Persistent-Idle Load-Distribution

Load Distribution : a Survey

Implementing Dynamic Load Distribution

This paper proposes and evaluates various dynamic load distribution strategies for CORBA applications. A general application model for CORBA applications based on the Ex-porter/Importer/Trader model is introduced. For this model, techniques for the integration of load distribution strategies are shown. To evaluate the performance of the proposed strategies, a generic test system using IONA's Or...

Distribution Strategies for Persistent Java

Some of the features of the model of distribution which has already been proposed for PJava are considered in detail in this paper. Focus is put on global naming, support for a large degree of autonomy of stores, the setting of conditions on remote use of objects and the use of timeouts in the management of remote references. Use is made of a running example to illustrate how a programmer would...

Spatial distribution of persistent sites

We study the distribution of persistent sites (sites unvisited by particles A) in one dimensional A + A → ∅ reaction-diffusion model. We define the empty intervals as the separations between adjacent persistent sites, and study their size distribution n(k, t) as a function of interval length k and time t. The decay of persistence is the process of irreversible coalescence of these empty interva...

Economic - Based Dynamic Load Distribution

We have designed and implemented a scalable hierarchical system for dynamic load distribution of general divide&conquer applications on large heterogeneous networks of workstations, called Dynasty. Besides its practical goal of exploiting idle processor time we focus the design on eeciency, fairness, reusability, and universality. Our approach is based on economical principles with prices as th...