Our "Ask INDIAai" series will address and explore your problems. INDIAai will react to your inquiries.

Please direct all inquiries to askindiaai@nasscom.in.

How is AI used in spacecraft? - Balaji Srinivasan, Chennai

AI can enhance spacecraft-to-spacecraft or spacecraft-to-Earth communication. AI can optimize modulation, power, frequency, and bandwidth for communication. AI can also improve communication link security and dependability by identifying and resolving interference or mistakes.

What is the future of AI and IoT? - Rahul Singh, Mumbai

AI will provide IoT devices and systems intelligence and learning capabilities. On the other hand, IoT will supply data and connections for AI applications and services. They will work together to find opportunities and solutions to improve health, education, agriculture, and industry.

Furthermore, smart devices can analyze their data without transferring it to a data centre on the other side, allowing for significantly quicker speeds and reduced latency. As a result of these advancements, many machine learning and IoT applications have become more convenient.

What is AI and virtual reality? - Sonia Agarwal, Bengaluru

Virtual reality uses technology and software to put people in virtual worlds where they can learn, have fun, get therapy, and do other things. On the other hand, artificial intelligence supports the development of new technologies that can use data sources to analyze, reply to, and make new things.

Which operating system is used in robots? - Nazria Begum, Delhi

Robot operating system(ROS) is used for robots. It offers a collection of open-source software frameworks, libraries, and tools that facilitate the development of robot applications by programmers. It is, in fact, a meta-operating system, which falls somewhere between a middleware and an operating system.

What is the role of a microcontroller in a robot? - Alexander Gabriel, Goa

A microcontroller is the computational core of an automaton. It gathers data from various input devices, including sensors, switches, etc. It then executes a program and controls output devices, including actuators, lights, and others, by that program.

How is AI used in nanotechnology? - Karupasamy Arul, Tirupati

AI is important in nanotechnology, particularly in the creation of novel materials and the assembly of nanostructures. Researchers can use machine learning algorithms to assess large databases of material properties and precisely anticipate their behaviour under various scenarios.

Furthermore, advances in nanotechnology are already being made that may transcend the computing capacity provided by GPUs, leading to large-scale achievements in systems leveraging models such as deep learning.

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