EAS 4150

EAS 4150

Course information provided by the Courses of Study 2019-2020.

Analysis of GPS operating principles and engineering practice with a culminating design exercise. GPS satellite orbital dynamics, navigation data modeling, position/navigation/timing solution algorithm, receiver and antenna characteristics, analysis of error and accuracy, differential GPS.

When Offered Spring (offered in alternate years).

Prerequisites/Corequisites Prerequisite: 3000-level engineering course with advanced math content (e.g., ECE 3030 or MAE 3260).

Distribution Category (MQR-AS)

Outcomes
  • Develop an understanding of orbital mechanics with non-Keplerian perturbations and reference frames adequate to calculate GPS satellite positions in absolute and local coordinates.
  • Be able to use to use the GPS observables, their physical models, and the multi-variable version of Newton's nonlinear equation-solving method to calculate a navigation solution and a velocity solution.
  • Have an understanding of the sources of ranging errors and how they map to navigation errors.
  • Be able to collect raw GPS data in a laboratory environment, to analyze its properties, including its noise properties, and to use it to derive useful position, navigation, timing, and velocity information.
  • Be able to implement an advanced analysis or design solution to a GPS problem, test it experimentally, and effectively communicate the results in a final report.

View Enrollment Information

Enrollment Information
Syllabi: 1 available
  •   Regular Academic Session.  Choose one lecture and one laboratory. Combined with: ECE 4150MAE 4150MAE 5150

  • 4 Credits Stdnt Opt

  • 16424EAS 4150  LEC 001

    • TRUpson Hall 222
    • Jan 21 - May 5, 2020
    • Hysell, D

  • Instruction Mode: Hybrid - Online & In Person

  • 16425EAS 4150  LAB 401

    • MOlin Hall 145
    • Jan 21 - May 5, 2020
    • Hysell, D

  • Instruction Mode: Hybrid - Online & In Person