Global Positioning System by NPTEL | Notes, Videos, MCQs & PPTs

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Civil Engineering (CE) Global Positioning System by NPTEL | Notes, Videos, MCQs & PPTs

Course Speciality

The course is originally created by Dr. R.D. Garg of IIT Roorkee for NPTEL.
The course provides in-depth knowledge of Global Positioning System (GPS).

Even if you are not a student at IIT, you are welcome to "take" this course and it's free of cost.

If you're a teacher, you are welcome to adopt or adapt these materials for your own course, per the license.
Global Positioning System by NPTEL | Notes, Videos, MCQs & PPTs is created by Civil Engineering (CE) teachers & experts for students preparing for Civil Engineering (CE) syllabus. Global Positioning System by NPTEL | Notes, Videos, MCQs & PPTs will help everyone preparing for Civil Engineering (CE) syllabus with already 1437 students enrolled. Global Positioning System by NPTEL | Notes, Videos, MCQs & PPTs is the best book for Civil Engineering (CE). You can download Free Global Positioning System by NPTEL | Notes, Videos, MCQs & PPTs pdf from this course as well. This also contains Civil Engineering (CE) slides including Global Positioning System by NPTEL | Notes, Videos, MCQs & PPTs ppt. Civil Engineering (CE) 1437 for Global Positioning System by NPTEL | Notes, Videos, MCQs & PPTs syllabus are also available any Civil Engineering (CE) entrance exam. With Civil Engineering (CE) exam 2019 coming close, we have covered Civil Engineering (CE) exam 2018, 2017 & 2016 as well to get you a perfect result for Civil Engineering (CE). This is the best Global Positioning System by NPTEL | Notes, Videos, MCQs & PPTs e-book even including all Civil Engineering (CE) sample papers and study material from the best teachers and experts from all over the country. All Civil Engineering (CE) notifications will be updated in this and you can apply for any Civil Engineering (CE) form after this and expect a great result after studying from this course!

Course content

  1. Global Positioning System by NPTEL

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Lecture 3.2 - Types of Ephemeris

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Lecture 4.7 - Multipath

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Lecture 6.2 - Practical GPS survey field procedures

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Lecture 4.5 - Cycle Slips

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clock and position geometry based source of errors

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Lecture 4.3 - Effects of Orbital Bias

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Lecture 5.3 - Data Processing Models for Single Point Positioning and Relative & Differential

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Lecture 6.3 - Accuracy and Recording Time

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Lecture 4.1 - GPS satellite orbit

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Lecture 6.4 - Accuracy and Recording Time - 2

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Lecture 7.1 - GPS modernization - Introduction

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Lecture 3.3 - GPS Data Formats

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Lecture 2.7 - Principle of GPS position fixing

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Lecture 5.1 - Introduction to Adjustment Computation

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Lecture 8.3 - Geographical Information System

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Lecture 5.5 - Static Relative Positioning

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Lecture 2.2 - Details of GPS Segments

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Lecture 2.6 - GPS Receivers

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Lecture 8.1 - Geodetic Control Surveys

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Lecture 3.1 - Determination of GPS Satellite Coordinates

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Lecture 7.4 - Introduction to GLONASS and GALILEO system - 2

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Lecture 1.1 - Introduction to Geodesy

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Lecture 4.6 - Propagation or atmosphere dependent source of errors

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Lecture 4.8 - Satellite Geometry based Measures

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Lecture 4.4 - Receiver Clock Dependent of Source of Errors

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Lecture 7.2 - Future developments in GPS

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Lecture 1.2 - Geodetic System

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Lecture 4.2 - Various Forces on GPS Satellites

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Lecture 8.4 - Vehicle Tracking and Navigation

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Lecture 2.5 - GPS Signal Signature

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Lecture 2.1 - History of GPS

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Lecture 7.3 - Introduction to GLONASS and GALILEO system

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Lecture 2.4 - Advantages and Current Limitations of GPS

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Lecture 6.5 - Preparation of GPS surveys : Setting up an Observation plan

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Legacy civil signal

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Lecture 2.3 - Blocks of GPS Satellites

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Lecture 8.2 - Engineering and monitoring

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Lecture 5.4 - Data Combinations

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Anti Spoofing

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Lecture 6.6 - Practical aspects of field observations

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Lecture 6.1 - Single Point Positioning vs Relative Positioning

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Lecture 6.7 - Observation strategies

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Lecture 5.2 - Observation Equation

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