Prasanta Kumar Guha

Publication Activity (10 Years)

Years Active: 2017-2024
Publications (10 Years): 10

Top Topics

Portable Devices

High Sensitivity

Fiber Bragg Grating

Top Venues

IEEE Internet Things J.

Publications

Snehanjan Acharyya, Abhishek Ghosh, Sudip Nag, Subhasish Basu Majumder, Prasanta Kumar Guha
Smart and Selective Gas Sensor System Empowered With Machine Learning Over IoT Platform. IEEE Internet Things J. 11 (3) (2024)
Bidesh Mahata, Snehanjan Acharyya, Abhijit Eshore, Pallab Banerji, Prasanta Kumar Guha
High Performance Isopropanol Sensor Employing Hierarchical WO3 Microflowers. SENSORS (2023)
Abhijit Narayan Eshore, Bidesh Mahata, Dipak Kumar Goswami, Prasanta Kumar Guha
Cube-Shaped Inorganic Perovskite Bismuth Ferrite Nanostructures as Highly Efficient Hydrogen Gas Sensors. SENSORS (2023)
Snehanjan Acharyya, Sudip Nag, Prasanta Kumar Guha
Discrimination of VOCs along with concentration change detection applying a combination of DWT and Machine Learning tools. IEEE SENSORS (2021)
Rahul Mukherjee, Joydeep Basu, Prasanta Kumar Guha
High Sensitivity and Power Efficient Heater Structure for Bulk Micromachined Thermal Accelerometer. VDAT (2021)
Bibhas Manna, Snehanjan Acharyya, Indrajit Chakrabarti, Prasanta Kumar Guha
Exploring Formaldehyde Sensing Capability of Noble Metal Decorated Reduced Graphene Oxide through First Principle Approach. IEEE SENSORS (2019)
Snehanjan Acharyya, Bibhas Manna, Sudip Nag, Prasanta Kumar Guha
WO3 Nanoplates based Chemiresistive Sensor Device for Selective Detection of 2-Propanol. IEEE SENSORS (2019)
Sayan Dey, Sumita Santra, Samit Kumar Ray, Prasanta Kumar Guha
Temperature Tunable Selectivity of NiO/FexNi(1-x)O Heterojunction Device Based VOC Sensor. IEEE SENSORS (2018)
Snehanjan Acharyya, Sayan Dey, Sudip Nag, Prasanta Kumar Guha
ZnO Cladded MnO2 Based Resistive Sensor Device for Formaldehyde Sensing. IEEE SENSORS (2018)
Sayan Dey, Sumita Santra, Sabyasachi Sen, Debasree Burman, Samit K. Ray, Prasanta Kumar Guha
Photon assisted ultra-selective Formaldehyde sensing by defect induced NiO nanostructured sensing layer. IEEE SENSORS (2017)