Rschen~cc. nctu. edu. tw (Received and accepted August 1993) Abst rac t-- In this paper, we propose a simple, easily programmed xact method for obtaining the optimal design of a distributed computing system in terms of maximizing reliability subject o memory capacity constraints. We assume that a given amount of resources are available for linking the distributed computing system. The method is based on the partial order relation. To speed up the procedure, some rules are proposed to indicate conditions under which certain vectors in the numerical ordering that do not satisfy the capacity constraints can be skipped over. Simulation results how that the proposed algorithm requires less time and space than exhaustive method. Keywords--Distrib...
The reliability literature offers an abundance of methods for the optimal design of systems under so...
The concept of distributed processing is among the least understood subjects of computer science. Th...
Engineering of distributed computing systems requires understanding of principles of complex systems...
AbstractIn this paper, we propose a simple, easily programmed exact method for obtaining the optimal...
In this work, we present a heuristic method to reduce the computational time and the absolute error ...
AbstractDistributed Computing Systems (DCS) have become a major trend in computer system design toda...
In a distributed computing system, a number of program modules may need to be allocated to different...
In the Distributed Computing System environment, an efficient and effective means of resource alloca...
Reliability is a desired, yet hard to achieve feature of a distributed system. This feature is hard ...
The performance characteristics of a distributed computer system depend, in part, on the placement o...
[[abstract]]In distributed systems, an application program is divided into several software modules,...
[[abstract]]Distributed systems potentially provide high reliability owing to the program and data-f...
In the design of distributed databases and distributed systems there are four aspects of major impor...
A mathematical model is formulated for optimizing the reliability of a system subject to given linea...
The growing demand for more computational power to solve complex scientific problems is driving the ...
The reliability literature offers an abundance of methods for the optimal design of systems under so...
The concept of distributed processing is among the least understood subjects of computer science. Th...
Engineering of distributed computing systems requires understanding of principles of complex systems...
AbstractIn this paper, we propose a simple, easily programmed exact method for obtaining the optimal...
In this work, we present a heuristic method to reduce the computational time and the absolute error ...
AbstractDistributed Computing Systems (DCS) have become a major trend in computer system design toda...
In a distributed computing system, a number of program modules may need to be allocated to different...
In the Distributed Computing System environment, an efficient and effective means of resource alloca...
Reliability is a desired, yet hard to achieve feature of a distributed system. This feature is hard ...
The performance characteristics of a distributed computer system depend, in part, on the placement o...
[[abstract]]In distributed systems, an application program is divided into several software modules,...
[[abstract]]Distributed systems potentially provide high reliability owing to the program and data-f...
In the design of distributed databases and distributed systems there are four aspects of major impor...
A mathematical model is formulated for optimizing the reliability of a system subject to given linea...
The growing demand for more computational power to solve complex scientific problems is driving the ...
The reliability literature offers an abundance of methods for the optimal design of systems under so...
The concept of distributed processing is among the least understood subjects of computer science. Th...
Engineering of distributed computing systems requires understanding of principles of complex systems...