Add to ORKGApproximate queueing models for internal parallel processing by individual programs in a multiprogrammed system are developed in this paper. The solution technique is developed by network decomposition. The models are formulated in terms of CPU:I/O and I/O:I/O overlap and applied to the analysis of these problems. The percentage performance improvement from CPU:I/O overlap is found to be greatest for systems which are in approximate CPU:I/O utilization balance and for low degrees of multiprogramming. The percentage improvement from I/O:I/O overlap is found to be greatest for systems in which the I/O system is more utilized than the CPU
One way to deal with parallelism in logic programs is to define an execution model which is based up...
Parallelization of I/O using multiple disk drives is warranted for achieving high performance on sys...
The broadening disparity between the performance of I/O devices and the performance of processors an...
Approximate queueing models for internal parallel processing by individual programs in a multiprogra...
A collection of queueing network models with distinguishable tasks in the system is developed and so...
Recent studies have demonstrated that significant I/O operations are performed by a number of differ...
models for interactive computing systems. One of the earliest analyses was done by Scherr [ 11 for t...
http://deepblue.lib.umich.edu/bitstream/2027.42/6443/5/bac8079.0001.001.pdfhttp://deepblue.lib.umich...
This thesis looks at several aspects of solving the Input/Output problem. The increasing processor s...
The CPUs, memory, interconnection network, operating system, runtime system, I/O subsystem, and appl...
AbstractThe paper deals with the CPU utilization of multiprogrammed computer systems. First a statis...
With the variety of computer architectures available today, it often is difficult to determine which...
Since the I/O subsystem is the bottleneck in external mergesort, I/O parallelism can result in subst...
A model of system performance for parallel processing on clustered multiprocessors is developed whic...
The general problem studied is that of segmenting or partitioning programs for distribution across a...
One way to deal with parallelism in logic programs is to define an execution model which is based up...
Parallelization of I/O using multiple disk drives is warranted for achieving high performance on sys...
The broadening disparity between the performance of I/O devices and the performance of processors an...
Approximate queueing models for internal parallel processing by individual programs in a multiprogra...
A collection of queueing network models with distinguishable tasks in the system is developed and so...
Recent studies have demonstrated that significant I/O operations are performed by a number of differ...
models for interactive computing systems. One of the earliest analyses was done by Scherr [ 11 for t...
http://deepblue.lib.umich.edu/bitstream/2027.42/6443/5/bac8079.0001.001.pdfhttp://deepblue.lib.umich...
This thesis looks at several aspects of solving the Input/Output problem. The increasing processor s...
The CPUs, memory, interconnection network, operating system, runtime system, I/O subsystem, and appl...
AbstractThe paper deals with the CPU utilization of multiprogrammed computer systems. First a statis...
With the variety of computer architectures available today, it often is difficult to determine which...
Since the I/O subsystem is the bottleneck in external mergesort, I/O parallelism can result in subst...
A model of system performance for parallel processing on clustered multiprocessors is developed whic...
The general problem studied is that of segmenting or partitioning programs for distribution across a...
One way to deal with parallelism in logic programs is to define an execution model which is based up...
Parallelization of I/O using multiple disk drives is warranted for achieving high performance on sys...
The broadening disparity between the performance of I/O devices and the performance of processors an...