single processor

At a small e-commerce site, all of these software packages might be running on a single machine, with a single processor.

A user would not be able to detect the difference between the MDI and MTMDI samples on a single- processor computer .

Micro - partitioning allows a single processor to be subdivided into portions of hundredths of a processor from the processor pool .

Last I checked, Sun refers to a dual core chip as a single processor capable of running two threads.

In order to deal with the financial ledger figures of a batch process can only rely on the single processor remains the same.

Since the language is designed for a single processor, it is not portable by definition.

Threads within a process, though, can be bottlenecked on a single processor, while other processors sit idle.

Today, the convergence of commercial and scientific computing has created a need for a single processor to address both markets.

This algorithm also applied the multi-threads and can be run on both single processor computer and multi-processor computer.

For single-processor computers, the default workstation garbage collection should be the fastest option.

The analysis can also be applied to multi-threaded applications running on a single processor.

In this paper, an algorithm for the optimal solution to the CET problem for scheduling on a single processor is constructed and proved.

Thus, for the test setup, all the services and applications were running on the same single processor computer.

Back in the '80s, however, when Mach was created, single-processor machines were the norm.

Embedded systems that run on a single processor or on an integrated group of processors.

Multi-threaded throughput was generally slower in our tests, because each JVM had to dispatch multiple threads on the same single processor.

It involves modifying a single processor to enable it to switch quickly between several distinct tasks.

WwW. zIdiR. coM As processor frequency increases closer to the limit, single-processor multi-core platform is the current mainstream.

Micro-Partitioning provides the ability to share a single processor between multiple partitions.

It is designed to provide clock distribution for CISC microprocessor or single processor RISC systems.

Compared with single processor, the efficiency of imaging process of large-scale matrix has been greatly improved.

On a four processor machine, the build time can be 5 times faster than on a single processor one.

As shown, the real-time task receives the lion's share of the single processor and is invoked only 61 times.

Worker processes get recycled as in the single processor case.

You cannot link together assemblies that are targeted for different processors, because the result has to run on a single processor.

Writes by a single processor are observed in the same order by all processors.

It ran from start to finish on a single processor.

The one exception is the 486 flavor, which only supports a single processor.

Branch-and-Bound Algorithm for Scheduling on Single Processor with Sequence-Dependent Setup Times to Minimize Maximum Tardiness

already lets smartphones run applications, multimedia and radio functions on a single processor

Bi-backward Scheduling Algorithm for the Problem of Minimizing the Tardiness on a Single Processor

Simulate the Multiprocessing Machine on Single Processor

A Method to Produce Multiplex PWM for Servos Using Micro-single Processor

The Optimal Solution to the Problem for Scheduling on a Single Processor

Figure 1. Single-processor versus multi-processor platforms accessing memory

Single processor solution for network video

Development of Single Processor Monitoring System

for simplicity , we ' ll use a single processor system in this example

RT code example that runs on a single processor

Runs only on a single processor