Nests: 4 engineering information technological internet challenges in CC WUaS, a) An Universal Translator in all 8,000 languages, b) An interactive, movie realistic, 3D virtual world with avatars, for academic researchers as wiki, C) Artificial Intelligence and in ALL Languages in a myriad of combinations, d) Real, real time music-making in terms of broadband, Stanford Chinese EE Researcher

Here are some interesting engineering information technological internet challenges in CC World University and School:


a
an UNIVERSAL TRANSLATOR in all 8,000 languages -
http://worlduniversity.wikia.com/wiki/WUaS_Universal_Translator


b
INTERACTIVE, MOVIE REALISTIC, 3D VIRTUAL WORLD WITH AVATARS
an interactive, movie realistic, 3D virtual world with avatars, for academic researchers -  STEM, archaeological, anthropological - as a kind of wiki ... for three researchers to be able to add, for example, in the field of ecology, 3 different GIS photos of a forested area in a distant country to the US from different time periods, as data, and for the Artificial Intelligence in the virtual world, to synthesize

Virtual Worlds -
http://worlduniversity.wikia.com/wiki/Virtual_Worlds

c
ARTIFICIAL INTELLIGENCE - ALL LANGUAGES
Artificial Intelligence and in ALL Languages in a myriad of combinations - for science, medicine, law, art

Languages -
http://worlduniversity.wikia.com/wiki/Languages

Artificial Intelligence -
http://worlduniversity.wikia.com/wiki/Artificial_Intelligence

d
REAL, REAL TIME MUSIC-MAKING around the world
Real, real time music-making in terms of broadband, and for example, in Google group video Hangouts, and between Beijing and the SF Bay Area, - in the all languages, all instruments' vis-a-vis WUaS's Music School -

http://worlduniversity.wikia.com/wiki/World_University_Music_School

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In terms of REAL, REAL TIME music-making, I met yesterday a EE Stanford Chinese researcher at a China Guiding Cases Project conference yesterday at Stanford Law, who works on semiconductors, logic problems and speeding up chips'  "gates" and asked him how he would suggest making music in real real time around the world on the web:  - 

Anpin:

And very nice to meet you as well.

Just posted this to WUaS's and my Twitters: 

Stanford Law @cgcp_sls Brilliant-Met EE Stanford Chinese researcher Mentioned REAL, REAL TIME WUaS Music School: Combine TCP/IP w telephone signal

https://twitter.com/WorldUnivandSch/status/600099380637503488

https://twitter.com/WorldUnivandSch/status/600099380637503488

Here's the EE wiki subject page in English at WUaS - 

http://worlduniversity.wikia.com/wiki/Electrical_Engineering - and check out all the MIT OpenCourseWare here which will eventually be for credit and in Chinese. And here's MIT OCW in Mandarin - http://ocw.mit.edu/courses/translated-courses/traditional-chinese/ . 

And here's the beginning Music School at WUaS - http://worlduniversity.wikia.com/wiki/World_University_Music_School - planned for all musical instruments in all 8000 languages and eventually for real real time music making. 

Let's talk further about semiconductors, logic, gates and REAL, REAL TIME WUaS Music School. 

How best to combine TCP / IP with an analog signal for real, real time music making between Stanford and Beijing for example? Presumably this would involve combining digital with analog ... where are the scientific papers that might inform this, and in English, Mandarin and many other languages? Where is MIT with some of these questions? 

Would you like to meet for a coffee sometime when I'm back at Stanford?

Best, 

Scott

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There are fascinating engineering challenges here in focused yet nearly infinite ways ... and for an online wiki university and school - http://worlduniversityandschool.org.

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