...Telecommunication Evolution Timeline The way we communicate with one another across distances large and small has changed radically over the last century. We as a nation have gone from the basic telephone used to talk to others across the country to “smart” phones that can be used to not only talk to one another but send text messages and surf the internet. In this paper we will review a few of the major milestones of the telecommunication industry. The first form of telecommunication was the telephone, invented by Alexander Graham Bell in 1876. This invention would later open the door to a variety of different types of communications. Another important milestone was the created of the Bell Company monopoly in 1888. By securing patents the company was able to manufacture equipment and provide telephone services with no competition. Most young people today do not remember a time before touch tone service. They take the menu prompt they hear when calling a company for granted. This touch-tone service did not exist until 1963. We can now choose one for accounting or two for the help desk. The next major milestone in telecommunications is the internet. Many think of the internet as the “information super highway” we use today. The Internet was created in 1969 as a result of the Cold War. It was created to be an effective form of communication in case of a nuclear war. It was meant to be used by the military, but with the introduction of a new interface in the 1990s...
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...Telecommunications Evolution Timeline Ronda Nyberg NTC/362 University of Phoenix Antonio Tovar 08/13/2012 The telecommunication timeline began in 1876 and I did a in-depth time line covering the evolution of the telecommunications over the years. 1876 with the invention of the telephone by Alexander Graham Bell, 1887: Hartford Bank had the first coin-operated telephone installed 1891: First dial face phone 1915: Alexander Graham Bell placed the first coast-to-coast call from New York City to San Francisco. 1929: Herbert Hoover is first president of the United States with a phone on his desk. 1957: Pagers were field tested in Allentown and Bethlehem, Pennsylvania 1960: The first push button telephones are test-marketed in Findlay, Ohio. 1963: Hotline established between White House and Kremlin following the Cuban missile crisis 1968: 911 chosen as the United States emergency number. 1972: First e-mail message. 1984: First cellular phones come on the market. 1997: Verizon Communications (formerly Bell Atlantic) Merged with NYNEX 1997: AT&T Acquired Pacific Telesis 1998: AT&T Acquired SNET, the World Wide Web is born, The Internet connections were dial tone over phone lines. 1999: AT&T Acquired Ameritech 2000: Cell phones were able to access the Internet "Web Phone" combining the traditional telephone with an LCD touch-screen...
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...Telecommunications Evolution Timeline July 27, 2012 NTC/362 Eric Clifford | Timeline | | 1968 | The Carterphone Decision | Permitted competition in the terminal equipment market. This was the framework that created what is now a deregulated terminal equipment marketplace. | 1984 | The Divestiture of AT&T | | | | | | | | | | | Information Systems Proposal Building a small business can be a very rewarding opportunity for most people, but many people do not realize the important factors that go into building a business even before the doors open. One of the most important things that need to be done is to get a good information system in place that fulfills the needs of the business. The different types of information systems in this proposal will be examined along with their benefits and drawbacks. Five information systems that would be good for our record company are: * Functional Area IS * Transaction Processing System * Management IS * Executive Dashboard * Supply Chain Management System. Cost is a huge issue with businesses in their early stages of existence. Many businesses make big mistakes by not implementing a few sold information systems to build up on because of the cost. Fortunately, the evolution of business management systems has made it easier for small businesses owners to manage their companies with a personal computer, and a variety of software designed for even the novice of users for very little cost...
