Global Unification through Handheld Technology Essay

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

The main piece of technology used for communication today are smartphones. On smartphones, they have many appealing features to the eye, including talking on the phone, texting others, and downloading helpful applications. They also have an app of maps on them, that do much of what a GPS device would be able to do. In a journal article, called Our Cell Phone, Ourselves, the author, Christine Rosen, states features of cell phones saying, “One new phone hitting the market boasts video capture and playback, a 1.2 megapixel camera, a 256 color screen, speakerphone, removable memory, mp3 player, Internet access, and a global positioning system” (Rosen 30). This quote summarizes that a cell phones goal is to not only be a GPS, but has other features on it for the user. The primary goal of a GPS device is just to navigate; it does not have a camera, video capture, music, or internet access. Smartphone maps and GPS devices are very similar, but also have differences. Both systems have maps, voice and written route directions, and the walking option. Many features like arrival time, miles till destination, different possibility of routes the user can take showing time differences, points of interests, and spoken directions are on both the Global Positioning System device and on the smartphone device. GPS devices work strictly by satellite signals in the sky to determine the exact place of the user. GPS apps on smartphones work by

The development of the Global Positioning System, GPS for short, was accelerated by Sputnik in more than one way. When Sputnik launched, Guier and Wieffenback were able to measure the doppler shift in the signal that was broadcast from Sputnik and successfully estimate the location of Sputnik. After telling their Laboratory’s Director about their discovery they were granted

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.

It can also utilise a system of data layers; oceanographic and meteorological conditions. Air operations need accurate readings on location; the distance from land to air. They need terrain readings. The military uses GIS and GPS technologies to assess situations and make the best tactical decision based on the accurate spatial data involved. Understanding terrain is crucial to deployment of troops. Geospatial analysists make sure this gets done. The military uses GIS for intelligence, production mapping, and military operations. In a land situation, an assembly position can be created using GIS map. A roadblock can also be put in. Basically, what used to be done on paper is now virtually limitless with GIS mapping technology. Military commanders utilise spatial data to create plans for land operations. Based on observed activity, possible enemy scenarios can be configured. Vehicle commander is a real-time GPS application used on the ground. The vehicle commander can see other partners driving around. It's got a 911 application, which allows the vehicle commander to put out a distress call, to alert the other vehicles on the ground that they are in trouble. The vehicle commander can also do a spot report; reporting any suspicious activity. And that data will be stored in the application and the other vehicles and management will be alerted to the spot report in an instant. If suspicious guys are seen in the area, the spot report will have the set of reported information in that area. The spot report can also detail if they had any weapons on them, etc. The squad leader application is android-based. It's meant to be used by guys on the ground. The application can utilise a scan map, topographic map, or satellite imagery. Once a red light (spot report) has been checked and confirmed okay, that light can be updated to green on the map, so the 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.

Mobile technology devices are used more today in the office for communicating outside the office. These devices provide the office worker the independence to stay in contact during commutes, to work from home, or to participate in meetings when away from the office. According to research, the most valued qualities of using mobile technology are the functions that the devices provide (Gebauer, 2008).

The Global Positioning System (GPS) is a constellation of twenty four satellites that can pinpoint any position on earth using a GPS receiver. Used to calculate exact position, speed and time, there are tremendous

The Golf GPS device will help you know the right distance from your location, your target and how far you hit each club. The addition of a GPS device will remove any guesswork and take your game to the next

Technological advances have been exploding in the past few years at an astounding speed. Gone are days of dial up internet access and waiting to download files that took hours. The technology today will allow a person to send and receive information in seconds. Smart phone technology has virtually replaced the need for a desk top computer or even a laptop. The invention of touch screens for computer and cell phones allows the user to eliminate the keyboard and use a finger or a stylus pen (O’ Brien & Marakas n.d.).

Only until recently, however, have location services’ significance exponentially increased. From trivial games and apps to life-saving utilities, location services are being put to work more than ever. These items rely on the user’s location, which can be gathered from two different methods (Location Services: the Good, the Bad, and the Ugly). The first method involves Global Positioning Systems (GPS). As explained by Location Services: the Good, the Bad, and the Ugly, “the GPS hardware in the phone is capable of communicating with the 30 GPS satellites that orbit the globe. Using three satellites at one time, the GPS is able to pinpoint the user’s exact location” (Location Services: the Good, the Bad, and the Ugly). Most phones have built in GPS communicators, and since this process typically determines the user’s location faster and more accurately than its counterpart, is utilized more. However, before GPS were commonplace, location of the consumer was calculated by gauging the distance, via cell signal, from three different cell phone towers. This process, also known as triangulation, generates an approximate location of the user. Although this method is not as accurate as GPS, it still has a place in determining location today. Used alongside GPS, triangulation can produce an almost exact location of the user. Together, these methods make up what is commonly referred to as location services, and they direct all location-demanding

GPS tracking and positioning is also incorporated into every automated car, for the self-evident purpose of informing driver and car where they are and where they're going. Some cars

Today the accuracy of GPS navigation is not questioned, however, there are still some Applications that use GPS to plot routes between two points and can be very inaccurate because it is hard to determine the difference between locations [5]. For example if you are on a trail that is not registered a GPS could give you an incorrect route. Also a GPS receiver will give inaccurate readings in a forest or a city with tall buildings because satellites have to send clear signals to GPS

Technology has, since the primitive years, always been used to invent tools in order to solve problems. This would, in turn, simplify and make man’s life easier. Through advancements in the field, man has become more efficient on both the macro- and microscopic level. Anything nowadays can be attained with either the flip of a switch or a click of a mouse. One particular technology that came about in this time was the smartphone. Since 2008, the smartphone, a device that combines a normal cell phone with a computer, typically offering Internet access, data storage, e-mail capability, etc. all in your hand was deemed as ground-breaking technology and created one of the largest and most competitive market in terms of

Mobile computing has infiltrated every area of our planet and personal lives. We have become so dependent upon our mobile devices they are often referred to as our third limb. Regardless of race, color, creed or location, mobile technology has shrunk the entire world into the palm of our hands. Mobile technology has made research, communication with our friends and family, education, entertainment and even banking possible to do on the go.