58results about How to "Improve professional skills" patented technology

The present invention provides a formative evaluation optimization system of a cloud data clinical medical education training process. The system comprises: a basic data management module configured to manage related information such as various personnel, departments, professional bases and bases related in the system; a training physician workforce management module configured to manage each cycle department workforce condition set in the training plan for trained students; a physician training working platform module configured to performing process record for the clinical work and teachingand training tasks of the students in the cycle process and form electronic process management data; a formative evaluation module configured to allow the system to apply a formative evaluation tool through an informationalized means to perform evaluation for the physician training and feedback for teaching quality and related effects.

The invention relates to a method for improving unattended safety level of a transformer station, belonging to the power supply field. The method comprises the step of dividing a transformer station into three main parts to form three centralized control stations, namely a ninth main transformer station, a tenth main transformer station and a thirteenth transformer station, wherein the three centralized control stations respectively carry out centralized control on nearby transformer stations, that is the ninth main transformer station controls a fourth transformer station, a sixth transformer station, a seventh transformer station and a sixteenth transformer station, the ninth main transformer station controls a second transformer station, a third transformer station, an eleventh transformer station, a fourteenth transformer station and a fifteenth transformer station, and the thirteenth transformer station controls a first transformer station, a fifth transformer station, an eighth transformer station, a twelfth transformer station and a seventeenth transformer station. The method for improving the unattended safety level of the transformer station, disclosed by the invention, has the advantages of greatly improving stability of a monitoring system, improving the work efficiency of an operator, reducing the work load of electric power schedule, reducing labor demand, increasing efficiency and relieving the shortage of labors, and effectively ensuring safe and stable running of an electric power system.

The invention provides a driver cognitive characteristic based predicting and calculating system for running speeds of vehicles on desert roads. The predicting and calculating system comprises a desert road basic data entry and storage subsystem, a desert road driver road safety cognition subsystem, a desert road driver vehicle speed control subsystem and a desert road prediction vehicle speed output subsystem which are sequentially connected. The system is quick in response, high in accuracy, convenient to operate and capable of effectively reducing traffic accidents and being adopted by road traffic management departments, research institutions and peers abroad and has obvious industrial generality and social welfare. The maximum mean relative error of the system relative to actually measured speeds and simulation and prediction calculated speeds on identical sections is 14.37%, the minimum mean relative error of the system is 2.83%, the total mean relative error of the system is 7.62%, and the consistency between perdition results of running speeds and actually measured results of actual speeds is high.