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...Telecommunications Evolution Timeline Dawn Cramer Fundamentals of Networking January 27, 2014 Dr. Phillip D. Coleman Microsoft Word In 1981 the first version of Microsoft Word was developed for Windows by Charles Simonyi and Richard Brodie. Charles Simonyi and Richard Brodie were both programmers who worked on Xerox Bravo to produce the first WYSIWYG word processor. WYSIWYG better known as what you see is what you get by web page designers. Word 1.0 that was released in October of 1983 designed for Xenix and MS-DOS and was followed by four similar versions which were not very successful. Then in 1986 Microsoft Word was created for the Atari ST which went by the name of Microsoft Write. Microsoft Write was released in 1988 as a one-time release that would not have updates or revisions. Microsoft write was one of two major PC applications that was released for Atari ST. The other major PC application that was released for Atari ST was Word Perfect. Word Perfect created for Windows was a failure and was a fatal mistake. In 1989 the first version of Microsoft Word for Windows was released with improved interface. This resulted in the release of Windows 3.0 in 1990 which increased sales and was a very big commercial success but it was version 2.0 that established Microsoft Word as a market leader which was released in 1991. In 1992 Word 5.1 was released for Macintosh which became a popular word processor due to its features and ease of use. Word 6.0 designed for Macintosh...
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...NTC/362 University of Phoenix November 10, 2014 Telecommunications Evolution Timeline The telecommunication timeline began in 1876. This is an in-depth-time line covering the evolution of telecommunications over the years. 1876 with the invention of the telephone by Alexander Graham Bell, 1887: Hartford Bank had the first coin-operated telephone installed 1891: First dial face phone 1915: Alexander Graham Bell placed the first coast-to-coast call from New York City to San Francisco. 1929: Herbert Hoover is the first president of the United States with a phone on his desk. 1957: Pagers were field tested in Allentown and Bethlehem, Pennsylvania 1960: The first push button telephones are test-marketed in Findlay, Ohio. 1963: Hotline established between White House and Kremlin following the Cuban missile crisis 1968: 911 chosen as the United States emergency number. 1972: First e-mail message. 1984: First cellular phones come on the market. 1997: Verizon Communications (formerly Bell Atlantic) Merged with NYNEX 1997: AT&T Acquired Pacific Telesis 1998: AT&T Acquired SNET, the World Wide Web is born, The Internet connections were dial tone over the phone lines. 1999: AT&T Acquired Ameritech 2000: Cell phones were able to access the Internet "Web Phone" combining the traditional telephone with an LCD touch-screen and a retractable keyboard, customers could surf...
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...foundation in the basic telecommunications and networking technologies fundamental to the industry and to the broad field of telecommunications. Analog, digital, and radio frequency technologies are covered. Also covered in this course is an introduction to the OSI protocol model, network-switching systems, basics of wireless communications, and network security. Policies Faculty and students/learners will be held responsible for understanding and adhering to all policies contained within the following two documents: · University policies: You must be logged into the student website to view this document. · Instructor policies: This document is posted in the Course Materials forum. University policies are subject to change. Be sure to read the policies at the beginning of each class. Policies may be slightly different depending on the modality in which you attend class. If you have recently changed modalities, read the policies governing your current class modality. Course Materials Goleniewski, L. (2007). Telecommunications essentials. (2nd ed.) Boston, MA: Pearson. Panko, R. R., & Panko, J. L. (2011). Business data networks and telecommunication (8th ed.) Upper Saddle River, NJ: Prentice Hall All electronic materials are available on the student website. Software TestOut LabSim® Network+ Week One: Evolution of the Telecommunications Industry Details Due Points Objectives 1.1 Describe the evolution of the telecommunications...
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...------------------------------------------------- Free Essays * ------------------------------------------------- Essay Examples * ------------------------------------------------- Dissertation Help * ------------------------------------------------- Dissertation examples ------------------------------------------------- Top of Form Bottom of Form The free essay examples that we publish on UK Essays have been submitted to us by students. These essays are not the work of our own expert essay writers. Thanks to all of the students that have submitted their work to us. READ MORE Share & download: Print Download Email Free Essays - Communications Essays 3G: Sophistication Guaranteed Telecommunications evolution is undergoing a rapid vamp to the future; the evolution is almost exponential, from the analog types to 2Gs and then finally the latest mobile innovation the 3G technology. The 3G techie is the latest on-stream line of communications which offers advanced voice communications and high-speed data connectivity, with wireless Internet access, mobile data applications and high multimedia content. The 3G model embodies true sophistication in terms of mobile technology but why was this phrase used to describe it? To answer this an...
