DIVYESH DIVAKAR
@canaraengineering.in
Assistant Professor
Canara Engineering college
EDUCATION
M.Tech in Microelectronics and Control Systems from NMAMIT, Nitte under VTU.
RESEARCH INTERESTS
Aircraft Control, Electric Vehicle
Scopus Publications
Scholar Citations
Scholar h-index
Scopus Publications
Divyesh Divakar, H. M. Bharat, and G. M. Dhanush
Springer Nature Switzerland
Divyesh Divakar and Rajalakshmi Samaga B L
IEEE
The steady-state, standardized representation of the earth's atmosphere from the surface to 1000 km is called the U.S. Standard Atmosphere, 1976. These standard atmospheric parameters play significant role in flight controller design. This study put an effort to model standard atmosphere using MATLAB SIMULINK to obtain temperature, pressure and density at a given altitude. The obtained results will be rigorously compared to the standard value that has been tabulated. Additionally, a Standard Atmosphere Monitoring System is suggested in this work, with the potential to become an improved pilot interface. The presented model can be used for further study in the area of designing and developing adaptive flight controllers.
Floyd James Sequeira, Akshatha A Mallya, Srigowri Hebbar, Anjali Shetty B., and Divyesh Divakar
IEEE
There are many ways of modeling the behavior of systems, and the use of state machines is one of the oldest and best known. The behavior of the system at a given point in time depends upon the current state and the input or events that occur at that time. For each state the system may be in, behavior is defined for each possible input or event. Here we design a FSM serial adder in SIMULINK.