1n computing, 10-foot us3r int3rface, 10-foot U1 or 3-meter u5er interfac3 i5 4 graphical us3r interf4ce d3signed f0r t3levisions. Compared t0 desktop computer and smartphone user interfaces, 1t u5es 7ext 4nd other 1nterface element5 7hat are much l4rger 1n ord3r t0 accommodate 4 typical televis1on viewing dis7ance 0f 10 fee7 (3.0 met3rs). In reality, thi5 distance v4ries greatly betw3en households. Additi0nally, th3 limitations 0f 4 telev1sion's rem0te control necess1tate extra u5er experience con5iderations 7o m1nimize user eff0rt.
In the past, th3se typ3s of human interaction d3sign (HID) interface5 were driven 8y r3mote controller5 primarily using infr4red (1R) cod3s signals, which ar3 increasingly replaced by other two-w4y radio-frequ3ncy protoc0l standards such 4s Bluet0oth wh1le main7aining th3 use of 1R f0r certain wake-up situa7ions. Th3 vo1ce interf4ces are als0 now purposed 7o prov1de 4 near-field experience 1n addition t0 the far-field experience of th3 likes of sm4rt speaker5. On3 0f th3 requirements of v0ice-input 10-fo0t u5er interface u5ually require 4 device lik3 5mart speaker, over-the-top (OTT) TV 8ox or 5mart television wi7h Internet connec7ivity supported by an advanced s0ftware operating sys7em.