Safety glasses incorporating monitoring systems having at least one battery, a microchip powered by the battery and configured to be responsive to a signal from at least one wireless transmitter to activate the microchip when the safety glasses are in the vicinity of the wireless transmitter unless deactivated by pressure from the bridge of a users nose, the safety glasses having a pair of stems, each having a speaker, a red LED and a vibrator coupled to the microchip and configured to sound an alarm, flash the LEDs and cause a vibration responsive to a signal from a wireless transmitter when the microchip is not deactivated by pressure from the bridge of the users nose.
Optimizing Volume Placement Based Upon Desired Response Time And Priority
- ARMONK NY, US Stephen A. Byrd - Sunnyvale CA, US Benjamin J. Randall - Fort Collins CO, US
International Classification:
G06F 3/06
Abstract:
A method, computer program product, and system for determining an optimal volume placement on a storage system. The method includes acquiring at least a desired response time range for each storage volume associated with an application. The degree of optimization of volume placement is evaluated utilizing numeric scores assigned by a fitness function, and a recommendation is provided for storage volumes that should be moved to different storage pools, such that desired response times are met.
Alameda Health Systems Oakland, CA Mar 2013 to Sep 2013 Medical Records ClerkKid's Country Danville, CA Mar 2011 to Jul 2011 Daycare SupervisorFriends for Asia Organization
Feb 2010 to Feb 2010 Volunteer English Teacher
Education:
California State University Chico, CA Dec 2012 Bachelor of Arts in International RelationsUniversidad Rey Juan Carlos Madrid, Madrid 2012 Spanish Level IIIUniversity of Torino Torino, Piemonte 2008 Italian Language and Architecture
Cleveland Junior Naval Academy St. Louis MO 1992-1996
Community:
Brian Henderson, James Hicks, Christopher Johnson, Jesse Hatcher, Glenn Strebeck, Robert Martin, Latonya Ward, Vernon Redmon, Monica Davis, Tiffany Todd, Frank Andrews