Skip to content
Researchers & MIT Community
Protect
Submit Disclosure
IPIA & Ownership
Understanding Intellectual Property
Tangible Property Licensing
Software & Open Source Protection
Learn
Technology Transfer Overview
Patenting & Commercializing Your Invention
Choosing Vendors & Merchandise
Learn More about IP
Connect
Connect with Your Licensing Officer
Office Hours
Events
Contact Us
Industry & Entrepreneurs
License
Browse Available Technologies
Technology Portfolios
Start the Licensing Process
License MIT’s Trademark
Understanding Expedited Licenses
Learn
Understanding the Licensing Process
Entrepreneurs & Startups
Meet MIT Researchers
Browse Startups
Learn More about IP
Connect
Connect with a Licensing Officer
Contact Us
Impact
About
Our Team
Join Our Mailing List
Annual Reports
Career Opportunities & Internships
FAQs
Submit Disclosure
Browse Technologies
Understand IP
Resources
News
Events
Our Team
Contact
Search
Content type
Search technologies only
Researchers & MIT Community
Protect
Submit Disclosure
IPIA & Ownership
Understanding Intellectual Property
Tangible Property Licensing
Software & Open Source Protection
Learn
Technology Transfer Overview
Patenting & Commercializing Your Invention
Choosing Vendors & Merchandise
Learn More about IP
Connect
Connect with Your Licensing Officer
Office Hours
Events
Contact Us
Industry & Entrepreneurs
License
Browse Available Technologies
Technology Portfolios
Start the Licensing Process
License MIT’s Trademark
Understanding Expedited Licenses
Learn
Understanding the Licensing Process
Entrepreneurs & Startups
Meet MIT Researchers
Browse Startups
Learn More about IP
Connect
Connect with a Licensing Officer
Contact Us
Impact
About
Our Team
Join Our Mailing List
Annual Reports
Career Opportunities & Internships
FAQs
Submit Disclosure
Browse Technologies
Understand IP
Resources
News
Events
Our Team
Contact
Search
Content type
Search technologies only
Decoding by Guessing Noise
II
Technology /
Case number:
#20215J
Muriel Medard / Kenneth Duffy
Technology Areas:
Artificial Intelligence (AI) and Machine Learning (ML) / Communication Systems / Computer Science
Impact Areas:
Connected World
,
Advanced Materials
License
A Molecular
Clock
Technology /
Case number:
#20207
Ruonan Han / Cheng Wang
Technology Areas:
Chemicals & Materials / Communication Systems / Computer Science
Impact Areas:
Connected World
,
Advanced Materials
License
Ultraminiature Multiband Scanning Microwave
Radiometer
Technology /
Case number:
#20185L
Erik Thompson / Mike DiLiberto / Joseph Racamato / Vincent Leslie / Idahosa Osaretin / James Eshbaugh / Steve Gillmer / Christopher Galbraith / William Blackwell
Technology Areas:
Communication Systems
Impact Areas:
Connected World
License
Decoding via Guessing
Noise
Technology /
Case number:
#20169J
Muriel Medard / Kenneth Duffy / Jiange Li
Technology Areas:
Artificial Intelligence (AI) and Machine Learning (ML) / Communication Systems / Computer Science
Impact Areas:
Uncharted Frontiers
License
Gastric Residence
Electronics
Technology /
Case number:
#20092J
Robert Langer / Yong Lin Kong / Giovanni Traverso
Technology Areas:
Biomaterials & Bioelectronics / Biotechnology / Communication Systems
Impact Areas:
Healthy Living
License
Space Based Inflatable
Antenna
Technology /
Case number:
#20076L
Alan Fenn / Sean Crowley / Bakari Hassan / James Finnell / Frank Robey / Jesse Mills
Technology Areas:
Communication Systems / Computer Science
Impact Areas:
Connected World
License
Human-Activity Kinetic Alignment
(HAKA)
Technology /
Case number:
#19889L
Robert Cunningham / Richard Shay
Technology Areas:
Biotechnology / Communication Systems / Computer Science
Impact Areas:
Healthy Living
License
Base Station Ordering Technique (BoLT) for Localization in Dense Cellular
Networks
Technology /
Case number:
#19869J
Moe Win / Hesham ElSawy / Mohamed-Slim Alouini / Wenhan Dai
Technology Areas:
Communication Systems / Computer Science
Impact Areas:
Connected World
License
Predicting Native Language from
Gaze
Technology /
Case number:
#19818
Boris Katz / Yevgeni Berzak
Technology Areas:
Artificial Intelligence (AI) and Machine Learning (ML) / Communication Systems / Computer Science / Sensing & Imaging
Impact Areas:
Uncharted Frontiers
,
Connected World
License
Compact Model Nonlinear Compensation of Bandlimited Receiver
Systems
Technology /
Case number:
#19788L
Xiao-Yu Wang
Technology Areas:
Communication Systems / Computer Science
Impact Areas:
Connected World
License
Pagination
Previous page
‹‹
Page 29
Next page
››
Subscribe to Communication Systems