VEMULAPALLI HARAIKA

EDUCATION

Master of Engineering

RESEARCH, TEACHING, or OTHER INTERESTS

Electrical and Electronic Engineering

Scopus Publications

INVESTIGATION OF CASCADED 2DOF-PID CONTROLLER WITH IMPROVED INVASIVE WEED (IIW) TECHNIQUE




OPTIMAL POWER FLOW PROBLEM SOLUTION USING DIVERSE SOFT COMPUTING TECHNIQUES




EXAMINATION OF VOLTAGE STABILITY BY CONSIDERING CPF ALGORITHM WITH STATCOM UNDER CONTINGENCY




SINGLE INPUT AND MULTIPLE OUTPUT DC-DC CONVERTER FOR ELECTRIC VEHICLE APPLICATIONS




DIVERSIFIED SOFT COMPUTING TECHNIQUES SOLUTION FOR ECONOMIC LOAD DISPATCH PROBLEM




PROTOTYPE FOR AUTOMATIC FIRE DETECTION AND EXTINGUISHING ROBO
Harika Vemulapalli, Madhavi Gudavalli, and Mohammed Azaharahmed
The Electrochemical Society
Fire mishaps are common nowadays, and at times it has become very challenging for firefighters to save personage entities. It became hard for a human being too constant supervision during accidental fire situations. Consequently, in such cases, a firefighting robot is handpicked. Particular robots are most fruitful in industries where the odds of unintentional fires are severe. Moreover, the initiated vehicle can recognize the existence of fire and extinguish it involuntarily by pumping out water. Temperature sensors and smoke sensors are used for the detection of fire. It contains a motor-driver module that controls the gesture of the robot. A relay circuit is handed down to direct the pump, and it automatically sprinkles water when the fire is noticed. The proposed robot also has an LCD that displays the temperature, smoke, and fire rate.


Voltage stability analysis using continuation power flow under contingency