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Indian Institute of Technology Indian Institute of Technology () COORDINATORS (Banaras Hindu University) -221005, UP, Dr. Prasenjit Chanak Varanasi-221005, UP, India Assistant Professor REGISTRATION FORM Department of Computer Science and Engineering Indian Institute of Technology (BHU), Varanasi-05, UP Online Short Term Course on

IoT and Its Applications Dr. Ajinkya N. Tanksale Assistant Professor th st (25 -31 December 2020) Department of Mechanical Engineering Indian Institute of Technology (BHU), Varanasi-05, UP Name ______

Designation ______FOUNDER OF THE BANARAS HINDU AICTE Sponsored Online QIP Short UNIVERSITY Term Course Institute ______On

Gender: Male / Female IoT and Its Applications

Postal Address ______DURATION th st ______25 -31 December 2020

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Email ID______

Telephone / Mobile No.______

Undertaking: Pandit Madan Mohan Malaviya ji I shall abide by rules and regulations and shall JOINTLY ORGANIZED BY attend course. Failing which certificate may not be issued. Department of Computer Science and Engineering ADDRESS FOR CORRESPONDANCE And Signature of Applicant Dr. Prasenjit Chanak Department of Mechanical (Coordinator) Engineering Department of Computer Science and Engineering

Indian Institute of Technology (BHU) ______Varanasi-221005, UP, India Indian Institute of Technology Signature of Candidate Email: [email protected] (Banaras Hindu University) (With date) Varanasi-221005, UP, India

INTRODUCTION: EXPERTS: ABOUT THE COMPUTER SCIENCE AND Recently, the Internet of Things or IoT has Subject experts will be drawn from premier institutions like IITs, ENGINEERING DEPARTMENT: attracted much interest with a wide spectrum of NITs, IISc and from the industry. The Department of Computer Engineering was applications such as smart healthcare, home established in July 1983. The department offers a automation, transportation, and smart city. In PROGRAM DURATION: 4 year course, B.Tech. in Computer Sc. & these applications, billions of physical devices 6 Days (25th -31st December 2020) Engineering, 5 year Integrated Dual Degree around the world are connected to the internet for (B.Tech. and M.Tech.) in Computer Sc. & collecting and sharing data. The IoT is making WHO CAN PARTICIPATE? Engineering from 2005-2006, and Ph.D. degree in the fabric of the world around us smarter and This program can be attended by all UG/ PG/PhD students, various specializations of Computer Sc. and more responsive. It migrates the physical faculties and researchers from any branch of Engineering/ Science Engineering. The faculty members of the universe into the digital world. The connection of who are interested to work in the field of Internet of Things (IoT). department have international experience and IoT ‘things’ and usage of IoT data enables training. The departmental research is focused in various improvements and innovations in the REGISTRATION: the areas of Artificial Intelligence, Neuro lives of consumers, in business, healthcare, Intending participants are requested to register their names by filling Computing, Parallel Processing, Software mobility, cities, and society. Therefore, this the attached registration form or by filling the online registration Engineering, Image Processing and Computer program provides an overview of the key form. Scanned copy of the filled application is to be mailed at Vision, Medical Image Processing, Pattern concepts and principles in areas of IoT. Topics [email protected]. Recognition, Datamining and Webmining, include IoT system architecture, IoT enabling Biometrics, semantic web, Natural Language technologies, IoT communication and Registration link: https://forms.gle/mGUmYbSLc5VSjXzZ9 Processing (NLP), Machine Learning, and networking protocols such as network coding, Information Extraction. Besides plan funding, the st and IoT services and applications. Last Date of Registration: 21 December 2020 Department attracts financial inputs through externally funded projects and alumni donations. COURSE CONTENTS: Registration Fees:  Introduction of Internet of Things (IoT) There is no registration fee for this short term course ABOUT THE MECHANICAL  IoT communication and networking protocols ENGINEERING DEPARTMENT: ABOUT THE INSTITUTE:  IoT-enabled wireless sensor networks The Department of Mechanical Engineering came The Indian Institute of Technology (Banaras Hindu University) into existence in 1919 under the leadership of  Security in IoT owes its existence to Mahamana Pandit Madan Mohan Malviya,  IoT services, applications, and test-beds Professor Charles A. King, the first Head of the -the founder of the first residential university of Department and Principal of the erstwhile  Intelligent Sensing modern India, the Banaras Hindu University. The three of the Banaras Engineering College. Over the last ninety  IoT application design erstwhile engineering colleges of BHU, namely BENCO, nine years, the department has grown four folds  Introduction of data analytics for IoT MINMET and TECHNO, were merged to form the Institute of to become the largest department in IIT  Data Mining for IoT-based applications Technology (IT-BHU) in 1968 to provide an integrated (BHU),. Varanasi. The post-graduate and doctoral educational base. The IT-BHU has been admitting students  Industrial Internet of Things/Industry 4.0 program in the department is well-established and through the JEE conducted by the IIT's since 1972, and has been infrastructural facilities exist for studies and  Application of IoT in consistently ranked amongst the top few engineering institutions of  Smart village research for a range of specializations such as the country. IT-BHU became IIT (BHU) in June 29, 2012 by an Machine Design, Thermal and Fluid Engineering,  Agriculture Act of Parliament. The Institute has maintained high academic Production Engineering and Industrial  Healthcare standard since its inception. It has turned out luminary engineers Management.  Smart home and administrators who served the nation with great distinction.  Industrial process safety management  Livestock Management  Logistics & Supply Chain Management  Future Internet design for IoT