The standard semantics for classical logic states that each proposition stands for, or denotes, a truth value, either ⊤ or ⊥, according to the usual truth tables for each logical connective. According to this semantics, the categorical judgement P true means that P denotes ⊤, and the hypothetical judgement P1 true, . . . , Pn true ⊢ P true means that P denotes ⊤ whenever each Pi denotes ⊤. The ...

Separation logic supports state-modular program verification in two aspects: local reasoning by means of the ordinary (first-order) frame rule and information hiding by the hypothetical frame rule (a second-order frame rule). In this paper, we show the support of local reasoning and information hiding in SCAP, a program logic for low-level programs with stack-based control abstractions. We show...

This paper presents an efficient method for updating the structural finite element model. Model updating is performed through minimizing the difference of recorded acceleration of real damaged structure and hypothetical damaged structure, by updating physical parameters in each phase using iterative process of Levenberg-Marquardt algorithm. This algorithm is based on sensitivity analysis and pr...

Hypothetical Reference Decoder is a hypothetical decoder model that specifies constraints on the variability of conforming network abstraction layer unit streams or conforming byte streams that an encoding process may produce. High Efficiency Video Coding (HEVC) builds upon and improves the design of the generalized hypothetical reference decoder of H.264/ AVC. This paper describes some of the ...

The traditional theory for binary homogeneous nucleation follows the classical derivation of the nucleation rate in the supposition of a hypothetical constrained-equilibrium distribution in the calculation of the cluster evaporation rate. This model enables calculation of the nucleation rate, but requires evaluation of the cluster distribution and cluster properties for an unstable equilibrium ...

Using the creation relaxation algorithm developed for atomistic modeling of high-dose irradiation limit crystalline systems, we explore limits structural rejuvenation a highly excited model binary glass. This high-energy athermal amorphous structure exhibits direct transition to homogeneous plastic flow and microstructure that is largely insensitive this flow, being characterized by porous syst...