Impact Of Artificial Intelligence In Transforming The World
Introduction
Artificial intelligence (AI) is a wide-ranging tool that enables people to rethink how we integrate information, analyze data, and use the resulting insights to improve decision making — and already it is transforming every walk of life. In this report, Idris Alikhan and Kaldybaev Asain discuss AI's application across a national security. From SIRI to self-driving cars, artificial intelligence (AI) is progressing rapidly. While science fiction often portrays AI as robots with human-like characteristics, AI can encompass anything from Google’s search algorithms to IBM’s Watson to autonomous weapons. We choose this topic, because AI-world nowadays are becoming more close to people’s life. A lot of people use artificial intelligence in day-to-day. AI makes life of human much easier. We think, that developing machine learning (ML - smart AI) or deep learning(DL - very smart AI) for daily life it’s next step of evolution of humanity.
Context
Flying cars may still be in science fiction, but smart cars have emerged. A driverless car of Google drove over 1 million miles (1. 6 million km) on regular roads. The cars got into a few minor accidents, but it was all caused by human error, not AI. Google is still testing its futuristic car, but many new cars are already equipped with AI technology. Some cars park themselves; others speed up and slow down to keep up with the traffic. Some may even say that the driver seems sleepy or not paying attention.
In 2013, Ford Explorer appeared with a camera that scans the road and finds markers. The Driver Alert system then determines where the vehicle should be on the road. If the car starts to drift, the system intercepts and flashes a warning in front of the driver. Mercedes-Benz also offers Attention Assist technology that controls steering, braking and acceleration to create a driver behavior model. If you change this behavior, the warning is disabled. In 2010, Volvo introduced the first automotive vision system that could tell the difference between people and other objects such as trees or mailboxes. The researchers who developed this technology drove a combined 1. 6 million km testing and training the AI. When the system sees a pedestrian, it warns the driver and then stops the car if the driver does not respond. Now, many cars come with vision systems that can see and identify pedestrians, cyclists, and other types of obstacles day or night. Mobileye Vision Technologies is working on an automatic driving system that can maneuver a car down freeways and through intersections, Audi is already testing in in its A7.
All of these systems require a human driver. Google, however, wants to take the driver out of driving. The google car. When Google started developing driverless cars in the late 2000s, the company hired engineers who had worked on the DARPA challenges, a series of races for robot cars. Google’s team added cameras and sensors to regular cars, including the Toyota Prius and Lexus 450h. Human drivers rode along and could take over from the computer if necessary. In 2014, Google started making its own driverless cars, designed for city driving, with a maximum speed of 40 km/h. In popular culture and science fiction, robots are often depicted as brutal metal soldiers that follow instructions precisely with no regard for human life or human feelings. And it’s true that many advances in AI and robotics do not bother with creativity, emotions, or social behavior. But some researchers are working on friendly AI technology that can maintain a close connection with human companions while providing people with advanced knowledge or an extra set of hands. Social robots already help entertain families, keep astronauts company in space, and care for the elderly. Robots artist paint, make music, and write stories. A global Brain.
When the virtual assistant Siri was in development, its creators wanted to give the app some personality, so the spent time brainstorming snarky comebacks to some of the questions people might ask. However, these responses were all preprogrammed - Siri did not come up with them on its own. The next generation of virtual assistants will be much smarter and more autonomous. The creators of Siri have a new project named Viv. Dag Kittlaus, an entrepreneur on the team, said: “Boy, wouldn’t it be nice if you could talk to everything, and it knew you, and it knew everything about you, and it could do everything?” This grand vision of a “global brain” is what the team has in mind for Viv. They want to make intelligence into a utility that anyone can tap into, similar to electricity or wireless Internet. Current virtual assistants, including Siri, Cortana, and Google Now, are all tied to a particular platform and company. The team working on Viv hopes it will interface with every type of mobile device.
