Titlebook: Reversible Computation; 16th International C Torben ?gidius Mogensen,?ukasz Mikulski Conference proceedings 2024 The Editor(s) (if applicab

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tion of the foregoing contributions in the literature, what is needed, as a corrective that informs this chapter’s analysis, are the following: a) acknowledge-ment of the role of “macro contextual factors,” and b) integration into our analysis of leadership formation and process the “l(fā)onger influenc

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Exposition

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Blanch

Compositional Reversible Computation low-level bit manipulations, however..Abstracting from the low-level of the Bennett-Fredkin-Toffoli models and pursuing more intrinsic, typed, and algebraic models, naturally leads to rig categories as the canonical model for compositional reversible programming. The categorical model reveals conne

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A Toy Model Provably Featuring an?Arrow of?Time Without Past Hypothesisr expand the graph. Almost all states expand; entropy always increases as a consequence of expansion—thereby providing a local explanation for the arrow of time without the need for a past hypothesis. This discrete setting allows us to deploy the full rigour of theoretical Computer Science proof tec

Dorsal

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Towards Clean Reversible Lossless Compressionlly implemented and tested them in the reversible language Janus..Our reversible LZW has a worst-case runtime of ., just like the most efficient irreversible version. Our reversible BWT is, in the worst case, a factor . slower than the most efficient irreversible version. There are currently no bett

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outskirts

Connecting Reversible and Classical Computing Through Hybrid SSAnism first, while providing facilities to allow for explicit nondeterminism in either direction..This also includes forward-nondeterminism while maintaining the useful properties of symmetry and invertibility.