1.
The Research of the Sector Optimum Partition Based on Air Traffic Controller Workload;
依据管制员工作负荷的扇区优化研究
2.
The Research on the Evaluation System of Controller s Workload and Sector Capacity;
管制员工作负荷评估系统及扇区容量问题研究
3.
Fuzzy Synthetic Evaluation of the Air Traffic Controller's workload
空中交通管制员工作负荷的模糊综合评价
4.
Sector Capacity Assessment Based on the Workload of ATC under the Procedural Control
程序管制条件下基于管制员工作负荷的扇区容量评估
5.
When workload is low, boredom is a problem.
而工作负荷较低时，管制员会产生懈怠的情绪。
6.
It is the outcome to be expected from knowledge of human limitations under low workload.
事实上，这并非管制员的错，这是低工作负荷下人们的生理极限。
7.
Requiring sustained high-perceived workload over long periods can result in errors and be harmful to both the controller's physical and mental health.
而事实上，长时间的高负荷工作将会导致严重的工作差错，并对管制员的身体和精神造成伤害。
8.
Notice that performance is typically best at moderate workload levels, and worst at both very low and very high levels of workload.
总之，中等工作负荷下的管制工作质量最高，在工作负荷最低和最大时，工作质量最差。
9.
New employees here often have a punishing workload．
这儿的新雇员经常需要超负荷工作。
10.
measurement of work load
工作负荷测定 工作负荷测定
11.
They seem to be conditioned by their own work loads.
他们似乎受到自己的工作负荷的限制。
12.
Research on Application of Data Envelopment Analysis Method in Evaluation and Improvement of Employee Workload;
DEA在评价和改善员工工作负荷中的应用研究
13.
Highway Geometry Safety Evaluation Based on Driver Workload
基于驾驶员工作负荷的公路线形安全性评价
14.
Experimental Study on Driver Workload in Urban Road Environment
城市道路环境中驾驶员工作负荷试验研究
15.
Drivers' Physical and Psychological Characteristics with Workload
不同工作负荷下驾驶员的心生理特征研究
16.
The cockpit of MG is very modern, decreasing the time pilot needs to make decision and proceed helicopter management so that the work is cut down.
驾驶舱非常先进，缩短了驾驶员作关键性决定和直升机管理任务所需的时间，减轻了工作负荷。
17.
If workload continues to increase, requiring increased effort, the relative improvement in performance declines.
随着工作负荷的进一步加大，需要更多的精力投入，这时，管制工作质量却呈现下降趋势。
18.
This means that ATC procedures that generate less workload than others tend to be used more frequently as task demands increase.
这意味着当工作任务增加时，那些比其他方案产生较少工作负荷的管制程序将被更多的使用。