to form more complex behaviors over time. For example, simple behaviors can include elements like "move forward" and "avoid obstacles.
Representing the state of a robot with traditional FOL requires the use of many axioms symbolic language to imply that things about an environment that do not change arbitrarily. Nouvelle AI seeks to sidestep the frame problem by dispensing with filling the AI or robot with volumes of symbolic language and instead letting more complex behaviors emerge by combining simpler behavioral elements.
However, nouvelle AI attempts to build embodied intelligence situated in the real world. Brooks quotes approvingly from the brief sketches that Turing gave in and of the "situated" approach. Turing wrote of equipping a machine "with the best sense organs that money can buy" and teaching it "to understand and speak English" by a process that would "follow the normal teaching of a child.
Brooks focused on building robots that acted like simple insects while simultaneously working to remove some traditional AI characteristics.
He created insect-like robots called  Allen and Herbert. Brooks's insectoid robots contained no internal models of the world. Herbert, for example, discarded a high volume of the information received from its sensors and never stored information for more than two seconds. Allen, named after Allen Newell [ why?
These modules were programmed to avoid both stationary and moving objects. With only this module activated, Allen stayed in the middle of a room until an object approached and then it ran away while avoiding obstacles in its way. Herbert, named after Herbert A. Simon [ why? Herbert also carried a number of simple sensors in its "hand. Other robots by Brooks' team were Genghis and Squirt.
Squirt's behavior modules had it stay in dark corners until it heard a noise, then it would begin to follow the source of the noise. Brooks agreed that the level of nouvelle AI had come near the complexity of a real insect, which raised a question about whether or not insect level-behavior was and is a reasonable goal for nouvelle AI? Brooks' own recent work has taken the opposite direction to that proposed by Von Neumann in the quotations "theorists who select the human nervous system as their model are unrealistically picking 'the most complicated object under the sun,' and that there is little advantage in selecting instead the ant, since any nervous system at all exhibits exceptional complexity.
In the s, Brooks decided to pursue the goal of human-level intelligence and, with Lynn Andrea Stein, built a humanoid robot called Cog. Cog is a robot with an extensive collection of sensors, a face, and arms among other features that allow it to interact with the world and gather information and experience so as to assemble intelligence organically in the manner described above by Turing.
The team believes that Cog will able to learn and able to find a correlation between the sensory information it receives and its actions. In the long term, the team wants Cog to be able to learn common sense knowledge on its own. From Wikipedia, the free encyclopedia. See also: situated and behavior-based AI. Retrieved 7 November A Brooks This course introduces fundamentals concepts related to artificial intelligence AIand the services in Microsoft Azure that can be used to create AI solutions.
The course is not designed to teach students to become professional data scientists or software developers, but rather to build awareness of common AI workloads and the ability to identify Azure services to support them. The hands-on exercises in the course are based on Learn modules, and students are encouraged to use the content on Learn as reference materials to reinforce what they learn in the class and to explore topics in more depth. The Azure AI Fundamentals course is designed for anyone interested in learning about the types of solution artificial intelligence AI makes possible, and the services on Microsoft Azure that you can use to create them.
Some of the concepts covered in the course require a basic understanding of mathematics, such as the ability to interpret charts. The course includes hands-on activities that involve working with data and running code, so a knowledge of fundamental programming principles will be helpful.
3 ways AI will change the nature of cyber attacks
Preparation for exam: AI Prerequisite certification is not required before taking this course. Successful Azure AI Fundamental students start with some basic awareness of computing and internet concepts, and an interest in using Azure AI services. In this module, you'll learn about common uses of artificial intelligence AIand the different types of workload associated with AI. You'll then explore considerations and principles for responsible AI development.
Machine learning is the foundation for modern AI solutions. In this module, you'll learn about some fundamental machine learning concepts, and how to use the Azure Machine Learning service to create and publish machine learning models. Computer vision is a the area of AI that deals with understanding the world visually, through images, video files, and cameras.
In this module you'll explore multiple computer vision techniques and services. This module describes scenarios for AI solutions that can process written and spoken language. You'll learn about Azure services that can be used to build solutions that analyze text, recognize and synthesize speech, translate between languages, and interpret commands.
