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In this paper certain proof-theoretic techniques of [BCST] are applied to non-symmetric linearly distributive categories, corresponding to non-commutative negation-free multiplicative linear logic (mLL). First, the correctness criterion for the two-sided proof nets developed in [BCST] is adjusted to work in the non-commutative setting. Second, these proof nets are used to represent morphisms in a (non-symmetric) linearly distributive category; a notion of proof-net equivalence is developed which permits a considerable sharpening of the previous coherence results concerning these categories, including a decision procedure for the equality of maps when there is a certain restriction on the units. In particular a decision procedure is obtained for the equivalence of proofs in non-commutative negation-free mLL without non-logical axioms.
@article{TAC_1999_6_a8, author = {Robert R. Schneck}, title = {Natural deduction and coherence for non-symmetric linearly distributive categories}, journal = {Theory and applications of categories}, pages = {105--146}, publisher = {mathdoc}, volume = {6}, year = {1999}, language = {en}, url = {http://geodesic.mathdoc.fr/item/TAC_1999_6_a8/} }
Robert R. Schneck. Natural deduction and coherence for non-symmetric linearly distributive categories. Theory and applications of categories, The Lambek Festschrift, Tome 6 (1999), pp. 105-146. http://geodesic.mathdoc.fr/item/TAC_1999_6_a8/