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Prof.Ushaa Eswaran
APID: 4990
capInstitute, Department or Faculty Head at Indira institute of technology & sciences,markapur CHENNAI, TAMILNADU
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My Biography

Dr. Ushaa Eswaran, a distinguished author, More researcher, and educator, has dedicated over 33 years to academia. As a Principal and Professor in Andhra Pradesh, India, she imparts cutting-edge technical expertise alongside a focus on nurturing universal human values.
With an Electronics Engineering foundation, Dr. Eswaran delved into biosensors, pioneering nanosensor models, earning her a well-deserved Doctorate. Her acclaimed book, “The Internet of Things – The Future of Connected Devices,” offers profound insights into IoT’s evolution. She’s contributing to publications on computer vision and IoT technologies, showcasing her interdisciplinary perspective.
Dr. Eswaran’s commitment extends to nurturing ethical and knowledgeable minds. Her book provides a roadmap through IoT complexities and its societal impacts. Her ORCID identifier, 0000-0002-5116-3403, signifies over a hundred published papers, blending academic insights with holistic student growth.
As the author of “Secure Connections: Safeguarding the Internet of Things (IoT) with Cybersecurity,” Dr. Eswaran is a beacon in IoT. Her work ensures IoT resilience against cyber threats, reflecting her dedication to technological advancement and ethical development.

Area Of Expertise

Electronics and Communication Engineering: Foundation in ECE, serving as the backbone for your expertise. Biosensors for Disease Detection: Your Ph.D. area focused on biosensors, particularly in disease detection. IoT (Internet of Things): Expertise in IoT, demonstrated by your book on this subject and numerous papers. Cloud Computing: Contributing scholarly work related to cloud computing. Cybersecurity: Notable contributions to the field, specifically in the context of IoT and cybersecurity, highlighted by your book. Data Science: Expertise and publications related to data science, indicating proficiency in this field. AR (Augmented Reality) and VR (Virtual Reality) Technologies: Research and publications in AR and VR technologies, showcasing your understanding and contributions to these domains.

Area of Intrest

Electronics and Communication Engineering: Foundation in ECE, serving as the backbone for your expertise. Biosensors for Disease Detection: Your Ph.D. area focused on biosensors, particularly in disease detection. IoT (Internet of Things): Expertise in IoT, demonstrated by your book on this subject and numerous papers. Cloud Computing: Contributing scholarly work related to cloud computing. Cybersecurity: Notable contributions to the field, specifically in the context of IoT and cybersecurity, highlighted by your book. Data Science: Expertise and publications related to data science, indicating proficiency in this field. AR (Augmented Reality) and VR (Virtual Reality) Technologies: Research and publications in AR and VR technologies, showcasing your understanding and contributions to these domains.

Honors and Awards


Rex Karmaveer Jyoti Puraskar Awards , RKGF 2023-24! by ICONGO AND UNITED NATIONS on 26/11/2023
Prestigious recognition as a recipient of the Rex Karmaveer Jyoti Puraskar Awards for RKGF 2023-24

Outstanding academic contributions in the field of Science & Technology by National Foundation for Entrepreneurship Development on 23/12/2022
Recognition for exceptional academic contributions in Science & Technology

Career Timeline

Academic Identity

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USHAA ESWARAN

Dear Peers,
I am delighted to share my recent contributions, aiming to revolutionize various domains Read More leveraging cutting-edge technologies. My work spans across crucial areas such as precision medicine, artificial intelligence, quantum computing, and medical image analysis. Specifically:
“Applying machine learning for medical image processing” and “AI-aided computer vision in the healthcare system” explore the intersection of AI and medical imaging, aiming for enhanced diagnostics and patient care.
Investigating the synergy between quantum computing and artificial intelligence in “The role of quantum computing in the era of artificial intelligence”, facilitating advancements in computational paradigms.
Exploring the potential of augmented reality (AR), virtual reality (VR), and AI in “Augmented reality (AR) and virtual reality (VR) technologies in surgical operating systems”, promising groundbreaking transformations in surgical procedures.
My recent publications on predictive modeling for cancer classification, advanced microcantilever-based biosensors, and integrating IoT, ML, and cloud computing for sustainable agriculture showcase the diverse applications of technology in healthcare, biosensing, and agriculture.
These endeavors aim to push the boundaries of technology, fostering innovation and advancements for a brighter future.
Best Regards,
Prof.Dr.Ushaa Eswaran
Editor-in-Chief, Journal of Image Processing & Pattern Recognition Progress

#Apid #Academic #researchers #scholars #academicians #students

USHAA ESWARAN

Dear Peers,
I am delighted to share my recent contributions, aiming to revolutionize various domains Read More leveraging cutting-edge technologies. My work spans across crucial areas such as precision medicine, artificial intelligence, quantum computing, and medical image analysis. Specifically:
“Applying machine learning for medical image processing” and “AI-aided computer vision in the healthcare system” explore the intersection of AI and medical imaging, aiming for enhanced diagnostics and patient care.
Investigating the synergy between quantum computing and artificial intelligence in “The role of quantum computing in the era of artificial intelligence”, facilitating advancements in computational paradigms.
Exploring the potential of augmented reality (AR), virtual reality (VR), and AI in “Augmented reality (AR) and virtual reality (VR) technologies in surgical operating systems”, promising groundbreaking transformations in surgical procedures.
My recent publications on predictive modeling for cancer classification, advanced microcantilever-based biosensors, and integrating IoT, ML, and cloud computing for sustainable agriculture showcase the diverse applications of technology in healthcare, biosensing, and agriculture.
These endeavors aim to push the boundaries of technology, fostering innovation and advancements for a brighter future.
Best Regards,
Prof.Dr.Ushaa Eswaran
Editor-in-Chief, Journal of Image Processing & Pattern Recognition Progress

#Apid #Academic #researchers #scholars #academicians #students

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