Gary Slater

Gary Slater is a prominent aerospace engineering researcher with an extensive publication record spanning several decades, demonstrating significant contributions to air traffic management systems, aircraft control, and satellite formation flight. His academic career shows progression from fundamental aircraft control systems in the 1970s-1980s to complex air traffic flow management problems in the 1990s-2000s.

Dr. Slater's primary research areas include:

• Air Traffic Management and Flow Optimization
• Aircraft Control Systems and Flight Dynamics
• Satellite Formation Flight and Spacecraft Control
• Collision Avoidance Systems for aircraft and satellites
• Helicopter Flight Path Optimization
• Dynamic Scheduling Algorithms for congested airspace

Analysis of his publication trends reveals consistent focus on optimizing air traffic systems, with particular emphasis on reducing flight delays, improving airspace capacity, and enhancing safety through advanced control algorithms. His later work (2003-2009) increasingly addresses satellite formation flight and collision avoidance, demonstrating cross-domain application of control theory principles.

Dr. Slater has secured substantial research funding throughout his career, serving as Principal Investigator on numerous NASA grants through the Ohio Space Grant Consortium, as well as industry-funded projects with General Electric Company. His grant portfolio includes significant projects such as 'Collision Avoidance and Safe Mode for Satellite Formations,' 'Approaches to Multi-center Based Air Traffic Management,' and 'Transition to Superdensity Operations-2015 Timeframe,' totaling hundreds of thousands of dollars in research funding.