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Kalpesh K Desai, 474 Reed Dr N, W Windsor Township, NJ 08550

Kalpesh Desai Phones & Addresses

4 Reed Dr N, Princeton Jct, NJ 08550   

Princeton Junction, NJ   

Cedar Grove, NJ   

87 Dakota Dr, Trenton, NJ 08619   

Hamilton, NJ   

7637 Jericho Tpke, Woodbury, NY 11797    516-8024694   

7655 Jericho Tpke, Woodbury, NY 11797    516-8024694   

Enfield, CT   

Manchester, CT   

Hoboken, NJ   

Work

Company: Telephonics corporation Feb 2007 Position: Systems engineer

Education

School / High School: Stevens Institute of Technology- Hoboken, NJ May 2004 Specialities: Masters of Engineering in Electrical Engineering

Mentions for Kalpesh K Desai

Kalpesh Desai resumes & CV records

Resumes

Kalpesh Desai Photo 28

Kalpesh Desai

Location:
Greater New York City Area
Industry:
Defense & Space
Kalpesh Desai Photo 29

Dsfad At Dsfds

Position:
dsfad at dsfds
Location:
United States
Industry:
Alternative Dispute Resolution
Work:
dsfds
dsfad
Kalpesh Desai Photo 30

Kalpesh Desai

Kalpesh Desai Photo 31

Kalpesh Desai

Kalpesh Desai Photo 32

Kalpesh Desai

Kalpesh Desai Photo 33

Kalpesh Desai

Kalpesh Desai Photo 34

Kalpesh Desai

Kalpesh Desai Photo 35

Kalpesh Desai

Publications & IP owners

Us Patents

Mechanical Stabilization And Automated Positional Corrections For Stationary Or Mobile Surveillance Systems

US Patent:
2011000, Jan 13, 2011
Filed:
Mar 17, 2010
Appl. No.:
12/661466
Inventors:
Stephen Sekelsky - New York NY, US
Kalpesh Desai - Woodbury NY, US
Stella Wang - Lake Grove NY, US
Steve Ostapow - Garden City NY, US
International Classification:
H04N 7/18
US Classification:
348143, 348E07085
Abstract:
A system for providing mechanical stabilization with automated corrections for stationary or mobile surveillance platforms comprises: a telescoping mast that supports a sensor package containing a camera, surveillance radar, a pan tilt unit, and a tilt sensor with a precision compass. Stabilization involves hardware and software enhancements to conventional surveillance systems. Mast stabilization is achieved by a mechanical guy-wire arrangement which provides for both anti-twist and anti-sway support of the mast upper end through a crisscrossed guy wire arrangement. Eight different software algorithms contribute to stability and highly accurate and rapid slewing of the surveillance equipment. A mast tilt calibration algorithm in combination with a calibration sensor package provides for automatic electronic leveling of the camera with dwells at predetermined pan angles. A mast stability measurement algorithm assesses mechanical stability of the mast by comparing measured mass tilt versus pan characteristics to an ideal curve for a perfectly stabile mast.

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