IIIT-Allahabad | Student Corner | Student Projects

Student Projects

Student Projects currently running under the HCI Dept. include development of algorithms for detecting forgeries in image, audio and video which comes under Multimedia Forensics by a team that includes students from B.Tech, M.Tech and research scholars. A similar project aimed at searching similar audio and trademarks is being worked upon.

Other undergoing projects include those that work on EEG based classifications, Optical character recognition, Human Activity Detections, Android based Text extraction from video, Applications for physically challenged persons, Virtual keyboards, Hand activity and hand signature analysis.

The current researches of the Robotics Dept. are focused on:

>> Developing a strong FRAMEWORK for Gesture based communications with Humanoid Robots

>> Creating Technologies for Mining Temporal Patterns for Humanoid robots

>> Analyzing  human behaviors in the social networking environment

>> Creating new methodologies for secured agent based communications  

>> Assistive robotics

Accomplished researches include Gesture Based Communication for Humanoid Robots and Knowledge Discovery of Patterns in Temporal Databases for Humanoid Robots.

Projects done by the students under the Microelectronics domain include:

Design of Low noise amplifiers, Design of integrators for sigma delta ADC, Design of CMOS differential amplifier, Buffered and Non-buffered OP-Amps, Design and Layout of transmission gates switches, CMOS Process simulation and BJT Process simulation using Silvaco TCAD.

Design and Implementation of CORDIC algorithm, High speed adders and Multipliers, Digital PLL, controller architecture for temperature recording and the design and implementation of 64 point fixed and floating point FFT are some of the projects undertaken by the students.

Microelectronics is being extensively applied in areas such as wildlife conservation in tiger protection, making coal mines safer, monitoring the quality of water and air over extended areas, technological support to orthopedically challenged persons and associated research.



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