In a major&nbsp;breakthrough, the Indian Institute of Technology (IIT) Indore has developed innovative footwear for the Indian armed forces called Tribo-Electric Nanogenerator (TENG) which can not only generate electricity with every step but also provide real-time location tracking.

IIT Indore delivered ten pairs of TENG shoes to the Defence Research and Development Organisation (DRDO) on Tuesday (Aug 6). The high-tech shoes are equipped with sophisticated tracking technology, including RFID and a satellite-based GPS module for live location tracking.

Professor Suhas Joshi, the director of IIT Indore, has said that these shoes are expected to significantly enhance the safety, coordination, and operational efficiency of Indian Army personnel.

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The shoes were developed under the guidance of Professor IA Palani, harnessing the Tribo-Electric Nanogenerator (TENG) technology. The TENG technology converts the mechanical energy generated from shoes by walking into electricity, which is then stored in a device embedded in the shoe’s soles.

The stored energy in shoes’ soles can power small electronic devices, providing a portable and renewable energy source for soldiers in the field.&nbsp;

The shoes are also equipped with GPS and Radio Frequency Identification (RFID) technology, which will allow real-time tracking of military personnel, which can enhance strategic coordination and ensure the safety of soldiers during operations.

<h2>Broad application of high-tech shoes</h2>

There are several broad potential applications of these TENG-powered shoes that extend beyond military use. Like for families with elderly members, especially those with Alzheimer's disease, the shoes offer peace of mind through reliable location tracking. Working parents can monitor their children's whereabouts throughout the school day, and schools can use RFID technology to maintain accurate attendance records. In industrial settings, the shoes are useful for attendance tracking and worker monitoring.

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Athletes can also use these shoes to analyse foot movements, which can help improve performance and training techniques. For trekkers and mountaineers, these shoes can provide reliable tracking during expeditions with their self-powered GPS feature, ensuring safety and efficient navigation.&nbsp;

The development of such advanced footwear is a significant step forward for the Indian armed forces, placing them on par with other technologically advanced military forces around the world. Similar initiatives have been undertaken by countries like the United States and China, where research and development in wearable technology for military applications have been ongoing.

(With inputs from agencies)

In a major breakthrough, the Indian Institute of Technology (IIT) Indore has developed innovative footwear for the Indian armed forces called Tribo-Electric Nanogenerator (TENG) which can not only generate electricity with every step but also provide real-time location tracking.

In a major breakthrough, the Indian Institute of Technology (IIT) Indore has developed innovative footwear for the Indian armed forces called Tribo-Electric Nanogenerator (TENG) which can not only generate electricity with every step but also provide real-time location tracking. IIT Indore delivered ten pairs of TENG shoes to the Defence Research and Development Organisation (DRDO) on Tuesday (Aug 6). The high-tech shoes are equipped with sophisticated tracking technology, including RFID and a satellite-based GPS module for live location tracking. Professor Suhas Joshi, the director of IIT Indore, has said that these shoes are expected to significantly enhance the safety, coordination, and operational efficiency of Indian Army personnel. Also Read | 100 years for a green card? Indian engineer warns students, ‘Don’t come to US' The shoes were developed under the guidance of Professor IA Palani, harnessing the Tribo-Electric Nanogenerator (TENG) technology. The TENG technology converts the mechanical energy generated from shoes by walking into electricity, which is then stored in a device embedded in the shoe’s soles. The stored energy in shoes’ soles can power small electronic devices, providing a portable and renewable energy source for soldiers in the field. The shoes are also equipped with GPS and Radio Frequency Identification (RFID) technology, which will allow real-time tracking of military personnel, which can enhance strategic coordination and ensure the safety of soldiers during operations. Broad application of high-tech shoes There are several broad potential applications of these TENG-powered shoes that extend beyond military use. Like for families with elderly members, especially those with Alzheimer's disease, the shoes offer peace of mind through reliable location tracking. Working parents can monitor their children's whereabouts throughout the school day, and schools can use RFID technology to maintain accurate attendance records. In industrial settings, the shoes are useful for attendance tracking and worker monitoring. Also Read | Crisis in Bangladesh, Sri Lanka, Pakistan: What's going on with India's neighbours? Athletes can also use these shoes to analyse foot movements, which can help improve performance and training techniques. For trekkers and mountaineers, these shoes can provide reliable tracking during expeditions with their self-powered GPS feature, ensuring safety and efficient navigation. The development of such advanced footwear is a significant step forward for the Indian armed forces, placing them on par with other technologically advanced military forces around the world. Similar initiatives have been undertaken by countries like the United States and China, where research and development in wearable technology for military applications have been ongoing. (With inputs from agencies)

IIT Indore designs high-tech shoes for Indian armed forces that generate electricity with each step

A recent study by the Indian Institute of Technology (IIT), Indore, has suggested that early diagnosis of Alzheimer's Disease (AD) is possible with advanced artificial intelligence (AI) techniques.

A recent study by the Indian Institute of Technology (IIT), Indore, has suggested that early diagnosis of Alzheimer's Disease (AD) is possible with advanced artificial intelligence (AI) techniques. The study, published in the Nature Mental Health journal, leverages advanced AI techniques to unlock new potentials in Alzheimer’s research, marking a significant advancement in understanding and diagnosing this challenging condition. The study was led by Professor M Tanveer of IIT Indore. The study not only highlights the transformative role of AI in advancing medical diagnostics but also emphasises the critical role of multidisciplinary expertise and international collaboration in tackling complex healthcare challenges. Alzheimer's is a devastating condition characterised by the progressive deterioration of cognitive abilities in the elderly population, presenting a major global health challenge. A look at ensemble deep learning The study provides an in-depth exploration of recent advancements in ensemble deep learning, delving into sophisticated design features, diversity, and the combination of different types of data, including neuroimaging and genetic information. Also read | Strong link found between Alzheimer's disease and intake of processed food: Study "Lately, ensemble deep learning has become popular for enhancing the performance and reliability of Alzheimer’s disease diagnosis," the study said. "Leveraging neuroimaging data obtained from advanced techniques such as magnetic resonance imaging (MRI) and positron emission tomography (PET), the researchers have meticulously reviewed sophisticated ensemble deep learning models in the manuscript," it added. 'Early diagnosis of Alzheimer's crucial' Professor Tanveer said that an accurate and early diagnosis of Alzheimer's disease is paramount for effective intervention and treatment planning. "Our research not only enhances diagnostic precision but also enriches our understanding of the intricate dynamics underlying AD,” said Tanveer. "Early and accurate diagnosis of Alzheimer’s is crucial. It allows for timely intervention, better management of the condition, and helps in planning appropriate treatments. Moreover, understanding the brain's dynamics through advanced AI techniques can significantly enhance the quality of life for patients and their families," the professor added. (With inputs from agencies)

IIT Indore study reveals early diagnosis of Alzheimer's possible with advanced AI techniques

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IIT Indore designs high-tech shoes for Indian armed forces that generate electricity with each step

IIT Indore study reveals early diagnosis of Alzheimer's possible with advanced AI techniques