A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A Structurally Enhanced, Ergonomically and Human–Computer Interaction Improved Intelligent Seat’s System
Modern technology advances airplane seat design with better ergonomics and new HCI (human-computer interaction). However, airline companies are not motivated to replace the seat system due to the cost consideration. Hence, a series of re-optimized design in ergonomics and HCI should be carried out by designers. This paper describes a novel intelligent seat’s system, which is designed to be used for the airplanes or similar conditions. This system consists of redesigned ergonomics and HCI compared with original seat’s systems. The mainly redesigned parts are the aesthetics and visual modeling for people to receive visual information, the ergonomics part for people to receive tactile information, new users’ action innovation for people to receive and output information, the redesign of the structure of the system with low weight and cost, and the functional system environment for people to receive information from humans through movement in multiple environments. Structural analysis supports the redesign. The purpose of the redesign is to improve the HCI system with new tech and interaction.
A Structurally Enhanced, Ergonomically and Human–Computer Interaction Improved Intelligent Seat’s System
Modern technology advances airplane seat design with better ergonomics and new HCI (human-computer interaction). However, airline companies are not motivated to replace the seat system due to the cost consideration. Hence, a series of re-optimized design in ergonomics and HCI should be carried out by designers. This paper describes a novel intelligent seat’s system, which is designed to be used for the airplanes or similar conditions. This system consists of redesigned ergonomics and HCI compared with original seat’s systems. The mainly redesigned parts are the aesthetics and visual modeling for people to receive visual information, the ergonomics part for people to receive tactile information, new users’ action innovation for people to receive and output information, the redesign of the structure of the system with low weight and cost, and the functional system environment for people to receive information from humans through movement in multiple environments. Structural analysis supports the redesign. The purpose of the redesign is to improve the HCI system with new tech and interaction.
A Structurally Enhanced, Ergonomically and Human–Computer Interaction Improved Intelligent Seat’s System
Jin Cao (author) / Da Ku (author) / Jiachun Du (author) / Vera Ng (author) / Yufei Wang (author) / Weiqiao Dong (author)
2017
Article (Journal)
Electronic Resource
Unknown
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