Abstract. We present a pipeline-interval-optimum systolic implementation of stack which can handle usual stack operations at every cycle.

We present a pipeline-interval-optimum systolic implementation of stack which can handle usual stack operations at every cycle. Keywords. Systolic stack ...

Abstract We present a pipeline-interval-optimum systolic implementation of stack which can handle usual stack operations at every cycle.

Hiroshi Umeo, Isao Nakatsuka: A design of pipeline-interval-optimum systolic stack. Parallel Comput. 4(2): 215-219 (1987); 1986.

A design of pipeline-interval-optimum systolic stack. Authors. Hiroshi Umeo · Isao Nakatsuka. Source Information. April 1987, Volume4(Issue2)Pages, p.215To - ...

This Offshore Pipeline System manual is prepared to cover the important aspects of pipeline designing, construction, installing, testing, commissioning, ...

We present a pipeline-interval-optimum systolic implementation of stack which can handle usual stack operations at every cycle. View.

Automated design of optimum pipeline ... 1987: A design of pipeline-interval-optimum systolic stack Parallel Computing 4(2): 215-219 ... 1987: A design of pipeline- ...

showed that a 50 year pipe replacement period was optimum in that instance. As disruption and energy cost associated with pipeline replacement in a ...

The optimized piping structure showed an 80% reduction in the turbulent dissipation rate and a 99.2% decrease in the erosion wear rate.