Has a list of publications in Complexity and Networks, available on his personal website.
Research Experience
Mainly focused on computational complexity, particularly the bounded space complexity of various graph problems, especially when restricted to planar graphs and related graph classes such as bounded tree width, bounded genus, H-minor free, etc. The problems range from very simple like reachability to NP-hard problems like Steiner Tree, including intermediate ones like restricted versions of the circuit value problem, embedding on surfaces, matching problems, and graph isomorphism. Also worked in circuit complexity, mainly providing alternative characterizations and proving properties of arithmetic circuits. Other sporadic ventures include complexity aspects of game theory, proof theory, and numerical analysis.
Background
Professor with a broad area of interest in Theoretical Computer Science, specializing in Computational Complexity Theory. Has dabbled in Computer Networks.
Miscellany
Personal interests include photography and other unspecified hobbies.