AbstractIn this paper, scheduling of divisible loads in a bus network is considered. The objective is to minimize the processing time by including the overhead component due to start-up time that could degrade the performance of the system, in addition to the inherent communication and computation delays. These overheads are considered to be constant additive factors to the communication and computation components. A closed-form expression for optimal processing time is derived. Using this closed-form expression, this paper analytically proves significant results regarding the optimal sequence of load distribution and optimal number of processors. Numerical examples are presented to illustrate the analysis
In this paper we propose a general Linear Programming (LP) based formulation and solution methodolog...
In this paper, a load sharing problem involving the optimal load allocation of very long linear data...
(eng) Applications in many scientific and engineering domains are structured in large numbers of ind...
AbstractIn this paper, scheduling of divisible loads in a bus network is considered. The objective i...
In this paper, scheduling of divisible loads in a bus network is considered. The objective is to min...
AbstractThe problem of processing divisible loads in a distributed bus network architecture with arb...
AbstractThe problem of scheduling divisible loads in a single-level tree network is considered. All ...
The problem of optimal divisible load distribution in distributed bus networks employing a heterogen...
Optimal load allocation for load sharing a divisible job over N processors inter-connected in bus-or...
AbstractTo date closed form solutions for optimal finish time and job allocation are largely obtaine...
The problem of scheduling divisible loads in a single-level tree network is considered. All the earl...
The Divisible Load Theory (DLT) is a paradigm in the area of parallel and distributed computing. Ba...
AbstractIn this paper, we present an improved load distribution strategy, for arbitrarily divisible ...
Abstract—A bus oriented network where there is a charge for the amount of divisible load processed o...
In distributed computing, divisible load theory provides an important system model for allocation of...
In this paper we propose a general Linear Programming (LP) based formulation and solution methodolog...
In this paper, a load sharing problem involving the optimal load allocation of very long linear data...
(eng) Applications in many scientific and engineering domains are structured in large numbers of ind...
AbstractIn this paper, scheduling of divisible loads in a bus network is considered. The objective i...
In this paper, scheduling of divisible loads in a bus network is considered. The objective is to min...
AbstractThe problem of processing divisible loads in a distributed bus network architecture with arb...
AbstractThe problem of scheduling divisible loads in a single-level tree network is considered. All ...
The problem of optimal divisible load distribution in distributed bus networks employing a heterogen...
Optimal load allocation for load sharing a divisible job over N processors inter-connected in bus-or...
AbstractTo date closed form solutions for optimal finish time and job allocation are largely obtaine...
The problem of scheduling divisible loads in a single-level tree network is considered. All the earl...
The Divisible Load Theory (DLT) is a paradigm in the area of parallel and distributed computing. Ba...
AbstractIn this paper, we present an improved load distribution strategy, for arbitrarily divisible ...
Abstract—A bus oriented network where there is a charge for the amount of divisible load processed o...
In distributed computing, divisible load theory provides an important system model for allocation of...
In this paper we propose a general Linear Programming (LP) based formulation and solution methodolog...
In this paper, a load sharing problem involving the optimal load allocation of very long linear data...
(eng) Applications in many scientific and engineering domains are structured in large numbers of ind...