For more on this topic see Using task parallelism in multicore LabView and Overcoming multicore programming challenges with LabVIEW As hardware designers turn toward multicore processors to improve ...

This paper introduces a parallel data checking system for image capture device. The system adopts a very efficient multi-threading processing software system architecture, which includes main control ...

Modern multi-core CPU are predominant in improving performance of parallel applications. We describe an approach for support vector machines (SVM) that can be parallelized efficiently and scales to ...

Multi-core processors theoretically can run many threads of code in parallel, but some categories of operation currently bog down attempts to raise overall performance by parallelizing computing. Is ...

The multi-core processors market research report is one of a series of new reports that provides multi-core processors market statistics, including multi-core processors industry global market ...

The increasing computing power and programmability of multi-core architectures offer promising opportunities for parallelizing image processing algorithms. Significant performance gains over ...

Until the early 2000s, the computer processors available on the market were essentially all single-core chips. There were some niche layouts that used multiple processors on the same board for impr… ...

A number of new CPU companies with aggressive many-core architectures have made headlines in the last 12 months -- but they aren't the solution to the underlying problem. There's no simple way to ...

The speed race is over. Faced with the growing energy consumption andexcessive operating temperatures caused by high CPU clock speeds,microprocessor vendors have adopted a new approach to boosting ...

For more on this topic see Using pipelining in multicore LabView and Using data parallelism in multicore LabView. Until recently, advances in computing hardware have provided significant increases in ...