Sentence examples for throughput oriented from inspiring English sources

This paper proposes a novel routing metric which shows the end-to-end throughput and a corresponding throughput oriented opportunistic routing forwarder-selecting algorithm throughput oriented forwarders selection (TOFS) through analyzing forwarding characteristics of forwarders.

It distinguishes between latency-oriented multicore CPUs and throughput oriented many-thread GPUs, the two main styles of computing devices in modern heterogeneous computing systems.

As utility curve, a shifted version of the -proportional fair curve with is used, which is a more throughput oriented metric: (39).

Graphics processor units (GPUs) have evolved to handle throughput oriented workloads where a large number of parallel threads must make progress.

This algorithm converts the latency bounded computations to throughput oriented ones, and maximizes the utilization of the pipelined hardware that underlies the instruction, achieving speedup of a factor of almost 3.

More recently, Matyash et al. 23 introduced a new high throughput oriented extraction procedure where chloroform is replaced by methyltert-butyl ether (MTBE).

In literature, the maximum channel to interference ratio (max C/I) algorithm in [20] was throughput-oriented without QoS consideration, while strict priority queue [21] was QoS-oriented regardless of channel conditions.

Throughput maximization oriented algorithms, i.e. maximal rate and proportional fair scheduling (PFS) algorithms [11], with channel-dependent scheduling metrics yield high aggregate throughput by exploiting multiuser diversity [12].

Based on the type of the parameters considered for utility definition, the existing utility-based scheduling metrics can be divided into three groups, namely, throughput maximization oriented channel-aware algorithms, delay optimization queue-aware algorithms and channel-and queue-aware scheduling algorithms that combine the parameters from different layers of the protocol stack.

Over the last few years, a large body of research has been devoted to implementing SpMV on throughput-oriented manycore processors.

In this paper, we first propose a NoC-driven use-case model for throughput-oriented scientific applications, and subsequently use the model to study the effect of using long-range links in conjunction with different resource allocation strategies on reducing the overall on-chip communication and enhancing computational throughput.