Abraham Seidmann

About

Abraham Seidmann is a pioneering researcher in the field of manufacturing systems engineering, with a primary focus on flexible manufacturing systems (FMS), robotic assembly, and production control policies. His seminal 1984 paper on performance evaluation of FMS, with 115 citations, established a foundational methodology for selecting and analyzing automated manufacturing systems that integrate numerical control machines with robotic material handling. Seidmann’s work on priority scheduling in FMS (1985, 60 citations) and autonomous assembly robotic stations (1989, 34 citations) advanced the understanding of task repetition, quality control, and stochastic feedback flow in automated environments. He also made significant contributions to Kanban production control policies (1988, 21 citations) and on-line scheduling of robotic cells with sequence-dependent processing times (1987, 18 citations). His research on unitary manufacturing cell design and optimal dynamic routing in FMS with limited buffers (1988, 11 citations) further solidified his reputation as a leader in operational analysis. With over 300 total citations across his most-cited works, Seidmann’s insights have profoundly influenced both academic research and industrial practice in automated manufacturing, making him a key figure for students and researchers studying production systems and robotics.

Research Focus

Key Achievements

Top Papers

1. 1
   Performance evaluation of flexible manufacturing systems

   115 citations · 1984
2. 2
   Analysis of flexible manufacturing systems with priority scheduling: PMVA

   60 citations · 1985
3. 3
   Operational analysis of an autonomous assembly robotic station

   34 citations · 1989
4. 4
   Unitary Manufacturing Cell Design with Random Product Feedback Flow

   24 citations · 1985
5. 5
   Regenerative pull (Kanban) production control policies

   21 citations · 1988
6. 6
   A two-phase analytic approach to robotic system design

   19 citations · 1984
7. 7
   On-line scheduling of a robotic manufacturing cell with stochastic sequence-dependent processing rates

   18 citations · 1987
8. 8
   Optimal dynamic routing in Flexible Manufacturing Systems with limited buffers

   11 citations · 1988
9. 9
   Analysis of recirculation in robotic systems using feedback models

   7 citations · 1987

Key Collaborators

Contact & Links