Many people use artificial intelligence to automate their homes. People can use various pieces of hardware to configure their home and be able to use their smartphone or voice control to contoorol several household items like washing machines and lights. There are apps available like the “Google Home” app which allows you to create a completely interconnected “smart home!”
There are several voice assistants you can use to help you out. From simply reading you the news to even controlling your home alarm system, these voice assistants are a convenient form of help, coming out of artificial intelligence.
Here's some info examples of virtual/voice assistants:
Surprisingly, the first form of a virtual assistant was created by IBM, and was called “IBM Simon”, which came out in 1994 running on a telephone.
Google Duplex is a system which allows for AI to be able to understand a natural human conversation and be able to communicate with humans in a natural way. This project aims to be able to reserve a table at a restaurant and perform other tasks for you. The idea is that you should be able to give your Google Assistant (not to be confused with Google Home) an instruction to schedule an appointment or a reservation, and the technology will try to use an online service such as “OpenTable” or “Urbanspoon” to make the reservation. If the Assistant cannot be able to make the reservation over the Internet, the Assistant will call to place the reservation/appointment by itself.
Some robots like Sophia were programmed to have different facial expressions to represent different emotions. Sophia will also say things to show that she has artificial emotions. With the emotions that are programmed into the AI, they are able to communicate and make friends with humans. But in some cases adding emotion to AI wouldn't be necessary because the job given wouldn't be necessary for the job to get done. For example Siri was not given an emotion.
The Dash Robot is able to be controlled by user-made code, however, when it is not running code, it is fully able to sense and interact with its environment. Using an iOS or Android app, kids are able to learn the basic fundamentals of coding and have fun controlling the robot. Dash is able to move around autonomously and when it comes to an obstacle, the robot is able to use its sensors to move around the obstacle.
Robots will taking over some of the most dangerous jobs available, including bomb defusing. They also will be technically drones, being used as the physical counterpart for defusing bombs, but requiring a human control tothem, rather than using AI. Whatever their classification, they have saved thousands of lives by taking over one of the most dangerous jobs in the whole world. As the technology increases, we need improvement of these robots.
These are the first circle of artificially intelligent machines that goes by the name of carpe diem. Machines and systems based on this type of AI not have a concept of the past, historic data and inferences from it nor the ability to conceive a future.
This is more on the books and science fiction movies, where we talk about artificially intelligent and advanced systems that can preserve the concept of e people and change their behaviour.
As the name says, the memory in such systems is short and limited. systems can go back to their past for a short duration and learn from it.
There are three main parts to Tango technology. First, the motion tracking technology. Using a motion tracking camera, 3D depth sensor, accelerometer, barometer, gyroscope and GPS, a Tango-compatible device could tell where it is, and how it’s moving within a specific space or area and which way it’s pointing. Then, that tech was combined with the second and third features: depth perception and area learning.
Modern Public school stole the show at #AIM_SIRIUS Innovation Festival 2018
A collaborative innovation workshop between Russian and Indian Atal Tinkering Lab students currently was underway at IIT Delhi. #Prabhsimar #S. #Tapia (IIIrd Row, IIIrd from right) of class XII was accorded with this golden opportunity to be a part of this 4 days residential bootcamp. This was a unique initiative to spur joint innovation, learning and exchange of ideas between the talented youth of both countries. In a follow-up to this, #Prime#Minister #Mr. #Narender #Modi and #President_of_Russian_Federation#Mr. #Vladimir #Putin in a unique gesture on Friday jointly interacted with a group of 20 talented students (10 Indian and 10 Russia). Prabhsimar along with his Russian counterpart presented his project on space technology. He was lauded for his work by the Honorable Prime minister. Our school scaled this pinnacle of success due to the ardent efforts of teachers and persistent guidance of Principal Ms. Alka Kapur.
The AIM SIRIUS students program provided a sustainable platform to invigorate high quality innovation mindsets through a diversity of exchanges in creative ideas, innovation practices, and cultural influences between the two countries.
Created By:
Raghav Dhingra and Yajur Rai Chhabra from Darbari Lal DAV Model School
Matthew, Chayanna and Tristan from St. Clare School
Manya Saluja and Himisha Kataria, Modern Public School