Back ground about the trigonometry  1) Trigonometry means: measuring with triangles.  2) This word came from different languages as other scientific.

Slides:



Advertisements
Similar presentations
Introduction to the Global Positioning System
Advertisements

George Ritchie.
an object move. an object change direction. Forces can make an object slow down or stop. an object accelerate. an object change shape. A force is a.
Distance Measuring.
Global Positioning System (GPS) Math 437/837 CISC490/850.
JIMMY PETERSON INFORMATION SYSTEMS 100 DR. CARL REBMAN GPS- Global Position Satellite.
After GPS was invented, President Ronald Reagan wanted it to be available to all people for their own use. When a Korean Airliner was shot down for invading.
Background Accessibility Popularity of GPS and INS –Cell phones Apple iPhone, Blackberry, Android platform –Nintendo Wii Wii Remote, MotionPlus.
GLOBE NY METRO Modified with permission from AMSTI-GLOBE ( HOW DOES GPS WORK??
GPS – Global Positioning System Nick Fishel MAT 606.
G lobal P ositioning S ystem Vamshi Linga Clint Reitsma.
What is GPS and UTM and how do they work? K. Michalski.
1 What is GPS?. The Global Positioning System Constellation GPS is a global navigation satellite system developed by the U.S. Department of Defense, managed.
GPS Satellites Satellite-based navigation system originally developed for military purposes (NAVSTAR ). NAVSTAR Global Positioning System (GPS) Globally.
What is GPS? GPS, which stands for Global Positioning System, is the only system today able to show you your exact position on the Earth anytime, in any.
Global Positioning System How to know exactly where you are when you’re lost.
Geographic Information Systems
Student Support Services By Andy Williamson How GPS Works.
Andrew McLean Kelvin Barraclough Gisborne Secondary College.
GPS and Navigation Subject Topics: Geography, Geometry and Trigonometry.
INTERNATIONAL INSTITUTE FOR GEO-INFORMATION SCIENCE AND EARTH OBSERVATION The Global Positioning System Bart Krol / Jeroen Verplanke.
By Cody, Darren, and Katie. 24 satellites with a minimum of 21 operating 98% of the time 6 Orbital planes visible for approximately 5 hours above.
1/28/2010PRRMEC What is GPS… The Global Positioning System (GPS) is a U.S. space- based global navigation satellite system. It provides reliable positioning,
What to Review for the Final Exam Physics I 1 st Semester
Chapter 1 Introduction and Mathematical Concepts.
Motion and Force Chapter Twelve: Distance, Time, and Speed Chapter Thirteen: Forces Chapter Fourteen: Force and Motion.
Part 4 Newton’s Second Law of Motion Newton’s Second Law Acceleration is the rate at which your velocity (speed with direction) changes.
The Birth of GPS Beginning in the 1960s, the U.S. military began development of systems to aide navigation. In 1973, all entities were directed to unify.
What is GPS??? GPS is short for Global Positioning System
Intro to GIS Spring  GPS = Global Positioning System  GNSS = Global Navigation Satellite Systems  Satellite based technologies that give location.
GPS How it Works For a full tutorial on GPS and its applications visit the Trimble WebsiteTrimble Website.
1 GPS Global Positioning System. 2 What is GPS? How does it works? GPS stands for Global Positioning System.
Technology Overview Global Positioning System. Global Positioning System:  developed by the US Dept. of Defense  satellite-based  designed to provide.
Similar Figures (Not exactly the same, but pretty close!)
MA.8.G.2.1 Use similar triangles to solve problems that include height and distances Block 30.
Satellites.
What is Global Positioning System (GPS). HOW IT FUNCTIONS… The Global Positioning System (GPS) is actually a worldwide radio-navigation system formed.
CRGIS Global Positioning Systems The Basics CRGIS National Park Service.
Harry Williams, Cartography1 Surveying Techniques II. GPS Despite the fact that Global Positioning Systems use very modern technology, the basic concept.
Global Positioning Systems. Why GPS? Challenges of finding exact location by traditional methods Astronomical observation Adjustments based on gravity.
Lecture 4: Global Positioning System (GPS)
Precision Agriculture: GPS and Differential Corrections.
Principles of the Global Positioning System Lecture 02 Prof. Thomas Herring Room A;
1 Introduction to GPS Mayur Shah (
THE GLOBAL POSITIONING
What to Review for the Final Exam Physics I 1 st Semester
ACCELERATION Chapter 4 Acceleration A change in velocity (speed or direction)
How Does GPS work? Justin Chi Martin Chi Elizabeth Tom.
Copyright © Cengage Learning. All rights reserved. CHAPTER Right Triangle Trigonometry Right Triangle Trigonometry 2.
G p s.  The Global Positioning System (GPS) is a space-based satellite navigation system that provides location and time information in all weather conditions,
More than 2 dozen GPS satellites circle the earth twice a day in a very precise orbit and transmit signal information to earth. GPS receivers take this.
GPS Global Positioning Systems. Titanic – Hit an iceberg and sunk - April 14, 1912 Discovered – Sept. 1, 1985 by Dr. Robert Ballard at a depth of 4 km.
Satellite Network. Satellite Network 24 satellites in orbit, plus 3 backups lbs, solar powered Orbit height is roughly 20,000 km (Earth radius.
Match up the planet with its correct statement.
Agenda: How does GPS work? Introduction to the etrexH GPS unit Buttons/menus Main pages Waypoints GPS applications in the classroom Resource: Easy GPS.
Revised 10/30/20061 Overview of GPS FORT 130 Forest Mapping Systems.
… Presented By DEEPAK KUMAR-10/ECE/54 Index INTRODUCTION HISTORY HOW IT WORKS? APPLICATION CONCLUSION.
A GADGET WHICH CHANGED THE WAY THE WORLD OPERATES Global Positioning System Seminar by: B V Aparna ECE CMR College of Engg. And Tech.
In this chapter you will:  Use mathematical tools to measure and predict.  Apply accuracy and precision when measuring.  Display and evaluate data graphically.
Law of Sines or Law of Cosines? DETERMINE WHICH TO USE BASED ON THE GIVEN TRIANGLE. THEN, EXPLAIN.
The Global Positioning System
What is GPS? GPS, which stands for Global Positioning System, is the only system today able to show you your exact position on the Earth anytime, in any.
Lesson Objectives: To be able to apply trigonometry in real life
Embedded Web Technology (EWT)
Chapter 8: The Unit Circle and the Functions of Trigonometry
Period 2 Question 1.
Motion basics.
Chapter 8: The Unit Circle and the Functions of Trigonometry
Unit 2 Unmanned Aircraft
The Man’s Jeopardy.
Presentation transcript:

