eSCAPE: parallel global-scale landscape evolution model

A Parallel Landscape Model for Fish as Part of a Multi-scale Ecological System

A parallel landscape fish population model (ALFISH) is presented as a part of the multiscale Across Tropic Level System Simulation (ATLSS) project for the freshwater wetlands of the Everglades and Big Cypress Swamp. ALFISH models the impacts of different water management strategies in the South Florida region on the fresh water fish population, providing estimates of the food resource available...

Global Escape in Multiparty Sessions

This paper proposes a global escape mechanism which can handle unexpected or unwanted conditions changing the default execution of distributed communicational flows, preserving compatibility of the multiparty conversations. Our escape is realised by a collection of asynchronous local exceptions which can be thrown at any stage of the communication and to any subsets of participants in a multipa...

A Parallel Fish Landscape Model for Ecosystem Modeling

Parallelization of a landscape fish population model (ALFISH) is an important effort towards high performance Across Tropic Level System Simulation (ATLSS) on a computing grid. ALFISH models the impacts of different water management strategies in the South Florida region on the fresh water fish population, providing estimates of the food resource available to wading birds. The parallel ALFISH m...

Energy Landscape and Global Optimization for a Frustrated Model Protein

The three-color (BLN) 69-residue model protein was designed to exhibit frustrated folding. We investigate the energy landscape of this protein using disconnectivity graphs and compare it to a Gō model, which is designed to reduce the frustration by removing all non-native attractive interactions. Finding the global minimum on a frustrated energy landscape is a good test of global optimization t...

A GIS-Based Landscape Scale Model for Native Bee Habitat