Conversational AI enables users to engage in a dialog with an AI agent, or botthrough communication channels such as email, webchat interfaces, social media, and others. This module describes some basic principles for working with bots and gives you an opportunity to create a bot that can respond intelligently to user questions. Skip to main content. Contents Exit focus mode. Bookmark Table of contents.
By using our website you consent to all cookies in accordance with our updated Cookie Notice. Cyberattacks are becoming ubiquitous and have been recognized as one of the most strategically significant risks facing the world today. In recent years, we have witnessed digital assaults against governments and the owners of critical infrastructure, large private corporations and smaller ones, educational institutions and non-profit organizations.
Not only is no sector immune from cyberattacks, the level of sophistication of the threats they face is continually increasing. The future of cybersecurity will be driven by a new class of subtle and stealthy attackers that has recently emerged. Their aim is not to steal data, but rather to manipulate or change it. There is little doubt that artificial intelligence AI will be used by attackers to drive the next major upgrade in cyber weaponry and will ultimately pioneer the malicious use of AI.
AI-powered cyberattacks are not a hypothetical future concept. All the required building blocks for the use of offensive AI already exist: highly sophisticated malware, financially motivated — and ruthless — criminals willing to use any means possible to increase their return on investment, and open-source AI research projects which make highly valuable information available in the public domain. One of the most notorious pieces of contemporary malware — the Emotet trojan — is a prime example of a prototype-AI attack.
The Emotet authors have recently added another module to their trojan, which steals email data from infected victims. The intention behind this email exfiltration capability was previously unclear, but Emotet has recently been observed sending out contextualized phishing emails at scale.
This means it can automatically insert itself into pre-existing email threads, advising the victim to click on a malicious attachment, which then appears in the final, malicious email. This insertion of the malware into pre-existing emails gives the phishing email more context, thereby making it appear more legitimate.
Yet the criminals behind the creation of Emotet could easily leverage AI to supercharge this attack. This would mean that an AI-powered Emotet trojan could create and insert entirely customized, more believable phishing emails. Crucially, it would be able to send these out at scale, which would allow criminals to increase the yield of their operations enormously.
The consequences of these developing attack methods could be highly destructive, and even life-threatening. By undermining data integrity, these stealthy attacks cause trust in organizations to falter, and may even cause systemic failures to occur. Imagine an oil rig using faulty geo-prospection data to drill for oil in the wrong place, or a physician making a diagnosis using compromised medical records. As the AI arms race continues, we can only expect this circle of innovation to escalate.
Inthe WannaCry ransomware attack hit organizations in over countries around the world, marking the beginning of a new era in cyberattack sophistication. Its success lay in its ability to move laterally through an organization in a matter of seconds while paralysing hard drives, and the incident went on to inspire multiple copycat attacks.
The use of adversarial artificial intelligence will impact the security landscape in three key ways:. AI attacks will be highly tailored yet operate at scale. Messages written by AI malware will therefore be almost impossible to distinguish from genuine communications.
As the majority of attacks get into our systems through our inboxes, even the most cyber-aware computer user will be vulnerable. Sophisticated threat actors can often maintain a long-term presence in their target environments for months at a time, without being detected. They move slowly and with caution, to evade traditional security controls and are often targeted to specific individuals and organizations.
AI will also be able to learn the dominant communication channels and the best ports and protocols to use to move around a system, discretely blending in with routine activity.
This ability to disguise itself amid the noise will mean that it is able to expertly spread within a digital environment, and stealthily compromise more devices than ever before. AI malware will also be able to analyse vast volumes of data at machine speed, rapidly identifying which data sets are valuable and which are not.
This will save the human attacker a great deal of time and effort.Artificial intelligence researchers at North Carolina State University have improved the performance of deep neural networks by combining feature normalization and feature attention modules into a single module that they call attentive normalization AN. The hybrid module improves the accuracy of the system significantly, while using negligible extra computational power. We found that combining them made them more efficient and effective.
They then tested the networks against two industry standard benchmarks: the ImageNet classification benchmark and the MS-COCO object detection and instance segmentation benchmark. And Average Precision AP accuracy increased by up to 1. Materials provided by North Carolina State University. Note: Content may be edited for style and length. Science News. ScienceDaily, 16 September North Carolina State University.
