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Topic: Mobile telephony


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In the News (Sat 22 Nov 08)

  
  Australia's Mobile Telephony Revolution (Research Note 20 1997-98)
Within the Australian telecommunications sector, mobile telephony is assuming a rapidly growing prominence and since the late 1980s, has expanded significantly in its own right as well as relative to the fixed telephone market, even though the latter has also shown marked growth over these years.
Between 1990 and 1995, Australia's share of the world market for mobile telephony rose from approximately 2.6 per cent of all mobile subscribers to around 3.6 per cent, indicating that the rate of growth of mobile telephony in Australia was greater than that of the rest of the world.
The penetration of mobile telephony is indicated by its relative contribution to overall industry turnover.
www.aph.gov.au /LIBRARY/pubs/RN/1997-98/98rn20.htm   (733 words)

  
  Mobile phone - Wikipedia, the free encyclopedia
Mobile phones are also distinct from cordless telephones, which generally operate only within a limited range of a specific base station.
Mobile phone etiquette has become an important issue with mobiles ringing at funerals, weddings, movies, and plays.
Professional mobile radio systems are very similar to cell phone systems and attempts have even been made to use TETRA, the international digital PMR standard, to implement public mobile networks, but normally PMR systems are sufficiently separate from the phone network to not really be considered phones but rather radios.
en.wikipedia.org /wiki/Mobile_telephony   (3246 words)

  
 INMA - The Impact of Mobile Telephony on Newspapers
Consumers interact passionately with their mobile devices, and newspapers that deliver mobile content and services have an opportunity to build a one-to-one relationship with readers, to establish a higher brand image (particularly among young adults), and to open up revenue streams never before associated with publishing a newspaper.
These are among the top-line conclusions from a new report by INMA titled "The Impact Of Mobile Telephony On Newspapers." The 25,000-word report features a strategic overview of mobile telephony, explores how mobile devices are being used, and examines how early innovators have capitalised on the craze.
In addition to a thorough examination of the effects of mobile telephony on newspapers, this report includes eight chapters written by experts from leading newspapers.
www.inma.org /bookstore/2004-telephony.cfm   (662 words)

  
 Mobile Telephony and Health - Background Information
Mobile Phone Networks in the UK Four mobile phone networks have been operating in the UK since the early to mid 1990s using the digital Global System for Mobile (GSM) operating system.
The mobile phone networks in the UK use frequencies close to 900 MHz, 1800 MHz and 2000 MHz, where the unit MHz (megahertz) is a million cycles per second.
The increasing use of mobile phones has been accompanied by concerns about possible harmful effects on health arising not only from exposure to the radio waves that are produced by the phones but also from the base stations that serve the phones.
www.hpa.org.uk /radiation/understand/information_sheets/mobile_telephony/background_info.htm   (990 words)

  
 [No title]
The speed and magnitude of mobile phone adoption is a recent worldwide phenomenon akin to that of the television in the middle 20th century and the Internet in the late 20th century (Katz and Aakhus, 2002; Rice and Katz, 2003).
Mobile communication providers are among the top national advertisers in Korea, which allowed the mobile phone to be a familiar technology when it entered the Korean marketplace.
In all of these Western European countries, mobile phone users were least likely to have their handsets on while attending a public event such as a show or a play and most likely to have them on while traveling in the car.
www-personal.umich.edu /~swcamp/cultureandmobiletelephony_draftforWeb.doc   (4396 words)

  
 Mobile Telephony and Health - Exposures from Mobile Phones
Mobile phones are designed to transmit radio waves in all directions because base stations could be in any direction with respect to phone users.
The SAR values quoted for mobile phones assume that a mobile phone is transmitting at its maximum possible power for a period of 6 minutes.
So, if a mobile phone has a good link to the base station and reduces its output power by a factor of 1000 from the maximum, the SAR in the head would also be reduced by a factor of 1000.
www.hpa.org.uk /radiation/understand/information_sheets/mobile_telephony/mobile_phones.htm   (1183 words)

  
 Connected Earth: Mobile - what next
The mobile phone will still play a key part in the way we communicate but it will be in tandem with other devices such as laptop, palmtop or fixed line - and we'll choose.
The next main target in future mobile communications is the Universal Mobile Telephony System - UMTS - a third generation (3G) technology that will underpin full-function mobile multimedia networks based on broadband wireless technologies.
Add in a separate emergency services mobile network and it adds up to the prospect of a spreading forest of masts and transmitters spoiling the countryside and cityscape, just as telegraph and telephone poles threatened to do in the 19th century.
www.connected-earth.com /Galleries/Ourworldoftelecommunications/Daysoffuturepast/Mobile-whatnext/index.htm   (626 words)

  
 Subscriber Data - Mobile Telephony Subscriber
Mobile take-up exceeded the capacity of the operators in fourth quarter 2002, forcing the Big Three to suspend prepaid SIM pack sales.
The percentage of mobile subscribers who use their handsets for airtime resale in business centers and phone kiosks is unknown.
This category of users may have extended mobile access to a large proportion of the population, as one line may actually be serving several users.
www.ncc.gov.ng /industrystatistics/sdmobiletelephony.htm   (314 words)

