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About

D. Soloway has built a distinguished research career at the intersection of robotics and computational intelligence, with foundational contributions to multi-arm robotic systems and nonlinear system modeling. His most recognized work extends kinematic resolved-rate control to the coordinated manipulation of multiple robot arms working cooperatively on a single object — a technically demanding problem that requires precise management of both inter-arm coordination and environmental force interactions. This research, which has accumulated 78 citations, introduced force feedback architectures that significantly advanced the practical viability of cooperative robotic systems. Complementing this, his earlier investigations into load distribution optimization for multi-arm manipulators examined the trade-offs between joint-space and task-space performance indices, contributing nuanced analytical tools for redundancy resolution. Soloway also explored the application of Volterra series to neural network-based identification of nonlinear systems, bridging classical mathematical modeling with emerging machine learning techniques for control applications. Across his body of work, spanning from the late 1980s into the 2000s, Soloway has consistently addressed fundamental challenges in robotic coordination and system modeling, making his publications valuable references for researchers working in autonomous manipulation, force control, and intelligent systems design.