Second‐order, loosely coupled methods for fluid‐poroelastic material interaction

A loosely-coupled scheme for the interaction between a fluid, elastic structure and poroelastic material

The interaction between a fluid, elastic structure, and poroelastic material plays a fundamental role in many biomedical applications. An example of such application is the interaction between blood, arterial wall and blood clot. This multi-physics problem features three different types of coupling: fluid-elastic structure coupling, fluid-poroelastic material coupling, and elastic structure-por...

Loosely Coupled Traceability for ATL

In the context of model transformation, traceability information may be used in a wide variety of scenarios. Each of them potentially requires a different format or complexity level. Moreover, a single transformation program can be used in several contexts. Consequently, such a program may need to be able to generate different kinds of traceability information. This work aims at showing how tra...

Loosely coupled HMMs for ASR

Hidden Markov Models (HMMs) have been successful for modelling the dynamics of carefully dictated speech, but their performance degrades severely when used to model conversational speech. This paper presents a preliminary feasibility study of an alternative class of models: loosely coupled HMMs. Since speech is produced by a system of loosely coupled articulators, stochastic models explicitly r...

Loosely Coupled Class Families

Loosely-Coupled Processes

A system of processes in which the interactions are solely through messages is often called loosely-coupled. Such systems are attractive from a programming viewpoint. They are designed by decomposing a specification into its separable concerns, each of which could then be implemented by a process; the operation of the system can be understood by asserting properties of the message sequences tra...