On July 14, the 2008 Summer Olympic Venue Design Competition concluded with a U.S.-China joint venture scooping the first prize. The event was held for the conceptual designs of two major venues for the Games ?the Oly...On July 14, the 2008 Summer Olympic Venue Design Competition concluded with a U.S.-China joint venture scooping the first prize. The event was held for the conceptual designs of two major venues for the Games ?the Olympic Green and the Wukesong Culture and Sports Center. A total of 87 plans were submitted since the contest was opened in April, 54 for the Olympic Green and 33 for the Wukesong Center.San Francisco-based Sasaki Associates won the top prize for the Olympic Green which was designed in partnership with Tianjin展开更多
In order to analyze the proposed method,this paper takes the cockpit as the complex system,since the traditional cockpit design evaluation method can set up an actual engineering prototype.Although this method can rea...In order to analyze the proposed method,this paper takes the cockpit as the complex system,since the traditional cockpit design evaluation method can set up an actual engineering prototype.Although this method can realize the accurate evaluation of the internal structure layout,control devices,and interface display of the cockpit,it is dif-ficult to make modifications once the production is completed,which is not suitable for multi-scheme comparison and rapid iteration in the early stage of civil aircraft design.In this regard,this paper establishes the civil aircraft cockpit physical environment and the corresponding virtual cockpit environment based on the virtual-real matching tech-nology,then proposes a mixed reality simulation evaluation method so as to realize the real-time ergonomic evaluation of the digital human body followed by a real person.Experimental results show that this mixed reality simulation evaluation method can effectively improve the evaluation accuracy of cockpit design,ensure the efficiency of multi-scheme comparison and optimization iteration in the early stage of cockpit design.展开更多
文摘On July 14, the 2008 Summer Olympic Venue Design Competition concluded with a U.S.-China joint venture scooping the first prize. The event was held for the conceptual designs of two major venues for the Games ?the Olympic Green and the Wukesong Culture and Sports Center. A total of 87 plans were submitted since the contest was opened in April, 54 for the Olympic Green and 33 for the Wukesong Center.San Francisco-based Sasaki Associates won the top prize for the Olympic Green which was designed in partnership with Tianjin
文摘In order to analyze the proposed method,this paper takes the cockpit as the complex system,since the traditional cockpit design evaluation method can set up an actual engineering prototype.Although this method can realize the accurate evaluation of the internal structure layout,control devices,and interface display of the cockpit,it is dif-ficult to make modifications once the production is completed,which is not suitable for multi-scheme comparison and rapid iteration in the early stage of civil aircraft design.In this regard,this paper establishes the civil aircraft cockpit physical environment and the corresponding virtual cockpit environment based on the virtual-real matching tech-nology,then proposes a mixed reality simulation evaluation method so as to realize the real-time ergonomic evaluation of the digital human body followed by a real person.Experimental results show that this mixed reality simulation evaluation method can effectively improve the evaluation accuracy of cockpit design,ensure the efficiency of multi-scheme comparison and optimization iteration in the early stage of cockpit design.
