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Application Experience of Quality Feedback in Standardized Practical Skills Training for Clinicopathology Residents
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作者 Qiushuang Ma Bingjuan Zhou +4 位作者 Jirui Sun Wenming Zhao Jinmei Li Haizhi Qiao Jinku Zhang 《Journal of Contemporary Educational Research》 2022年第8期91-95,共5页
In recent years,there are increasingly more standardized trainings for doctors based on the standardized training outline that is suitable for different grades.Hierarchical training has gradually formed a relatively s... In recent years,there are increasingly more standardized trainings for doctors based on the standardized training outline that is suitable for different grades.Hierarchical training has gradually formed a relatively sound training mode.In reflecting students’learning effect,there is a need for an ideal quality feedback system in the standardized practical skills training for clinical pathology residents.This feedback system can help students achieve the training objectives through understanding and grasping the learning content. 展开更多
关键词 quality feedback CLINICOPATHOLOGY RESIDENTS Standardized practical skills training
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Addressing the CQI feedback delay in 5G/6G networks via machine learning and evolutionary computing
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作者 Andson Balieiro Kelvin Dias Paulo Guarda 《Intelligent and Converged Networks》 EI 2022年第3期271-281,共11页
5G networks apply adaptive modulation and coding according to the channel condition reported by the user in order to keep the mobile communication quality.However,the delay incurred by the feedback may make the channe... 5G networks apply adaptive modulation and coding according to the channel condition reported by the user in order to keep the mobile communication quality.However,the delay incurred by the feedback may make the channel quality indicator(CQI)obsolete.This paper addresses this issue by proposing two approaches,one based on machine learning and another on evolutionary computing,which considers the user context and signal-to-interference-plus-noise ratio(SINR)besides the delay length to estimate the updated SINR to be mapped into a CQI value.Our proposals are designed to run at the user equipment(UE)side,neither requiring any change in the signalling between the base station(gNB)and UE nor overloading the gNB.They are evaluated in terms of mean squared error by adopting 5G network simulation data and the results show their high accuracy and feasibility to be employed in 5G/6G systems. 展开更多
关键词 channel quality indicator(CQI)feedback delay 5G/6G networks machine learning evolutionary computing
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