Got a tricky question? Receive an answer from students like you! Try us!

Global Navigation System - Lab Report Example

Free
High school
Author : leonel76
Lab Report
Engineering and Construction
Pages 3 (753 words)
Download 0

Summary

Global Navigation System In past different means and measures have been used to keep track of things and people .All those means were less effective and more tedious in nature. Mid 20th century gave us concept of something that is more effective, less tiresome and that technology is called Global Navigation System or Global Positioning System .Global Positioning System has made the task of tracking and monitoring possible and has enabled all those things which were not possible in past…

Extract of sample
Global Navigation System

The idea of a global setup for navigation and monitoring was conceived in around 1960s when feasibility studies were conducted for this purpose, and in late 1970s the setup was run practically. For first few years the operations were limited to military use and defense purposes while last decade of 20th century gave rise to commercial use of G.P.S. There are two more competitive forces in competition with NAVSTAR in this field, one run and administered by Russia called GLONASS, while Europeans have Galileo in place. The annual costs incurred in the working and maintenance of G.P.S is around one billion dollars annually. Global Navigation system can help determining two things to nearly exact proximity. The coordinates in form of longitude, latitude, and height while Time in terms of Universal Standard times (2). G.P.S is run and administered by United States Air force and has a massive setup behind it, a total of 24 constellation satellites are in place for performing twenty four hours tasks operation. ...
Download paper

Related Essays

A Feasibility Study of Building Structural Deformation Monitoring using Global Positioning (GPS)
To achieve their objectives through this study, the authors monitored structural deformations in one high-rise building, viz. the Twin Tower of Science and Technology Complex, and one low-rise building, viz. the Innovation Centre Building, both of which belonged to the University Technology MARA (UiTM), in Selangor, Malaysia. The authors chose high accuracy GPS (±1 mm) and total station (± 1 mm, 1”) to apply in deformation monitoring of the buildings, to improve accuracy of the survey. During the course of the study, authors identified appropriate points on the building structure, and…
7 pages (1757 words)
Fieldwork GPS report
The first type is the Total Station, which is classic equipment and is not only a GPS system. The other two types of equipment used are the Trimble Juno SB handheld and Leica antenna. These two types of equipment are used in similar ways to position points, but the Leica antenna is more accurate and expensive. On the other hand, the Trimble is cheaper than the Leica antenna. This report will show how the devices can be used and a comparison between all three based on the results each type of equipment’s accuracy. Aim: To understand how GPS systems work by using different types of equipment,…
4 pages (1004 words)
hybrid system
The recommendations were also included and this is where the researcher attempted to offer some suggestions of providing an improved or well-designed hybrid system. Lastly, the conclusion provided a brief summary of what was covered in the research, and suggestion for further studies in determining the impact of hybrid systems to heat a home and also the challenges it poses in to vendors. Hybrid System Introduction Hybrid system is a modern innovative technology that combines test and measurements components from modular instrumental platforms. Hybrid systems arise when the continuous and…
4 pages (1004 words)
Pelamis (Wave energy system)
Generally, offshore devices have the lowest potential impact1. Wave energy is also not expensive to maintain and operate. It guarantees 100% available technology and when complete, it can serve a high demand of electricity. It is also tuneable, power smoothing and has maximum site flexibility. The converter can be maintained off site and has minimum work on site. It is also almost invisible to large hydrodynamic effects, making it strong on survivability. The converter is also a great relief to the impending exhaustion and reduced reserves of fossil fuels, and the geopolitical issues related…
3 pages (753 words)
New Aircraft Avionics installation and functionality
It also describes and shows the block diagram, power source wiring, and the electrical cable routing for the three systems. The paper also details the operation and functionality of the remaining two systems in reference to their block diagram, power source wiring, and the electrical cable routing. The report describes the system in depth including the exact functions of the systems, detailing their peripherals and their form of redundancy. The chosen hypothetical avionics systems include communication and navigation system, cabin and cockpit information system, flight instruments (flight…
8 pages (2008 words)
Overload protection systems
Depending on the type of overload, the appropriate protection systems are chosen and employed is design of machines. For instance, relays, overload release and circuit breakers are used to protect systems against mechanical overload (Bhalja & Maheshwari, 2011). The most common overload protection systems are mechanical and hydraulic overload protection systems. Mechanical overload protection systems are used in mechanical presses; the working principle is based on a delicate shear plate that requires approximately 130% capacity to be broken. When the shear plate is broken, a slide in position…
4 pages (1004 words)
Aircraft System Principles and Applications
Before going into the details of how air properties affect the flight of a plane, one must have deep insight into the correlation of air properties. Variation in air pressure directly affects the density of air if the temperature is kept constant. Both the pressure and the density are directly proportional to each other and if pressure decreases at a given temperature, density of air also decreases resulting in greater distance between air molecules. If another case is considered, in which pressure is kept constant, increased temperature results in decreased density of air and decreased…
8 pages (2008 words)