Weak ω-groupoids are the higher dimensional generalisation of setoids and are an essential ingredient of the construc- tive semantics of Homotopy Type Theory [10]. Following up on our previous formalisation [3] and Brunerie’s notes [5], we present a new formalisation of the syntax of weak ω- groupoids in Agda using heterogeneous equality. We show how to recover basic constructions on ω-groupoids using sus- pension and replacement. In particular we show that any type forms a groupoid and we outline how to derive higher dimensional composition. We present a possible semantics using globular sets and discuss the issues which arise when using globular types instead
We present a proof of coherence for monoidal groupoids in homotopy type theory. An important role in...
When moving to a Type Theory without proof-irrelevance the notion of a setoid has to be generalized ...
We define a notion of weak ω-category internal to a model of Martin-Löf's type theory, and prove tha...
Weak ω-groupoids are the higher dimensional generalisation of setoids and are an essential ingredien...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
AbstractWe show that terms witnessing a groupoid law from the ω-groupoid structure of types are all ...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
Empirical thesis.Bibliography: pages 120-121.Chapter 1. Introduction -- Chapter 2. Globular theories...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
We present a proof of coherence for monoidal groupoids in homotopy type theory. An important role in...
Homotopy type theory may be seen as an internal language for the ∞-category of weak ∞-groupoids. Mor...
We present a proof of coherence for monoidal groupoids in homotopy type theory. An important role in...
When moving to a Type Theory without proof-irrelevance the notion of a setoid has to be generalized ...
We define a notion of weak ω-category internal to a model of Martin-Löf's type theory, and prove tha...
Weak ω-groupoids are the higher dimensional generalisation of setoids and are an essential ingredien...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
AbstractWe show that terms witnessing a groupoid law from the ω-groupoid structure of types are all ...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
Empirical thesis.Bibliography: pages 120-121.Chapter 1. Introduction -- Chapter 2. Globular theories...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
International audienceWe introduce a dependent type theory whose models are weak ω-categories, gener...
We present a proof of coherence for monoidal groupoids in homotopy type theory. An important role in...
Homotopy type theory may be seen as an internal language for the ∞-category of weak ∞-groupoids. Mor...
We present a proof of coherence for monoidal groupoids in homotopy type theory. An important role in...
When moving to a Type Theory without proof-irrelevance the notion of a setoid has to be generalized ...
We define a notion of weak ω-category internal to a model of Martin-Löf's type theory, and prove tha...