Thus advances in the understanding of heat transfer and fluid flow distribution continue to be crucial in achieving improved performance, efficiency and safety in microstructured reactors used for different applications.
In particular, the papers address several case studies in automotive, consumer electronics, and wireless communication, demonstrating how the realization of mixed-signal embedded systems can either enable new services and applications or improve performance, efficiency, and cost of the existing ones.
Mr. Hayward, who took over from John Browne last year, is trying to improve performance and efficiency by streamlining operations, removing management layers and cutting jobs.
The next phase will likely include writing of more efficient applications paired directly with the hardware to greatly improve performance and/or power efficiency, particularly in multicore computers.
The second issue is that as vehicles use more advanced computer technology to improve performance and fuel efficiency — and, in the case of hybrids, control functions like charging rates and regenerative braking — they also require more sophisticated programming.