  
 Mobile Telephony: What Makes it Mobile? > Mobile Telephony   (Site not responding. Last check: 2007-10-26)
Not only is there mobile phone service outside the United States, but a case could be made that the U.S. trails the other two leading regions (Japan and Europe) in technology deployed and services available.
In recognition of its growing importance in the world of mobile telephony, an entire section of this chapter is devoted to explaining how CDMA (and spread spectrum) can cram more phone calls into a given bandwidth than any other air interface.
The first mobile service offered in the U.S., and the one that is most commonly referred to as "cellular," operates in the 900 MHz band.
www.phptr.com /articles/article.asp?p=26445&seqNum=1   (965 words)

  
 UK Mobile Telephony   (Site not responding. Last check: 2007-10-26)
Mobile phones are basically short-range radios with a lot of technological wizardry to enable calls to be made and received.
Mobile phones are basically short-range radios, so as soon as it gets the frequency that it needs, it will retune itself to the new frequency, just like you might retune your radio to a different radio station.
The reason behind this is, that whoever is dialling the mobile phone does not necessarily know where the user with the mobile phone is. The caller should pay the same amount for calling, wherever the owner of the phone is in the world, and the owner of the phone must pick up the difference.
www.bigcalm.org /docs/mobiletelephonyuk.htm   (2964 words)

  
 ITWorldpk - The core issues in mobile sector
Mobile telephony cannot truly flourish unless people use their services optimally and are not discouraged by the cost constraints.
Whereas the government has subsidized conventional telephony in urban areas, a reduction in the connection charges of mobile phones would serve a much better purpose as they are free of the terrestrial connectivity limitations of landline phones.
The interconnect charges and the various other charges levied on calls make mobile phones a highly undesirable medium for outgoing calls and people on moderate budgets prefer to use it for receiving calls only - this is detrimental to the proper growth of the mobile telephony.
itworldpk.com /modules.php?name=News&file=article&sid=264   (1506 words)

  
 A Brief Examination Of Mobile Telephony
The novel technology of mobile telephony has over the last years become the focus point of numerous discussions, both in academia and business environments, due to its tremendously social penetrating abilities.
Yet, mobile telephony use has become ubiquitous due to the interoperability factor telecom networks have endorsed and most have allowed it to spread across continents.
In fewer than twenty years, mobile phones have indeed gone from being rare and expensive devices mainly used by businesses, to low-cost, trendy and personal items, used by everyone who wishes to have the ability to reach and be reached by others.
4educationinformation.com /education/articles/A_Brief_Examination_Of_Mobile_Telephony.html   (445 words)

  
 MASC enhanced Mobile Telephony
Most mobile phones do not allow more than 10-15 seconds of recording.
This will enable users to use their mobile phones to attach voice tags to pictures, as well as for thought capture.
It is expected that by the year 2006, 770 million mobile phone units would be sold.
www.vianix.com /mobile_tele.html   (222 words)

  
 Ericsson celebrates 50 years of mobile telephony - Press Release
Mobile communication has become one of the most important technological innovations of all time and an important driver for economic and social development.
The world's first fully automatic system, simply called Mobile Telephony A (MTA), was used by a few hundred subscribers, mostly such salaried professionals as lawyers and doctors in Stockholm and Gothenburg, Sweden.
Early mobile telephony was synonymous with car phones or voice communication over a mobile radio in a car, and the equipment was a far cry from the pocket-sized devices people now enjoy.
www.ericsson.com /ericsson/press/releases/20061016-1081237.shtml   (517 words)

  
 Consumers' use of fixed and mobile telephony, Q13 May 2003, July 2003
A further 8% of homes claim to use a mobile rather than a fixed line, the main reason for this was to control costs, or their inability to afford a fixed line.
Mobile penetration amongst UK adults and households is shown in figure 3b.
Given that penetration amongst UK adults remains stable at 75% (sustaining the rise reported in February), this suggests the rise in the proportion of households with mobiles may be due to an increase in mobile ownership amongst children (under 15) within previously non-mobile owning households.
www.ofcom.org.uk /static/archive/oftel/publications/research/2003/q13fix&mobr0703.htm   (7552 words)

  
 Mobile Telephony & Telecommunications
The content is an ideal mix that covers the interests of the people who use the telecommunications services, emphasizing on the field of mobile telephony.
Through these presentations the reader is being informed about the new technologies embedded in devices that uses in everyday handsets that are already available or that they will be available within his / her own reach, in the local market, in the near future.
Besides the mobile handsets, is contains information about the billing programs of mobile operators (contracts and pre paid), the service centers for centers, the roaming information per network, instruction on how to tune-up a mobile phone, Internet packages, billing programs for fixed telephony, DECT devices, etc.
www.smartpress.gr /kt/KT_profile-eng.htm   (741 words)