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... |Fundamentals of Networking | Copyright © 2013 by University of Phoenix. All rights reserved. Course Description This course provides a foundation in the basic telecommunications and networking technologies fundamental to the industry and to the broad field of telecommunications. Analog, digital, and radio frequency technologies are covered. Also covered in this course is an introduction to the OSI protocol model, network-switching systems, basics of wireless communications, and network security. Policies Faculty and students/learners will be held responsible for understanding and adhering to all policies contained within the following two documents: • University policies: You must be logged into the student website to view this document. • Instructor policies: This document is posted in the Course Materials forum. University policies are subject to change. Be sure to read the policies at the beginning of each class. Policies may be slightly different depending on the modality in which you attend class. If you have recently changed modalities, read the policies governing your current class modality. Course Materials Goleniewski, L. (2007). Telecommunications essentials. (2nd ed.) Boston, MA: Pearson. Panko, R. R., & Panko, J. L. (2011). Business data networks and...
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...3G, short for third Generation, is a term used to represent the 3rd generation of mobile telecommunications technology. Also called Tri-Band 3G. This is a set of standards used for mobile devices and mobile telecommunication services and networks that comply with the International Mobile Telecommunications-2000 (IMT-2000) specifications by the International Telecommunication Union.[1] 3G finds application in wireless voice telephony, mobile Internet access, fixed wireless Internet access, video calls and mobile TV. Several telecommunications companies market wireless mobile Internet services as 3G, indicating that the advertised service is provided over a 3G wireless network. Services advertised as 3G are required to meet IMT-2000 technical standards, including standards for reliability and speed (data transfer rates). To meet the IMT-2000 standards, a system is required to provide peak data rates of at least 200 kbit/s (about 0.2 Mbit/s). However, many services advertised as 3G provide higher speed than the minimum technical requirements for a 3G service. Recent 3G releases, often denoted 3.5G and 3.75G, also provide mobile broadband access of several Mbit/s to smartphones and mobile modems in laptop computers. The following standards are typically branded 3G: the UMTS system, first offered in 2001, standardized by 3GPP, used primarily in Europe, Japan, China (however with a different radio interface) and other regions predominated by GSM 2G system infrastructure. The cell...
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...Internet Holistic Thinking Perspective HTPs on Internet | Big Picture | * The Internet was an U.S government initiative and established the Advanced Research Projects Agency (ARPA) was established in 1957 to respond to the perceived scientific and technological advantage the then-Soviet Union displayed in launching the Sputnik satellite * ARPA, along with the newly created National Aeronautics and Space Administration (NASA), was to regain technical superiority for the United States. * About this same time, a RAND researcher by the name of Paul Baran was working on a classified U.S. Air Force contract, whose purpose was to identify ways to strengthen the Nation's telecommunication infrastructure so that it could survive a nuclear strike. Part of his solution was to develop distributed telecommunication networks. * Till 1960s telephone was considered to be the best communication mechanism available. * At the World’s Fair in 1964, a “Picture phone” was displayed proudly by communications giant AT&T – a mere update of a picture phone that was introduced at another World’s Fair 30 years earlier. * Researchers were working behind closed doors to find a way to not only speak with colleagues over great distances, but...
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...Digital Business Networks (Dooley) Chapter 1 Elements of Data Communications: Analog and Digital 1.1 Multiple Choice Questions 1) What are the five evolution phases of data communications? A) digitization, growth of data gathering, an era of delegation, the Internet as a common tool, and pervasive computing B) analog signals, growth of data communications, an era of deregulation, the Internet as a common tool, and pervasive computing C) digitization, growth of data communications, an era of deregulation, the Internet as a common tool, and pervasive computing D) digitization, growth of data communications, an era of deregulation, the evolution of Voice-over-IP (VoIP) as a common tool, and pervasive computing Answer: C Diff: 2 Page Ref: 3 2) In what year did computer technology begin to transform our social, economic, and governmental infrastructures? A) 1960s, when Internet became a core in our technology B) 1950s, when ARPA research was formed C) 1980s, when the Internet was introduced D) 1990s, when the Internet was enhanced Answer: A Diff: 2 Page Ref: 3 3) The technology used in the 1960s called ________ was/were very large and expensive and used proprietary architectures that did not support cross-platform communications. A) Department of Defense PCs B) the Internet C) personal computers D) mainframes Answer: D Diff: 1 Page Ref: 3 4) The term ________ generally refers to a technology or product that is copyrighted and not...
