✨ “Touchless interaction in surgery,” Communications of the ACM,Kenton O’Hara Volume 57 Issue 1, pp. 70-77.
Summary:
a GLance around any operating theatre reveals many visual displays for accessing pre- and intra-operative images, including computer tomography (CT), magnetic resonance imagery (MRI), and fluoroscopy, along with various procedure-specific imaging applications. but in those in circumstances, they can not manipulate the hardware such as screen, mouse or keyboard while maintaining sterility. However, the current typical interaction mechanism is not risk free as it is direct hands-on control, meaning that surgeon has to touch the gown, the mouse, and the keyboards to manipulate the images.
Research shows surgeons need di- rect control of image data to mentally “get to grips” with what is going on in a procedure,something not achiev- able by proxy. For direct hands-on con- trol, some clinicians pull their surgical gown over their hands, manipulat- ing a mouse through the gown.
Author said that a central concern goes beyond simply developing touchless control mecha- nisms to overcome sterility require- ments. And the touchless interaction technology in operation theatre can’t only overcome the constraints of sterility, and could open up “radical new ways to conceive the entire design and layout of operating theatre of the future.”
Critiques:
Medical field always need develop, because our live have large relationship to it. And this new techno on the medical field is a good progress for all human and will make a big benefits for people. If it could have a better improvement and our medical knowledge will have big develope. And the relationship between science and medical is more than my imagine.



