But the apparently matching ⊢R-statements mean something very different, building in the structural features (such as weakening) that the substructural sequent calculus was designed to avoid.
Two-level lambda-calculus is designed to provide a mathematical model of capturing substitution, also called instantiation.
A novel method of annular segmentation calculus (ASC) is designed to analyze the detecting light spot of QD.
With prerequisites in Calculus and Introductory Biology, the course is designed to prepare students for interdisciplinary work and provide them with a thorough understanding of scientific principles.
It is designed to be isomorphic to Curien and Herbelinʼs ¯λμ˜μ-calculus, both at the level of proofs and reduction, and the isomorphism is based on the correct correspondence between cut (resp. left-introduction) in sequent calculus, and substitution (resp. elimination) in natural deduction.
X has been designed to give a Curry-Howard-de Bruijn correspondence to the sequent calculus for classical logic.
We prove properties of a process calculus that is designed for analysing security protocols.
The Dependency Core Calculus (DCC) is an extension of the computational lambda calculus that was designed in order to capture the notion of dependency that arises in information-flow control, partial evaluation, and other programming-language settings.
The logic is designed around a process calculus with actions for possible protocol steps including generating new random numbers, sending and receiving messages, and performing decryption and digital signature verification actions.
These tools were designed for the Calculus I course at the Facultad Regional San Nicolás, Universidad Tecnológica Nacional, Argentina.
Each sextant was designed as either healthy (Score 0), bleeding but no dental calculus detected (Score 1), calculus detected but no pockets (Score 2), a probing depth of more than 4 mm (Score 3) or a probing depth of more than 6 mm (Score 4), according to the highest score recorded at the index teeth.