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...The Future Path of Malaysian Telecommunication Industry Introduction The era of the industrialization and information age has made the telecommunication industry expanded into diversified functionality to support the growth of technological advancement for better services demanded by any particular nation. In Malaysia, telecommunication industry is now considered to be prominent due to its contribution as a tool of technological support for the national development in line with the national aspirations. Hence, this paper will try to explore certain developmental features in the telecommunication industry that will portray the future path of such industry in the next coming century to "comfort" the nation as a whole through its available and possible services. Global Development of Telecommunication Industry There is no doubt that the developments of telecommunication industry and its technological infrastructure throughout the world have influenced the robust evolution of information industry. Thus, such phenomenon has contributed to the introduction of various newly sophisticated related technologies. In fact, telecommunication and information industries are very best described as "twin technology". In general, most people relate that telecommunication industry is a catalyst and the backbone for better services of broadcasting and communication services. Nowadays, especially in the most sophisticated information age, the industry also bares responsibility to create a global...
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................................................................... III. ADVANTAGES AND POSSIBLE DISADVANTAGES OF VOICE OVER INTERNET PROTOCOL TECHNOLOGIES ............................... IV. COMPETITION AMONG TELECOMMUNICATIONS 8 COMPANIES AND OPPORTUNITIES FOR THE UNITED NATIONS......................................................................................................... I. INTRODUCTION As part of its programme of work for 2006, the Joint Inspection Unit (JIU) conducted a review of selected telecommunications issues and uses of Voice over Internet Protocol (VoIP) technologies in United Nations system organizations. The objective of the review is to identify the opportunities for, and determine the feasibility of, using new telecommunication technologies based on VoIP in the United Nations system organizations, with a view to reducing costs and improving services. The review also analyses the coordination of telecommunication services and equipment procurement between the United Nations system organizations. In many cases, joint and coordinated telecommunication procurement/standardization could provide economies of scale and minimize costs and risks of interoperability. It could also help to attain more preferential offers from...
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...[pic] 21510 Global Context of Management Autumn 2011 Industry Report Telecommunications Industry in Japan Table of Contents Introduction...............................................................................................................................3 The Japanese Telecommunications Industry – an overview......................................................4 The Beginning of Regulatory Reform and the Role of MIC........................................................5 Rapid World-leading Technology and Trends.........................................................................6-7 The Role of Handsets and Devices............................................................................................7 The Economic Effect of a Natural Disaster.................................................................................7 Environmental Policies...............................................................................................................8 Going Forward...........................................................................................................................8 Appendices...........................................................................................................................9-13 Appendix 1 - Shares of cumulative subscribers at the top four Telecommunications companies in Japan.................................
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...friends, Twitter followers, or Youtube views of videos they put online. Is interacting with digital friends online considered human interaction? Where does this interaction take place? When you sit behind a computer screen, a tablet, or your Smartphone and update your status or read someone’s updates is it considered human interaction? This author thinks it is not. SMARTPHONE AND NETWORK TECHNOLOGY The first mobile phone call was made in 1973. Martin Cooper, a Motorola engineer called his competitor at AT&T. Although, it took some time after that first mobile call; almost every person has a Smartphone today. Martin Coopers dream has become a reality in that everyone has a mobile phone in their pocket or on their hip. As with the evolution of the mobile phone into a Smartphone so to the network speeds of those systems have evolved. When Martin Cooper made that first mobile call forty-one years ago there were no mobile networks per se. The first network was an analog first generation (1G) that provided speeds of about 14.4K...
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