The hardware interface design ( HID ) is a cross-disciplinary design field that forms the physical connection between people and technology to create new hardware interfaces that transform pure digital processes into analog interaction methods. It uses a combination of filmmaking tools, software prototypes, and electronic breadboarding.
Through this visualization and parallel development, hardware interface designers can form a cohesive vision with businesses and techniques that embed deeper designs at every stage of the product. The development of hardware interfaces as the field continues to mature as more things are connected to the internet.
The hardware interface designer utilizes industrial design, interaction design and electrical engineering. Interface elements include touchscreens, buttons, buttons, sliders and switches as well as input sensors such as microphones, cameras, and accelerometers.
Video Hardware interface design
History
In the last decade, a trend has evolved in the field of human-machine communication, taking user experience from haptic, touch and acoustic interfaces to more digital graphical approaches. The important tasks that have been assigned to industrial designers so far have instead moved into areas such as UI and UX design and usability techniques. Creating a good user interaction is more of a software problem than a hardware device. Things like having to press two buttons on a tape recorder to make them reappear again and the birthplace of some older phones remains a haptic of mechanics that have long invented their digital enemies and are waiting to disappear.
However, excessive use of GUI in the world today has caused deterioration in human cognitive abilities. The visual interface is at their maximum upgradability. Although new screen resolutions continue to increase, you can see a change of direction from descriptive intuitive design to a natural interface strategy, based on learned habits (Google's Material Design, Apple's iOS flat design, Microsoft Metro Design Language). Some of the more important commands are not displayed directly but can be accessed by dragging, holding and swiping the screen; a movement that must be studied once but feels very natural afterwards and easy to remember.
In the field of controlling this system, there is a need to stay away from the GUI and instead look for other ways of interaction that use the full capabilities of all our senses. The hardware interface design solves this by taking physical form and object and connecting it with digital information to have virtual user data flow control through grasping, moving and manipulating the physical form used.
If you look at the classic industrial hardware interface design as an "analog" method, it finds its digital counterpart in the HID approach. Instead of translating analog control methods into virtual form through GUI, one can view TUI as an approach to do the opposite: pure transmission of digital processes into analog interaction methods.
Maps Hardware interface design
Example
Examples of hardware interfaces include a computer mouse, TV remote control, kitchen timer, control panel for nuclear power plants and aircraft cockpit.
See also
References
Source of the article : Wikipedia
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