Conjugate gradient methods with an application to V/STOL flight-path optimization.
Conjugate gradient methods for optimization problems with terminal constraints, noting minimum time paths for V/STOL aircraft climb phase
Engineering topics
Publications and source records attributed to Mehra, R. K..
Conjugate gradient methods for optimization problems with terminal constraints, noting minimum time paths for V/STOL aircraft climb phase
Maximum trajectory for glider entering earth atmosphere at supercircular velocity, subject to maximum altitude constraint
Maximum likelihood smoother using measurements containing correlated noise for application to continuous linear dynamic systems such as inertial navigation
Statistical smoothing techniques for inertial navigation system of ships
Orthogonality principle and covariance equations for optimal and suboptimal linear smoothing
Linear maximum likelihood smoothing for case of measurements containing noise with correlation times comparable to response time, noting application to inertial navigation
Conjugate gradient methods application to terminal and in-flight constraints for V/STOL flight path optimization
Optimal smoother derived for linear time-varying systems using measurements containing colored noise by means of calculus of variations
Computation of arcs for optimal flight paths with state variable inequality constraints
Numerical solution of optimal control and programming problems