New data processing module makes deep neural networks smarter. Retrieved October 28, from www. Through a change in Whereas their production cost is low, it is in particular the combination of complementary ScienceDaily shares links with sites in the TrendMD network and earns revenue from third-party advertisers, where indicated.
Quantum Engines With Entanglement as Fuel? Living Well.
View all the latest top news in the environmental sciences, or browse the topics below:. Keyword: Search.Students will learn a comprehensive set of technical skills with the core focus on coding, artifical intelligence and automation.
Hands on learning with live remote online classes twice per week, and daily assignments which provide hours of educational and fun activity from the safety of your home. Students will learn a comprehensive set of technical skills with the core focus on graphics design and digital art.
Give your children all the knowledge, experience and skills to be confident in themselves and in their career choice prior to having to make that choice. Not only will the be more prepared for college, they will be confident in themselves no matter what career they choose.
Students in 1st through 3rd grades learn programming fundamentals by creating their own 2D games with drag and drop code blocks. Parents are welcome to join their children in class while both parents and children learn game development, animation and programming skills! Students learn to create their own 2D video game using the Unity Game Engine.
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They are introduced into coding in C using Microsoft Visual Studio. These are the same tools the professionals use in the industry today and taught in the top Gaming Universities! Students learn to create their own 3D video game using the Unity Game Engine. They continue coding in C using Microsoft Visual Studio, and begin animation.
Students learn to create their own 3D characters using ZBrush. They create characters from scratch, texture paint them and can put them in their own video games. Students learn to animate 2D characters.
They create the animations and can put them in their own video games. Students learn to animate 3D characters using Autodesk Maya. They learn to import, rig, animate and export their characters into their own games. Students create a space exploration game building on all the skills they have learned so far with CUnity, ZBrush and Maya.
Students are introduced to Artificial Intelligence programming concepts. Students create an AI character which can interact using decision tree logic. A Solid Foundation in Technology Will. Future Proof Your Kids. Register for Class. College-Level Material. Starting in Elementary School. Ever-Changing World. Driven By Technology. Our Classes fill up quickly!
Sign up now to save your spot! Close Save changes. Coding Path Instead of playing games, learn how to create them! Digital Art Path Learn graphics design, video production, web design and more!
Why choose one when you can get it all for less?Artificial Intelligence in healthcare - Med-Tech World
Top reasons Parents Love Our Classes! Kids learn to create games instead of just playing them. Learning to code is the 1 skill recommended by educational experts. Raise happy confident future leaders with the self-esteem to succeed in the ever-changing world driven by technology.You predict an outcome, specify the desired stake and place the bet.
If your prediction appears to be correct, you win the bet. The winnings are calculated by multiplying the odds by the stake. Please note that parlay bet is considered won if all your predictions turn out to be correct. The vast majority of the offered bets may be combined freely in a parlay.
There are a few exceptions, however, such as certain Formula - 1 bets that can only be placed as single bets. It is the bookmakers who decide which bets can be combined and their decision is based on various factors, such as the respective game or the event.
You will be informed of their decision by the time the bets are placed. The client is given a chance to determine independently the order of the bets included in the chain and stake only on the first event of the chain. Thus, the concept of "account of the chain" is imported.
After the tournament of each single bet included in the chain the sum of that account is calculated. Initially it is equal to the sum of the first bet. If the sum on the chain account is less than its initial sum, the account balance calculates single bet of the next event in the chain.
The sum that remains on the account after calculation of all bets in the chain is a subject to payment. If the sum on the account reaches zero - the chain breaks and is considered as lost. The number of possible system bets depends on the number of predicted outcomes. The possible variants of the system bet with your predictions will be displayed automatically.
The main difference between system bets and parlay bets is that you can win a system bet even if not all of your predictions are correct. Please note that the amount of possible winnings displayed when you place your bet corresponds to the maximum winnings.
In a system bet, combinations of predictions are formed automatically. Conditional betThe peculiarity of this bet is that you pay only for the first (base bet) and the amount for the second (conditional bet) is taken from winning the base bet.
In the conventional bet should not include events from the base bet. If the prime bet loses, and the conditional bet loses. The amount of the Conditional bet shall be not exceeding of winning of basic bet.