Papers
4
Total Citations
193
H-Index
4
About
Babak Hamidzadeh is a leading researcher in real-time scheduling and automation, best known for his pioneering work on optimizing cluster tools in semiconductor manufacturing. His primary research areas include real-time systems, scheduling algorithms, and robotic automation, with a particular focus on addressing complex timing constraints in manufacturing environments. Hamidzadeh's most significant contribution is the development of an optimal periodic scheduler for dual-arm robots in cluster tools that accounts for residency constraints—critical timing limits on how long a processed wafer can remain in a module. His seminal 2001 paper on this topic has garnered 161 citations, establishing it as a foundational reference in the field. He further advanced this work by incorporating buffer modules into residency-aware scheduling, as detailed in his 2004 study. Beyond manufacturing, Hamidzadeh has explored deadline compliance and predictability in real-time problem solving, addressing challenges in process control and robot navigation. His research bridges theoretical scheduling optimization with practical industrial applications, making his work essential for engineers and researchers developing efficient, constraint-aware automation systems.
Research Focus
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