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Federal Circuit Finds No Assignment By Employment Agreement - Intellectual Property

Federal Circuit Finds No Assignment By Employment Agreement - Intellectual Property
mondaq.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from mondaq.com Daily Mail and Mail on Sunday newspapers.

United-states , Michigan , Stanford-jr , Trustees-of-leland , Sys-inc , Provost-for-research , Regents-of-the-university-michigan , University-of-michigan , Um-office-of-technology , Supreme-court , Omni-medsci-inc , Apple-inc

PrivacyMic: A smart home system that doesn't record speech

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PrivacyMic: A smart home system that doesn’t record speech
Microphones are perhaps the most common electronic sensor in the world, with an estimated 320 million listening for our commands in the world’s smart speakers. The trouble is that they’re capable of hearing everything else, too. But now, a team of University of Michigan researchers has developed a system that can inform a smart home – or listen for the signal that would turn on a smart speaker – without eavesdropping on audible sound.
The key to the device, called PrivacyMic, is ultrasonic sound at frequencies above the range of human hearing. Running dishwashers, computer monitors, even finger snaps, all generate ultrasonic sounds, which have a frequency of 20 kilohertz or higher. We can’t hear them – but dogs, cats and PrivacyMic can.

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University of Michigan researchers develop microphone for smart speakers that doesn't eavesdrop

New technology developed at U-M could prevent smart speakers from listening to our conversations.

Michigan , United-states , Alanson , Yasha-iravantchi , Um-office-of-technology , University-of-michigan , Alanson-sample , Um-office , Ann-arbor , Tech , Technology , Innovation

'PrivacyMic': For a smart speaker that doesn't eavesdrop

‘PrivacyMic’: For a smart speaker that doesn’t eavesdrop
Microphones are perhaps the most common electronic sensor in the world, with an estimated 320 million listening for our commands in the world’s smart speakers. The trouble is that they’re capable of hearing everything else, too.
But now, a team of University of Michigan researchers has developed a system that can inform a smart home—or listen for the signal that would turn on a smart speaker—without eavesdropping on audible sound.
The key to the device, called PrivacyMic, is ultrasonic sound at frequencies above the range of human hearing. Running dishwashers, computer monitors, even finger snaps, all generate ultrasonic sounds, which have a frequency of 20 kilohertz or higher. We can’t hear them—but dogs, cats and PrivacyMic can.

Michigan , United-states , Alanson , Yasha-iravantchi , Mayank-goel , Karan-ahuja , Chris-harrison , Carnegie-mellon-university , Um-office-of-technology , University-of-michigan , Alanson-sample , Raspberry-pi-based

'PrivacyMic': For a smart speaker that doesn't eavesdrop

Microphones are perhaps the most common electronic sensor in the world, with an estimated 320 million listening for our commands in the world’s smart speakers. The trouble is that they’re capable of hearing everything else, too.
But now, a team of University of Michigan researchers has developed a system that can inform a smart home—or listen for the signal that would turn on a smart speaker—without eavesdropping on audible sound.
The key to the device, called PrivacyMic, is ultrasonic sound at frequencies above the range of human hearing. Running dishwashers, computer monitors, even finger snaps, all generate ultrasonic sounds, which have a frequency of 20 kilohertz or higher. We can’t hear them—but dogs, cats and PrivacyMic can.

Michigan , United-states , Alanson , Yasha-iravantchi , Mayank-goel , Karan-ahuja , Chris-harrison , Carnegie-mellon-university , Um-office-of-technology , University-of-michigan , Alanson-sample , Raspberry-pi-based

U-M Harnessing Hum of Fluorescent Lights to Power Computers

U-M Harnessing Hum of Fluorescent Lights to Power Computers
A team led by researchers at the University of Michigan in Ann Arbor has developed a material that could allow the property that makes fluorescent lights buzz power a new generation of more efficient computing devices.
Researchers at U-M have developed a material that could power a new generation of more efficient computing devices. // Image courtesy of U-M
A team led by researchers at the University of Michigan in Ann Arbor has developed a material that could allow the property that makes fluorescent lights buzz power a new generation of more efficient computing devices.

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Harnessing the hum of fluorescent lights for more efficient computing

The property that makes fluorescent lights buzz could power a new generation of more efficient computing devices that store data with magnetic fields, rather than electricity.
A team led by University of Michigan researchers has developed a material that’s at least twice as “magnetostrictive” and far less costly than other materials in its class. In addition to computing, it could also lead to better magnetic sensors for medical and security devices.
Magnetostriction, which causes the buzz of fluorescent lights and electrical transformers, occurs when a material’s shape and magnetic field are linked—that is, a change in shape causes a change in magnetic field. The property could be key to a new generation of computing devices called magnetoelectrics.

Berkeley , California , United-states , Michigan , America , Peter-meisenheimer , John-heron , Robert-hovden , Emmanouil-kioupakis , University-of-california , Purdue-university , Um-office-of-technology

DBusiness Daily Update: U-M's Accelerate Blue Fund Makes First Investment, Oakland County Retains Moody's Aaa Bond Rating, and More

DBusiness Daily Update: U-M's Accelerate Blue Fund Makes First Investment, Oakland County Retains Moody's Aaa Bond Rating, and More
dbusiness.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from dbusiness.com Daily Mail and Mail on Sunday newspapers.

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U-M venture fund makes first investment after reaching $2M first-close fundraising milestone

Contact: jkaroub@umich.edu
The Accelerate Blue Fund, a University of Michigan early-stage venture fund raised through philanthropy, has reached its first fundraising milestone and made its first investment in a U-M tech startup.
The recipient of the fund’s first investment is Movellus Inc., which provides technology to boost semiconductor chip design for cloud computing, artificial intelligence and other applications. Movellus, based in San Jose, California, with operations in Ann Arbor, launched in 2016 with help from U-M’s Office of Technology Transfer.
Accelerate Blue has made an initial investment of $150,000 in Movellus as part of a $3 million bridge round.

California , United-states , Ann-arbor , Michigan , Mo-fasil , Mike-psarouthakis , Ray-stata , David-wentzloff , Um-tech-transfer-venture-center , Um-office-of-technology , Movellus-inc , Regents-of-the-university-michigan

U-M venture fund makes first investment after reaching $2M first-close fundraising milestone

U-M venture fund makes first investment after reaching $2M first-close fundraising milestone
umich.edu - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from umich.edu Daily Mail and Mail on Sunday newspapers.

California , United-states , Ann-arbor , Michigan , Mo-fasil , Mike-psarouthakis , Ray-stata , David-wentzloff , Kelly-sexton , Um-tech-transfer-venture-center , Um-office-of-technology , Movellus-inc