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
New Technologies to Improve High Frequency Performance in Nitride
Semiconductor
Technology /
Case number:
#14353
Tomas Palacios / Jinwook Chung
Technology Areas:
Chemicals & Materials / Communication Systems / Computer Science / Electronics & Photonics
Impact Areas:
Connected World
License
Discretely Actuated Solar
Mirrors
Technology /
Case number:
#14333K
Steven Dubowsky / Seung Lee / Amy Bilton
Technology Areas:
Computer Science / Energy & Distribution
Impact Areas:
Sustainable Future
,
Connected World
License
Dynamic Distributed Dimensional Data Model (D4M) Database and
Computation
Technology /
Case number:
#14324L
Jeremy Kepner
Technology Areas:
Computer Science / Industrial Engineering & Automation
Impact Areas:
Connected World
License
High-Performance Processor for Large Graph Algorithm and Sparse Matrix
Computations
Technology /
Case number:
#14306L
Bill Song
Technology Areas:
Artificial Intelligence (AI) and Machine Learning (ML) / Computer Science
Impact Areas:
Connected World
License
Automatic Detection and Repair of Semantic Errors in
Programs
Technology /
Case number:
#14253J
Martin Rinard / Tim Anderson / Greg Sullivan / Basil Krikeles / Paolo Piselli / Eric Lahtinen / Stylianos Sidiroglou / Jeff Perkins
Technology Areas:
Computer Science
Impact Areas:
Connected World
License
Relativistic Statistical
Arbitrage
Technology /
Case number:
#14247J
Cameron E Freer / Alexander Wissner-Gross
Technology Areas:
Communication Systems / Computer Science
Impact Areas:
Connected World
License
Non-Invasive Clinical Diagnosis Using Miniaturized Spectroscopic
Sensors
Technology /
Case number:
#14227
Michael Feld / Jeon Woong Kang / Narahara Dingari / Ishan Barman / Ramachandra Dasari
Technology Areas:
Biotechnology / Computer Science
Impact Areas:
Healthy Living
License
Mode-Locking with Minimum Nonlinearity Using Gain-Matching Output
Couplers
Technology /
Case number:
#14156
Franz Kaertner / Li-Jin Chen
Technology Areas:
Computer Science / Electronics & Photonics
Impact Areas:
Advanced Materials
License
Peaky Binning Relaying Scheme for Wideband/Low Signal-to-Noise Ratio (SNR) Wireless
Communications
Technology /
Case number:
#14148J
Muriel Medard / Nadia Fawaz
Technology Areas:
Communication Systems / Computer Science
Impact Areas:
Connected World
License
A Method to Identify and Compensate for In-Plane Resonances of a Scanning Probe
Microscope
Technology /
Case number:
#14095
Kamal Youcef-Toumi / Daniel Burns / Georg Fantner
Technology Areas:
Biotechnology / Computer Science
Impact Areas:
Healthy Living
License
Pagination
Previous page
‹‹
Page 20
Next page
››
Subscribe to Computer Science