1st Edition
IoT Applications in Textile and Apparel Industry
1. Internet of Things – History, Potential Scope, Architecture and Applications
L.Ashok Kumar
2. IoT Architectures for Textile Industry Environment
M.G.Sumithra, S.Satheesh Kumar, R.Sowmya, M.D.Saranya, G.Pradeepkumar
3. IoT for Air Compressor Management System in Textile Industries
A.Antony Deepak, M.G.Sumithra, M.Akila, G.Dhivyasri, M.Manikandan
4. Futuristic Technology in Textile industry - Internet of Things
Gopalakrishnan D, Dr.S.Yamunadevi, Dr.P.Kandhavadivu
5. IoT and Healthcare through Textiles – A Review
S.Sudha, V.Yamuna
6. Development of Smart Wear Yoga Pant
V. Parthasarathi
7. Development of Smart Shoes and Accessories for Visually Challenged Personnel
M.Parthiban, P.Kandhavadivu
8. An Overview on Versatile Applications of Iot In Development of Electroactive Garments
M.R.Srikrishnan
9. Role of IoT in Garment and Fashion Industry
D.Raja, K.C.Rajeswari, S.M.UdayaKrithika
10. Role of Internet of Things in Garment and Apparel Sectors
P. Senthilkumar, M. Sathyan
11. IoT Applications in Apparel and Fashion Business
M. Rameshkumar, S.Priyalatha, S.Paramasivam
12. IoT in Garmenting
R.Sukanya Devi, Vaishnavi Muralidharan, S.Sundaresan
Biography
Dr. L. Ashok Kumar is Professor in the Department of Electrical and Electronics Engineering at PSG College of Technology, Coimbatore, India. His research expertise encompasses Internet of Things applications, industrial automation systems, and smart manufacturing technologies. He has extensive experience in developing IoT architectures for industrial environments and connected device implementations. His work focuses on integrating electrical engineering principles with emerging digital technologies for industrial transformation.
Dr. M. Parthiban serves as Assistant Professor (SG) in the Department of Fashion Technology at PSG College of Technology, Coimbatore, India. His research specializes in smart textile technologies, wearable device development, and IoT applications in fashion and apparel industries. He has contributed significantly to the development of healthcare textiles, electroactive garments, and assistive technologies for textile applications. His expertise bridges traditional textile engineering with modern digital innovation and connected manufacturing systems.
