Sentence examples for improving schedule from inspiring English sources

The wireless networks and traffic models studied are defined in Section 2 and the achievable rate region and cross-layer optimisation framework for link-assigned schedules are reconsidered in Section 3. The role of temporal reuse in improving schedule performance is motivated in Section 4, where a new temporal reuse-aware rate region is also formulated.

Program initiatives included educating perioperative personnel, improving scheduling processes, holding vendor discussions, purchasing additional instrument sets, and transitioning from paper wrap to metal containers for instrument sets.

In addition, it is clear that such data could have an array of 'secondary' purposes, including use off-line for improving scheduling efficiency and for automatic performance monitoring, thus reducing or removing the need for manual on-street surveys.

Improving scheduling and staffing would vastly improve the customer service problems that are keeping people from shopping at Walmart.

In addition, the durations of surgical procedures were continuously monitored to get a more realistic picture of the actual time used, thereby improving scheduling of surgery.

Few studies investigate the benefits of familiarity or continuity during MD-to-MD handoff of inpatients, and improving scheduling models to enhance continuity and familiarity could provide a tool to help with handoff efficiency and quality.

Consideration should be given to improving scheduling and providing day care for children and more part-time employment, all of which are bound to have a positive effect on the personal lives of nurses as well.

Temporal reuse is important in transmission scheduling, as it is a means to share capacity and improve schedule usage efficiency.

This paper describes a case-based learning method for acquiring context-dependent user optimization preferences and tradeoffs and using them to incrementally improve schedule quality in predictive scheduling and reactive schedule management in response to unexpected execution events.

These include better labor management agreements, more effective fatigue-related educational programs, improved schedule regularity, and more practical and adaptable federal laws and regulations.

Extensive computational experiments show improved schedule capacity, quality of service, power efficiency and benefit from network coding accrued with schedules optimised in the proposed temporal reuse-aware convex rate region.