Modeling, Simulation & Control
Before focusing on AI, I worked for more than a decade on high-fidelity modelling, simulation and control at TÜBİTAK: submarine and surface-platform dynamics, computer generated forces and tactical AI for anti-submarine warfare training, sonobuoy design, and decision support for torpedo threats, which received the Ship Survivability Solution Award in 2010. Earlier academic work covered fuzzy and nonlinear control of robot manipulators.
Publications
(2013). Anti-Submarine Warfare Modeling and Simulation. DHSS 2013, 77-84.
Site
(2013). Case-Space Model Approach in Decision Support Systems. USMOS 2013.
(2013). Modeling and Simulation of Anti-Submarine Warfare. USMOS 2013.
(2010). Decision Support System for Torpedo Threats (DeSuS). SSC 2010. Ship Survivability Solution Award 2010
(2009). High Fidelity Modeling and Simulation of Submarine in a Commercial Computer Generated Forces Toolkit. SCSC 2009, 299-306.
(2009). Modeling and Simulation of a Submarine in a Commercial Computer Generated Forces Toolkit. USMOS 2009.
(2009). Modeling, simulation and fuzzy control of an anthropomorphic robot arm by using Dymola. Journal of Intelligent Manufacturing, 20(2), 177-186.
DOI
(2008). Implementation of Fuzzy Control for Surface Platforms in a Computer Generated Forces Toolkit. CIMCA 2008, 832-837.
(2007). Modeling and VR-Forces Back-End Integrated Simulation of Surface Ships. USMOS 2007.
(2006). Yüzer Göndermecin Durum Denetimi İçin Modellenmesi. M.Sc. Thesis, Mechatronics Engineering, Istanbul Technical University.
(2003). Analysis of a Planar Two-Link Robot on a Square Trajectory. MBGAK 2003.
(2003). Fuzzy Control of a One DOF Robot Arm. MBGAK 2003.