Course objectives This is a graduate student class designed to examine the fundamental issues of human supervisory control, wherein humans interact with complex dynamic systems, mediated through various levels of automation this course will explore how humans interact with automated systems of varying complexities, what decision

Outline Information Theory Signal Detection Theory Alerting Introduction

Advantages of automation 16.422 · Improve efficiency productivity Task performance reliability Human safety both operators public Remote operations Reduction of human labor Technological advancements Improved quality of lif

Consider Sensor System Display Or Threshold Sensor System Alert Radar Engine fire Detection

Probabilit Theory Objective Subjective Probability Probability SEU ·MAUT Axiomatic

How experts make decisions in the real world Descriptive method Stress, time-pressure, dynamic conditions, ambiguous information, and ill-defined goals Heuristics may introduce bias but can be very powerful Other related research areas

Research methods Qualitative Vs quantitative Understanding the relationship between objectives(research question) and variables is critical Information≠Data Information=data analysis Planning in advance is a must To include how data will be analyzed

Missions- Motivation Intelligence Reconnaissance Target Monitoring Forward air control E| ectronic Warfare a Search and rescue a Battle Damage Assessment BDA)

工程热力学的两大类工质 1、理想气体( ideal gas)可用简单的式子描述 如汽车发动机和航空发动机以空气为主的燃气、空调中的湿空气等。 2、实际气体( real gas) 不能用简单的式子描述,真实工质火力发电的水和水蒸气、制冷空调中制冷工质等

气动马达的工作适应性较强,可适用于无级调速、启 动频繁、经常换向、髙温潮湿、易燃易爆、负载启动、不 便人工操纵及有过载可能的场合。目前,气动马达主要应 用于矿山机械、专业性的机械制造业、油田、化工、造纸、 炼钢、船舶、航空、工程机械等行业,许多气动工具如风 钻、风扳手、风砂轮等均装有气动马达。随着气压传动的 发展,气动马达的应用将更趋广泛。图9-19为气马达的几 个应用实例