Back ground about the trigonometry  1) Trigonometry means: measuring with triangles.  2) This word came from different languages as other scientific words that usually came from( Arabic, Latin, Greek, and Indian).  3) In the Greek language the plane figure with straight line is called polygon, so the three sided figure will be Trigon as they use the prefixes like( tetra, penta, hexa,..etc)

 4) In the Latin language it is the triangle that means the three-corners shape.  5) Finally we have triangulation from Latin and trigonometry from Greek.

Main Ideas about The Global Positioning System  1) It is a system that was originally developed by the United States for military use, and they tried to stop the people from using it at the beginning but finally they gave up and now every one is using it for free.  2) This system is build up on the trigonometry.  3) The ancient people were using trundle wheel or a real tape measure, and that was for the small distances without having mountains or rivers. So The main benefit of this system is to make the calculation of the distances easier and more quicker as we are in the 21 Century.

 4)In our days all that we need to do is to have a GPS receiver in order to calculate our position and its distance from another location.  5)The GPS consists of twenty four GPS Satellites each orbiting the earth twice a day at a height of about km

The relationship between Trignometry and the GPS - The mechanism of the action: *The significance of the time: Each of the GPS satellites and every GPS receiver contains a clock, and all of these clocks are set to exactly the same time. Each GPS satellite broadcasts this time continuously, and also an almanac, saying exactly where it is supposed to be at that time. This signal travels at the speed of light, which means that by the time it reaches the GPS receiver there will be a difference between this time and the time given by the clock inside the receiver. By that difference we can calculate the distance between the GPS satellite and the GPS receiver to an accuracy of less than a meter!

* The requirement for the process: is to receive signals from at least three satellites. * The role of the trigonometry in the process: When we receive the signals the shape that we get it is mainly based on triangles, so that we can use the trigonometry rules when we have the distance from one spot to another for example; The sine and the cosine. Etc.

CONCLUSION  1) As every thing in the world related to the sciences, the GPS system related to the sciences; which means that the GPS doesn’t replace the trigonometry but it is one of the needs that people want it in our day.  2) The GPS is used in countless field in our life: Airplanes, cars, smart phones, military targets, blind people.

A related video that explains how the GPS works.  MkFsJXRI MkFsJXRI