P R, CMI FMP. Line to line voltage based sensorless control of bldc motor for high speed applications. In: IEEE International Conference on Innovations in Communication, Computing and Instrumentation 2019 . ; 2019. 5-line_to_line_voltage_based_sensorless_control_of_brushless_dc_motor_for_high_speed_application.doc

Paul M, JOSH DRFT. Switched Reluctance Motor, the Future of Modern Electric Vehicle – A Technical Review. International Conference on Recent Trends in Computing, Communication and Networking Technologies . 2019. switched_reluctance_motor_the_future_of_modern_electric_vehicle_-_a_technical_review-paper_id-133.docx

K S, Paul FM, Mathew A. Four Quadrant Operation of BLDC motor suitable for DC Micro grid for Elevator Application. In: 2018 International Conference on Power, Signals, Control and Computation (EPSCICON). ; 2018. 4-four_quadrant_operation_of_bldc_motor_suitable_for_dc_micro_grid_for_elevator_application.pdf

DhanyaClaraJoseph, Paul FM. Torque Ripple Minimization of a Switched Reluctance Motor using Direct Instantaneous Torque Control. INTERNATIONAL JOURNAL FOR RESEARCH & DEVELOPMENT IN TECHNOLOGY. 2017;7(5):114-119. 3-torque_ripple_minimization_of_a_switched_reluctance_motor_using_direct_instantaneous_torque_control.pdf

Murali A, CMI FMG. Simulation of an Improved Non Isolated Fuzzy Based DC-DC Boost Converter for High Voltage Applications. International Journal of Engineering Research And Management (IJERM). 2016;03(07):210-213. simulation_of_an_improved_non_isolated_fuzzy_based_dc-dc_boost_converter_for_high_voltage_applications.pdf

Paul M, Fernandez FM. Efficient Speed Control of Switched Reluctance Motor. National Conference on Technological Trends. 2011;12. efficient_speed_control_of_switched_reluctance_motor.pdf