Название: Artificial Intelligence in IoT and Cyborgization
Автор: Rajesh Kumar Dhanaraj, Bharat S. Rawal, Sathya Krishnamoorthi
Издательство: Springer
Серия: Studies in Computational Intelligence
Год: 2023
Страниц: 191
Язык: английский
Формат: pdf (true), epub
Размер: 35.0 MB

This book introduces the concept of combining Artificial Intelligence (AI) and Internet of things (IoT) with real human organs to form a cybernetic organism or cyborg. It is a concept of man–machine mixture which helps in restoring or enhancing the ability of a body part by integrating some technology or artificial component with that body part. These smart artificial organs act as a substitute for real organs having various capabilities like scanning the body, detecting and transmitting the diagnostic data to machines. For example, an artificial heart is capable of monitoring the overall health of a person, and lungs can inform the doctor of abnormalities. This book benefits academic researchers and industrialist who work in the field cyborgization and IoT within human bodies.

It is asserted that in today’s world, technology is playing an important role in our lives and has a huge impact on the way we communicate, live, and work. Technologies like Artificial Intelligence (AI), Machine Learning, Deep Learning, Internet of Things (IoT), and many more have acquired a major part of our day-to-day lives and have made it very easy. Artificial Intelligence is making machines intelligent in contrast to the natural intelligence shown by human beings and other animals. Machine learning is the application of artificial intelligence which provides machines the ability to learn through experience instead of programming them explicitly. It helps the machines to act cognitively which can be further used in reading, interpreting, and utilizing heaps of data. Another important technology is the Internet of Things (IoT) which facilitates the networks of devices like actuators, software, electronic appliances, sensors, etc., to communicate with each other. The combination of IoT with AI can be used to teach decision-making to machines. Although these two technologies are in their stage of infancy, they have helped in the creation of a new category called Artificial Sensors.

Artificial Intelligence and IoT are combined with real organs form a cybernetic organism or cyborg. It is a concept of man–machine mixture which helps in restoring or enhancing the ability of a body part by integrating some technology or artificial component with that body part. These smart artificial organs act as a substitute for real organs having various capabilities like scanning the body and detecting and transmitting the diagnostic data to machines. Artificial Reality, sensors, cyborgs, and more can all individually be discovered as unique types of innovation that pair the internet with the human brain. Although, it will make our life very easy and more comfortable but will arise a lot of security issues. The internet as a stand-alone tool itself is striving for security, then how it can be secure when embedded in the human body? This book is an effort to find the answer to the above question in every possible technical manner.

The term “cyborg” refers to an organism that has recovered function or, more specifically, enhanced abilities as a result of the integration of artificial components or technology that depends on feedback, such as prostheses, artificial organs, implants, or, in some cases, wearable technology. Cyborgs are not the same as bionics, bio-robotics, or androids. Companies that produce cybernetic technology take part in a range of initiatives to encourage increased contact between people and computers. Collective intelligence may be supported or enabled by cyborg technologies. Cyborgs are used in various applications such as eye restoration, bodily networks, retinal implantation, vocal cords, artificial pancreas in medical field, military, sports, arts etc.

Features:

• Introduces the application of AI in IoT and cyborgs
• Explores the cybernetic organs and their interfaces
• Explains the remote monitoring of cybernetic organs




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