Skip to main content

Ten AI Trends Revolutionizing Consumer Electronics Field


There is no doubt that AI technology is already making a huge impact on our daily lives. We have seen the capabilities and application of AI in the manufacturing industry, in oceans and even in the air. Now, AI is gaining importance in consumer electronics as well.
While there are many ways that AI is changing our world, let us explore ten trends that are worth mentioning and that is revolutionizing current consumer.

1.  Smart Homes
The complete automated home is a new concept, but slowly the world is moving towards it is realisation. Such as intelligent devices can automatically get switched off or on, and be monitored in real-time using Smartphone.
2.  Smart TVs
Internet-connected TVs have become a lot smarter with Ai technology. Next-generation intelligent smart TVs can connect to the internet wirelessly, and access online streaming services.  
3.  Voice-enabled technology
We are witnessing the use of voice assistants, such as Amazon and Google Assistant, in developing countries like India.
4.  Instant language translation
No language barriers anymore? Well, that is true with the latest Ai-powered language translation devices. Such as translators are becoming popular, especially among frequent travellers and students.
5.  AI-driven education
Robots that play games to assist human beings are being used in schools. AI technology is assisting children with disabilities or encourages technical creativity.
6.  Smart security systems
Capabilities of traditional surveillance cameras can be enhanced using AI, the IoT and machine learning. Modern cameras can be trained to monitor specific locations, generate alerts and take real-time actions to safeguards user’s assets.
7.  Online shopping
This is a global trend that is shaping the behaviour of consumers. AI algorithms provide product recommendations based on assessments of individual buying patterns and product preferences, making the shopping experience more relevant, enjoyable and satisfying.  
8.  Evolution of consumer behaviour and adaptation
AI has embarked on its journey of revolutionizing consumer electronics. Consumers are trying to embrace the opportunity brought about by AI technology.
9.  Data protection
Governments around the world are trying to enhance data protection regulations and put the right regulatory standards in place to protect the consumer against data breaches.
10.  Regulators and developers
AI is growing at a fast speed while at the same time there are a number of issues to be addressed, including the danger of killing robots, digital privacy for consumer and other ethical issues. There are regulatory bodies that monitor and control various AI developments to protect consumers.

Applications of AI in consumer electronics open up many growth avenues and opportunity. The IoT, AI and machine learning are being used in many consumer electronics. Thus, devices will soon become more autonomous and get better at assisting consumers in the future.

References:
ElectrionicsHubs.com
EDN network
Electronicsforu.com




Comments

Popular posts from this blog

Introduction to Ultrasonic Technology And Applications At Nalanda Labs:

It is an acronym for Sound Navigation & Ranging (SONAR)   Sonar is the technology of making use of sound waves to navigate, communicate and detect objects which are used for monitoring a particular area 24/7. It detects objects within 180 degrees and up to 8 meters. The word "sonar" comes from the first letters of "sound navigation ranging." Sonar can detect and locate objects under the sea by echoes, much as porpoises and other marine animals navigate using their natural sonar systems. In 1906, American naval architect Lewis Nixon invented the first sonar-like listening device to detect icebergs. During World War I (1914-18), a need to detect submarines increased interest in sonar. French physicist Paul Langévin constructed the first sonar set to detect submarines in 1915. At first, these sonar sets could only "listen" to returning signals. By 1918, Britain and the United States had built sonar sets that could send out, as well as receive, sound ...

Indian Space Research Organisation (ISRO)

Indian Space Research Organisation is the national space agency of  India.  Headquartered in Bangalore, established on 15 August 1969, under the chairman, Scientist Vikram Sarabhai.  It performs tasks related to space based applications, space exploration and development of related technologies. In 1972, the Government of India set up the Department of Space (DOS). This department directly reports to Indian Prime Minister.  ISRO works under the DOS. The Chairman of the ISRO is also the Secretary in the Department of Space.  The Indian space programme was driven by the vision of Vikram Sarabhai, considered the father of the Indian space programme. ISRO Structure  ISRO is managed by the Department of Space (DoS) of the Government of India.  Secretariat of DOS and ISRO Headquarters are located at Antariksh Bhavan in Bangalore. Space scientist K. Sivan is the current chairman of ISRO.  Important ISRO centres -  Satish  Dhawan  Space...

Structured Capacity Building of Teachers

To equip teachers with the knowledge and skills required to impart the new curriculum to their peers and students, we are actively engaged in building the capacity of teachers through a series of training and continuous support. In terms of academic intervention, we are actively involved in designing content that aligns with the curriculum. Simultaneously, the model emphasizes teacher capacity building through virtual and in-person training sessions, covering both content and the pedagogy of teaching computer science. The primary objectives of these sessions were threefold: to instigate a paradigm shift in teachers' perspectives regarding the significance of digital literacy for students, introduce and provide training on block-based coding tools like Scratch Jr, and impart effective pedagogical strategies for teaching computer science in classrooms. The initial virtual training took the form of a summer coding camp, engaging 40 teachers during the summer break. This four-week- lon...