  
 ITU Strategy and Policy Unit Newslog - Mobile Telephony Charges May Fall Thanks to ITU Initiative
And since as many as 75 per cent of all calls now involve the mobile network in some way Study Group 3 has decided to investigate how to lower these costs and make mobile telephony more affordable.
The same initiative for fixed-line telephony is thought to have significantly reduced costs to consumers.
Although some lowering of call costs can be shown to have been due to competition and market conditions, call costs were also seen to drop in areas where there was no competition, indicating that the ITU initiative had worked.
www.itu.int /osg/spu/newslog/Mobile+Telephony+Charges+May+Fall+Thanks+To+ITU+Initiative.aspx   (373 words)

  
 Mobile Telephony: What Makes it Mobile? > Cellular Evolution   (Site not responding. Last check: 2007-10-26)
Mobile telephony has evolved over the years reflecting the improvements in technology, specifically microelectronics and digital signal processing.
The identifying characteristics of all the mobile phone generations are summarized in Table 7–3.
The growing demand for cellular telephony, combined with advances in digital technology, led to the second generation of cellular telephony (2G).
www.informit.com /articles/article.asp?p=26445&seqNum=6   (2380 words)

  
 Navigation Application with Mobile Telephony: Shortest-path
And the trend continues stealthily invading mobile domains especially of those that utilise geographical positions or location information of the mobile devices or that of the mobile user [1].
The application prototype aims to provide mobile phone users with a wider and immediate accessibility to the road information to enable them to navigate visually around the city and to display the shortest path or route between two different locations in a map format.
The technology of mobile mapping is expanding significantly due also to the rising exceptions of the consumers [4].
www.gisdevelopment.net /technology/lbs/techlbs008.htm   (1027 words)

  
 Abbreviations for Mobile Telephony
The area to be covered is divided into a large number of cells, each served by a local transmitter/receiver pair that communicate with mobile handsets inside the cell.
The cells are then linked in a terrestrial network, and thereby mobile handsets which might otherwise be out of range of each other are enabled to communicate.
So-called "Third Generation" mobile communication has, at the time of writing, still to make a significant impact on the bulk of communications on the planet.
www.ee.surrey.ac.uk /Personal/D.Jefferies/mobiletelephony.html   (937 words)

  
 Computerworld Malaysia - Resource Centers
As mobile communications continues to drive new frontiers, we look at the latest challenges and issues facing mobile communications players and telcos in a cut-throat market.
Relief may be on the way to mobile phone users frustrated with viewing poorly structured Web pages on their handsets and companies annoyed with the high-content development costs.
When a group of European manufacturers and carriers met in the early 1980s to agree to a mobile phone system that could be used across the continent, they had no idea that GSM (Global System for Mobile Communications) would someday become the most widely used cellular technology in the world.
www.computerworld.com.my /ShowPage.aspx?pagetype=5&pubid=4&resourceid=9   (845 words)

  
 The politics of 3G mobile telephony   (Site not responding. Last check: 2007-10-26)
In that country, most mobile content is resold by the mobile carriers, which then handle the billing and keep between 5 percent and 10 percent of the revenues generated.For example, premium site content usually costs $1 to $5 per month, while game downloads cost $2 to $3, limiting session activations to five or 10 times.
Most mobile carriers have delayed their plans to launch commercial 3G services until 2003 or later, and initial launches likely will be restricted to major urban centers.
This means that planned rollouts of mobile applications requiring fast data throughput rates before 2004 should do so on a country by country as the new services become available.
www.ciol.com /content/news/trends/102112301.asp   (817 words)

  
 JSR 253: Mobile Telephony API for the Java 2 Platform, Micro Edition: TS-7634, 2005
Up until this time, access to telephony features on mobile phone devices using Java 2 Platform, Micro Edition (J2ME platform) has been limited to initiating calls with no standard interfaces to control those calls after they are initiated and no mechanisms for accessing other mobile network features.
The Mobile Telephony API (JSR 253) has been started to define interfaces to gain access to these telephony control interfaces, allowing a standard method to initiate and control mobile calls throughout their life-cycle without incurring the complexity of existing Java Telephony software interfaces.
This JSR is to provide a powerful, standard mechanism for accessing mobile telephony capabilities from J2ME technology-enabled devices with limited resources.
developers.sun.com /learning/javaoneonline/2005/mobility/TS-7634.html   (435 words)

  
 The Java Community Process(SM) Program - JSRs: Java Specification Requests - detail JSR# 253
This JSR creates a mobile telephony API and platform definition which utilizes common telephony features and is small and simple to suite to high volume devices with limited resources.
Mobile Telephony API (MTA) defines a set of functions for controlling calls and using network services suitable for Java applications written for J2ME devices.
The telephony standards will be used for general reference purposes and descriptions of telephony capabilities available in wireless devices.
jcp.org /en/jsr/detail?id=253   (1619 words)

  
 GSM - a definition from Whatis.com - see also: Global System for Mobile communication
- GSM (Global System for Mobile communication) is a digital mobile telephony system that is widely used in Europe and other parts of the world.
GSM uses a variation of time division multiple access (TDMA) and is the most widely used of the three digital wireless telephony technologies (TDMA, GSM, and CDMA).
Mobile services based on GSM technology were first launched in Finland in 1991.
searchmobilecomputing.techtarget.com /sDefinition/0,,sid40_gci213988,00.html   (287 words)

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