D. Kraft

Papers

Total Citations

416

H-Index

About

D. Kraft is a leading figure in computational optimal control, with a career dedicated to developing practical software tools for solving complex, real-world optimization problems. His primary research areas include numerical optimal control, trajectory optimization, and the application of these methods to robotics. Kraft’s most significant contribution is the creation of TOMP (Trajectory Optimization by Mathematical Programming), a pioneering Fortran-based software package detailed in his highly cited 1994 paper "Algorithm 733: TOMP–Fortran modules for optimal control calculations," which has garnered over 400 citations. This work provided a crucial, missing link between theoretical optimal control and practical engineering, enabling the solution of state- and control-constrained problems governed by ordinary differential equations. Kraft’s 1995 survey on computational optimal control further cemented his influence, while his 1996 work on optimal robot path planning demonstrated the direct application of his methods to autonomous systems. Through his development of robust, accessible numerical tools, Kraft has empowered researchers and engineers to tackle challenging problems in aerospace, robotics, and process control, leaving a lasting legacy in the field.