마스터 제목 스타일 편집 마스터 텍스트 스타일을 편집합니다 둘째 수준 셋째 수준 넷째 수준 다섯째 수준 Queueing Network-Model Human Processor(QN-MHP): A Computational Architecture for Multitask Performance.

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Presentation transcript:

마스터 제목 스타일 편집 마스터 텍스트 스타일을 편집합니다 둘째 수준 셋째 수준 넷째 수준 다섯째 수준 Queueing Network-Model Human Processor(QN-MHP): A Computational Architecture for Multitask Performance in Human-Machine Systems 이 주우

Division of Information Management Engineering User Interface Lab. Queueing Network-Model Human Processor(QN-MHP) INTRODUCTION SYMBOLIST, MATHEMATICAL, SYSTEMS ENGINEERING, AND CONNECTIONIST MODELS OF HUMAN PERFORMANCE A COMPARISON OF THE SYMBOLIST MODELS AND THE QN-MHP IN MULTITASK MODELING THE QN-MHP DRIVER PERFORMANCE MODELING WITH THE QN-MHP EMPIRICAL VALIDATION OF THE QN-MHP DRIVING MODEL DISCUSSION AND CONCLUSIONS

Division of Information Management Engineering User Interface Lab. Queueing Network-Model Human Processor (QN-MHP) - Queueing network - Symbolic model We describe in this article… 2.1 Symbolist Models of Cognitive Architecture -MHP/GOMS family of models, EPIC, ACT-R, SOAR, CAPS INTRODUCTION

Division of Information Management Engineering User Interface Lab. 2.2 Mathematical Models of Mental Architecture SYMBOLIST, MATHEMATICAL, SYSTEMS ENGINEERING, AND CONNECTIONIST MODELS OF HUMAN PERFORMANCE

Division of Information Management Engineering User Interface Lab. SYMBOLIST, MATHEMATICAL, SYSTEMS ENGINEERING, AND CONNECTIONIST MODELS OF HUMAN PERFORMANCE 2.2 “Systems Engineering and Simulation” Models of Human-Machine Interaction 2.3 Connectionist Models 3. A COMPARISON OF THE SYMBOLIST MODELS AND THE QN-MHP IN MULTITASK MODELING - MHP, CPM-GOMS→GLEAN3 - EPIC - The QN-MHP

Division of Information Management Engineering User Interface Lab. THE QN-MHP The QN-MHP assumes that there is a close resemblance between a human cognitive system and a queueing network

Division of Information Management Engineering User Interface Lab. DRIVER PERFORMANCE MODELING WITH THE QN-MHP Drive performance of two concurrent activities

Division of Information Management Engineering User Interface Lab. DRIVER PERFORMANCE MODELING WITH THE QN-MHP The QN-MHP Model of Vehicle Steering

Division of Information Management Engineering User Interface Lab. EMPIRICAL VALIDATION OF THE QN-MHP DRIVING MODEL

Division of Information Management Engineering User Interface Lab. DISCUSSION AND CONCLUSIONS QN-MHP A very important next step