Shubhashisa Sahoo
Indian Institute of Technology Roorkee, National Institute of Technology Rourkela, Indian Institute of Technology Madras
Research areas: Engineering · Control and Systems Engineering · Control and Dynamics of Mobile Robots · Vehicle Dynamics and Control Systems · Context-Aware Activity Recognition Systems
About
Dr. Shubhashisa Sahoo (Senior Member, IEEE) has more than 20 years of research experience. His research interests include Mobile Robots, Exoskeleton, System Identification, Parameter Estimation, Vehicle dynamics and Control.
Employment
Employment history is unavailable.
Education
- 1999 - 2001
- 1995 - 1999
- ? - 2016
Projects & Funding
Projects & funding information is unavailable.
Publications (24)
- Fault-Tolerant Multisensor Fusion for Autonomous Ground Vehicle Localization Under GNSS and Vision Denial Save
- IMU-Based Activity Recognition and Payload Estimation for Augmentative Exoskeleton Save
- Analysis of Machine Learning-based Human Activity Prediction Model for Assistive Exoskeleton Save
- Simulink-Based Comparative Study and Selection of a Controller for a Waist-Assistive Exoskeleton Save
- A Reinforced Active Learning Sampling for Cybersecurity NER Data Annotation Save
- MANET with Opportunistic Auto-Rate Anthocnet Protocol Save
- A Review of RPL Protocol Using Contiki Operating System Save
- Modeling of a Suction Chamber based Wall Climbing Robot for Angular Stability Save
- A Review of RPL Protocol Using Contiki Operating System Save
- MANET with Opportunistic Auto-Rate Anthocnet Protocol Save
- Modeling of a suction chamber based wall climbing robot for angular stability Save
- Design of robust yaw rate controller using sliding mode control and extended state observer for navigation of an autonomous ground vehicle Save
- Design of a robust yaw rate controller using sliding mode control and extended state observer for navigation of an autonomous ground vehicle Save
- Lateral Dynamics and Control of an Autonomous Ground Vehicle Save
- Evaluation of the transient response and implementation of a heading-angle controller for an autonomous ground vehicle Save
- Real Time Implementation of Improved Outdoor Localization with Low Cost GPS and Odometry Even in GPS Denied Environments Save
- Evaluation of the transient response and implementation of a heading-angle controller for an autonomous ground vehicle Save
- Design and development of a heading angle controller for an unmanned ground vehicle Save
- Design and development of a heading angle controller for an unmanned ground vehicle Save
- Sensitivity Analysis of Vehicle Parameters for Heading Angle Control of an Unmanned Ground Vehicle Save