Technology For Perceiving The Environment, Understanding The Physical Principle Allows Appropriate Use A Satellite Based Navigation System

There is no longer a need to be a skilled map reader as GPS can provide directions anywhere to the most unskilled navigators, whether it be to a hospital for emergency treatment or a local point of interest for tourists and finds the shortest route16, making travel easier. GPS can also be used to track others16 which has made it far easier to find missing persons as with GPS becoming prevalent in phones and car, almost anyone can be tracked by one of these items. The impact of GPS on travel is unfathomable, it has made the method of navigation that was used for centuries almost obsolete and opened up the world to

From the essay, it can be noted that GSE and GPS have multiple similarities and differences, which sets them apart. More so, GSE covers the gaps, which were left out in the in GPS by giving a more detailed

Initially GPS was developed to fulfil U.S. military needs, however, it was later made available to civilians, and now it is a dual- use system that can be used by both civilian as well as military users.

Ever since man has been observing their surroundings, there has been a desire to go to the far reaches of our earth and out of our earth. Global Positioning Systems, or GPS, has allowed an easier way for people to know where the user is on our earth and to know that we put something into space.

Before you set off on adventures and attempt to capture your next deer or wild hog, you need to make sure you take all of the right things with you. Most hunters now agree that a GPS helps them to get where they need to be. It is also helpful when you are out hunting with a group, if you need to keep track of where everyone is located. Beyond that, it ensures that if you hit an area that has a lot of the animals you are tracking, you can keep up with where you are.

GPS has helped transportation for businesses. With GPS technology, businesses can find shorter routes for their cargo to travel17, saving fuel and time, but more importantly can track their cargo17 meaning businesses can review stock and plan accordingly for its arrival, and receive pre-warning of any delays with their cargo which helps them manage inventory. GPS also prevents employee fraud17as employers can tell exactly what hours their employees have driven which prevents employees lying about the hours they worked and saves employers money. It is far easier to recover cargo if it is lost or stolen en route17 with GPS which, once again, saves employers money. The money spent on NASA, returns indirectly to the taxpayers, justifying its huge budget.

| * shows evidence of information on GPS’s from a brochure and a scientific source * accesses the scientific accuracy of the brochure by identifying areas of comparison in both publications noting any relevant missing information gives supporting statements for the assessment * evaluates the validity of the information in the brochure and gives supporting statements for the assessment * presents clear relevant drawings that show how waves are used in GPS’s * identifies how the properties of waves that make them useful for this type of technology * identifies some current research into the future development of GPS’s

In addition, the police is using the GPS for location tracking. In the article, DesMarais,2012. “This Smartphone Tracking Tech Will Give You the creeps.” It explains that the IPS allows pinpoint tracking of any WiFi enabled device, such as a smartphone or tablet.

Who in here owns a GPS or has a GPS built into their smartphone? Have you ever wondered how that works or more importantly, how did that GPS satellite travel from the ground to its 12,000 mile Medium Earth orbit? If you have ever seen a rocket launch on TV or in person you know how impressive that event is…

GPS is one of the tools that scientist use to predict volcanic eruptions. This allows scientist to check underground for small earthquakes. The GPS tool can also detect if the magma is overpressured. If the pressure of the magma is to high, its a signal of eruption. The GPS can also detect the movement of magma underground which can also be a signal. These are so things that the GPS can do to help predict volcanic eruptions.

A GPS is used, to get a rough location of the car, at which point radar, lasers and cameras take over to monitor the world around the car, 360-degrees. The software can recognise objects, people, cars, road marking, signs and traffic lights, obeying the rules of the road and allowing for multiple unpredictable hazards, including cyclists. It can even detect road works and safely navigate around

In order for the cars to work, there are many systems that work together.Radar sensors are there to monitor the position of the cars nearby. Lidar systems to detect edges of roads and identify land markings by bouncing pulses of light off car’s surroundings.

The GPS-Guided Munitions were used in war. They were created in 1995 by the government. During the First Gulf War, Iraqi troops invaded Kuwait. When the United States responded they bombarded the army and them counter-invaded the army out of Kuwait. Iraqi troops were hit with thousands of precision-guided bombs which had never been used in a war before. They were bombs that were more accurate which meant less civilian deaths. They were laser-guided missiles. However, the lasers could be blocked on a cloudy day or can be intercepted and hit something it wasn’t supposed to. The GPS (Global Positioning System) became functional in 1995 which helped make precision-guided bombs precise. The GPS-guided Munitions decreased the number of civilian

There are 24 satellites that circle the earth every 12 hours. These satellites are split into six groups of four and each group creates an orbital plane. These six orbital planes allow the satellites to move in a way that covers the earth completely. GPS satellites transmit signals to equipment on the ground. An example is a GPS receiver (GPS receiver can only receive the signals form the satellites but they can’t transmit any signals). The receivers work best in an open outdoor area where there is a clear view to the sky. At any time there are always four visible satellites. The GPS receiver can calculate how far each satellite is based on the time it took the signal to reach the receiver. Using the distance from each satellite that the receiver calculated it could then use a process called trilateration to pinpoint the location of the receiver [1].

Though the guns used in commercially played laser tags have lasers they are not used in actual mechanism of the game, they actually use infrared to register hits. Infrared has its own cool properties such as it gets scattered in very short