About Us Our Work Employment News & Events
MITRE Remote Access for MITRE Employees Site Map
Our Work
Share this page

Follow Us On:

Visit MITRE on Facebook
Visit MITRE on Twitter
Visit MITRE on YouTube
View MITRE's RSS Feeds
Home > Our Work > Technical Papers >

Interference Benefits of a Vector Delay Lock Loop (VDLL) GPS Receiver

May 2007

Don Benson, The MITRE Corporation

ABSTRACT

The interference benefits of a vector delay lock loop (VDLL) GPS receiver are compared by simulation over those of a conventional receiver as a first step before hardware implementation. Besides improvement to interference performance, other benefits to the user include: no additional hardware, no increase in power requirements, no increase in weight, and no decrease in reliability. In addition simulation results show a VDLL receiver can implement different filter bandwidths to accommodate differences that may be expected in vertical and horizontal motions. A conventional receiver can not do this. VDLL can be implemented as part of an ultratightly coupled or a deeply integrated GPS receiver so that if the inertial system degrades or fails, the receiver has the interference benefits of VDLL.

» Download Paper [PDF, 358KB]

Additional Search Keywords

N/A

 

Page last updated: June 7, 2007   |   Top of page

Homeland Security Center Center for Enterprise Modernization Command, Control, Communications and Intelligence Center Center for Advanced Aviation System Development

 
 
 

Serving as Architects of Information Advantage.™
Copyright © 1997-2009, The MITRE Corporation. All rights reserved.
MITRE is a registered trademark of The MITRE Corporation.
Material on this site may be copied and distributed with permission only.

MITRE Named to FORTUNE's "100 Best Companies to Work For" List for Eighth Straight Year MITRE Named to "Best Places to Work in IT" List for Fifth Consecutive Year
 

Privacy Policy | Contact Us