REAL TIME PARAMETER ESTIMATION

Real time parameter estimation

Developed algorithms for real time parameter estimation of aircraft. The potential application of these algorithms are: Near real time stability margin estimation, Estimating Aero database updates for aircrafts. The techniques have been tested on LCA flight test data.

EKF BASED ALGORITHMS FOR ATTITUDE AND HEADING ESTIMATION OF UAV

EKF BASED ALGORITHM FOR STORE SEPARATION TRAJECTORY ESTIMATION OF LCA

EKF BASED ALGORITHMS FOR INS/GPS FUSION FOR UAVS

EMPIRICAL ESTIMATION OF AERO-DATA AND PERFORMANCE PARAMETERS

HUD SYMBOLOGY DEVELOPMENT FOR REGIONAL TRANSPORT AIRCRAFT

OPTIMIZATION ALGORITHMS FOR MEMS IMU CALIBRATION

REAL TIME SENSOR FUSION ARCHITECTURE FOR UNMANNED AERIAL VEHICLES

GEO-FENCING AND TAGGING

IMAGE REGISTRATION AND FUSION

SENSE AND AVOID TECHNIQUES FOR UAS

PHYSIOLOGICAL SIGNAL PROCESSING FOR PILOT WORKLOAD ASSESSMENT

BEARING HEALTH CONDITION MONITORING

MULTI-SENSOR DATA FUSION TECHNIQUES FOR ENGINE HEALTH MONITORING

ELECTRO-MECHANICAL ACTUATOR HEALTH MONITORING

ENHANCED AND SYNTHETIC VISION SYSTEM

MULTI-SENSOR DATA FUSION AND FILTERING TECHNIQUES

PURSUIT BASED GUIDANCE CONTROL, L-PSI CONTROL, LQR FORMATION CONTROL AND L1 ADAPTIVE CONTROL FOR THE CONTROL OF MULTI AGENT SYSTEM

L1 ADAPTIVE CONTROL WITH APPLICATIONS TO AEROSPACE VEHICLES

SLIDING MODE CONTROL TECHNIQUES FOR MICRO AERIAL VEHICLES

MODEL BASED DESIGN APPROACH: MAV AUTOPILOT FUNCTIONALITY DESIGN

PARAMETER ESTIMATION TECHNIQUES IN TIME DOMAIN AND FREQUENCY DOMAIN

STATISTICAL TOOLS AND TECHNIQUES FOR PILOT WORKLOAD ASSESSMENT

USER INTERFACE DESIGN USING VISUAL C++ PROGRAMMING

FLUSH AIRDATA SYSTEM (FADS) ALGORITHMS:

MODELING OF AIRFIELD AND AIRSPACE SCENARIO PERTAINING TO AN AIRPORT, SIMULATION OF AIRPORT WITH REALISTIC FLIGHT SCHEDULES

SIMILARITY BASED STABILITY AND CONTROL CLEARANCE FOR STORES INTEGRATED ON TO FRONTLINE FIGHTER AIRCRAFT OF INDIAN AIR FORCE

NOVEL SCHEME FOR BASELINE FLIGHT CONTROLLER DESIGN

MODELING AND SIMULATION

Last updated on : 27-09-2020 10:05:19pm