“…Drivers observe the instrument panel more frequently than the central control screen, but the auxiliary functions of most models on the market are displayed on the central control screen, which affects the safety of the driver [10]. Some models even place the instrument panel above the central control screen.…”
This article first investigates the functions and styles of automotive dashboards on the market, and summarizes some of the existing problems and user pain points. Combining emerging technologies and user needs, analyze the functions and technologies that are helpful to the driver, thereby improving the safety of the driver’s operation. This research uses the user-centered design concept and explores the intelligent and humanized dashboard design to replace the display of the car’s central control screen. The dashboard adopts an innovative form that combines a steering wheel and a game handle, which gives it a sense of technology and speed, and improves the safety and cognition of users.
“…Drivers observe the instrument panel more frequently than the central control screen, but the auxiliary functions of most models on the market are displayed on the central control screen, which affects the safety of the driver [10]. Some models even place the instrument panel above the central control screen.…”
This article first investigates the functions and styles of automotive dashboards on the market, and summarizes some of the existing problems and user pain points. Combining emerging technologies and user needs, analyze the functions and technologies that are helpful to the driver, thereby improving the safety of the driver’s operation. This research uses the user-centered design concept and explores the intelligent and humanized dashboard design to replace the display of the car’s central control screen. The dashboard adopts an innovative form that combines a steering wheel and a game handle, which gives it a sense of technology and speed, and improves the safety and cognition of users.
“…Although this provided an overall control of these devices the amount of incoming information increased exponentially through the years resulting in a highly attentiondemanding environment that could increase significantly the cognitive workload of the driver [2,3]. Previous studies have identified these User Interfaces (UI) as one of the most prominent reasons for driver distraction [19,20]. Further user familiarization with these interfaces could arguably reduce the distraction effects for some drivers, yet interfaces that serve secondary tasks should be discreet and simple to use particularly whilst the vehicle is in motion.…”
“…According to the accumulated experience analysis of cognitive psychology, the human-machine visual information interface formed by human beings in the application of products is not the content generated after passively receiving information, but the product acquired after active processing in the human brain, in other words, it is the cognitive product. The following is a brief understanding of visual and perceptual interface design based on human-computer interaction tasks [1][2][3]. Visual perception is divided into cognitive and visual receiving part, the former as the main channel of human understand the world and perceive things, the user can use the visual perception will obtain information to the brain for visual perception, eliminate the influence of human body physiology, speed and effectiveness of visual perception and receiving information has a direct relationship.…”
By using the form and specific process of human-computer interaction to comprehensively understand and judge whether users can accurately and quickly recognize products, it has a positive effect on the current visual and perceptual interface design work. On the basis of understanding the achievements of current related scientific research projects, this paper analyzes how to construct and design a new visual and perceptual interface based on human-computer interaction tasks by studying the main factors that affect users’ cognition of visual information interface.
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