2009/05/08
at
11:58 PM
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WHAT IS ADSENSE? HI MY DEAR FRIENDS I AM HUGE FAVOUR OF Y ADSENSE PROGRAMMS BECAUSE THE ONLY PROGRAMM GIVE MORE REVENUE SHARES FROM VISITORS. THIS WAS AN SIMPLE PROGRAMMING BY USING DAILY INTERNET 2HRS. IT WAS USEFULL FOR ALL DIFFERNT KIND OF PEOPLES AND THOSE WHO WANTS TO GRABE MORE PART TIME INCOME,THOSE WILL EARN LOT MONEY FROM IT.
SO FRIENDS UTILIZE THIS PROGRAMM BY INVEST LOW MONEY OF...
I WAS AN SAMPLE EXAMPLE IN MY LIFE EARN LOT OF MONEY FROM THIS PROGRAM.SO WHY CANT YOU LATE MY DEAR FRIENDS .
THE SUBJECT WAS PLACE UR ADDS IN UR WEBPAGE WE WILL CRAET YOU THE WEBPAGE AND ADSENSE ACCOUT...............................
IF OU DONE IN GENUINE PROCESS DEFNITLY YOU CAN IN ADSENSE.
WE TELL U ......................................... CONTACT RAJ ON 9041808627 ...
OUR EMAIL : IFONESTORES@GMAIL.COM
COOLSTARS9@GMAIL.COM
ANISHRAJ62@YAHOO.COM.......................................
F-OFDM (Flash-OFDM)
Clear CinCom is one of the first consultancy firms to work with Flash-OFDM. This fourth generation technology is based on the 802.20-standard and allows for true mobile broadband on the 450MHz band. Because it is 100 percent IP based, an upgrade to Flash-OFDM does not require changes to the existing host/client infrastructure. Flash-ODFM is a vast improvement over WiMax, in that it allows for true mobility and handoff. It is better than 3G UMTS, allowing seamless coverage and large cells. Other than satellite technology, uplink connections are not an issue and mobile connections are suitable anywhere, including indoors and in tunnels.
GSM
GSM stands for Global System for Mobile Communications and is the world standard for mobile telephony. Because it offers digital quality, it is considered a second generation (2G)-standard for telephony that can be complimented with various protocols for wireless data transmission. GSM is under constant development. Recently this has led to additional protocols offering packet data capabilities (GPRS) and high-speed data transmission capabilities (EDGE). Different continents use different frequency standards for GSM-telephony. The most important ones are the 900 and 1800 bands, the standard in Europe and most other continents. North and Central America use the 850 and 1900 bands.
GSM-R, or GSM-Rail
Built on GSM-technology, GSM-R is a secure platform for voice and data communication for railway security, services and communications. It is used as a layer on which security and train tracking applications run, as well as video surveillance, passenger information systems and cargo tracking. GSM-R is the standard for wireless railway communications in Europe, Asia and North-Africa, replacing dozens of legacy standards in use prior to the development on GSM-Rail.
UMTS
UMTS is a third generation technology for mobile telephony. An alternative for the GSM-standard, it offers high-speed data transfer capabilities (with a theoretical speed of up to 14 Mbit/s) and is often used for applications such as mobile video, video conferencing and high-speed Internet access.
GPRS
GPRS or General Packet Radio Service is often described as a second-and-a-half generation technology, adding mobile data services to the GSM-standard. Unlike previous technologies, GPRS allows for billing by the volume of data transferred rather than the typical charge-per-minute of traditional GSM-technology. This makes GPRS suitable as the underlying protocol for WAP access, SMS and MMS applications as well as for Voice over IP (VoIP)-services delivered to mobile devices.
EDGE
Enhanced Data rates for GSM Evolution (EDGE), also known as Enhanced GPRS (EGPRS), improves data transfer speeds and reliability. Like GPRS, EDGE is packet-switching technology that allows service providers to charge by the volume of data rather than having per-minute connection fees. EDGE is generally used for delivering multimedia services to mobile devices.
HSDPA
High-Speed Downlink Packet Access (HSDPA) is a third generation protocol building on the UMTS-standard. It allows for higher data transfer speeds. It requires nothing but a relatively simple software upgrade of existing UMTS-networks to allow for HSDPA-communications.
WiMax
WiMax or WirelessMAN is a technology allowing for last mile connections to broadband Internet services. It thus provides a wireless alternative for cable or DSL-based broadband connection. It is widely used to connect Wi-fi-hotspots to one another. WiMax is a standard that replaces many propriety 'fixed wireless technologies' that provide broadband access. The people at Clear CinCom have experience working with WiMax and its predecessors, such as LMDS, since 2000.
Wi-fi
Wi-fi is a branded name for applications making use of the underlying IEEE 802.11-technology. Originally developed for wireless LAN and Internet access in mobile devices such as laptops and PDA's, wi-fi is now used for connecting many devices, including televisions and digital cameras. New applications are under way, allowing wi-fi to be used in cars and intelligent transport systems, to increase safety and to gather statistics.
RFID
SO FRIENDS UTILIZE THIS PROGRAMM BY INVEST LOW MONEY OF...
I WAS AN SAMPLE EXAMPLE IN MY LIFE EARN LOT OF MONEY FROM THIS PROGRAM.SO WHY CANT YOU LATE MY DEAR FRIENDS .
THE SUBJECT WAS PLACE UR ADDS IN UR WEBPAGE WE WILL CRAET YOU THE WEBPAGE AND ADSENSE ACCOUT...............................
IF OU DONE IN GENUINE PROCESS DEFNITLY YOU CAN IN ADSENSE.
WE TELL U ......................................... CONTACT RAJ ON 9041808627 ...
OUR EMAIL : IFONESTORES@GMAIL.COM
COOLSTARS9@GMAIL.COM
ANISHRAJ62@YAHOO.COM.......................................
..............Technology............
.................Personal Finance...............
F-OFDM (Flash-OFDM)
Clear CinCom is one of the first consultancy firms to work with Flash-OFDM. This fourth generation technology is based on the 802.20-standard and allows for true mobile broadband on the 450MHz band. Because it is 100 percent IP based, an upgrade to Flash-OFDM does not require changes to the existing host/client infrastructure. Flash-ODFM is a vast improvement over WiMax, in that it allows for true mobility and handoff. It is better than 3G UMTS, allowing seamless coverage and large cells. Other than satellite technology, uplink connections are not an issue and mobile connections are suitable anywhere, including indoors and in tunnels.
GSM
GSM stands for Global System for Mobile Communications and is the world standard for mobile telephony. Because it offers digital quality, it is considered a second generation (2G)-standard for telephony that can be complimented with various protocols for wireless data transmission. GSM is under constant development. Recently this has led to additional protocols offering packet data capabilities (GPRS) and high-speed data transmission capabilities (EDGE). Different continents use different frequency standards for GSM-telephony. The most important ones are the 900 and 1800 bands, the standard in Europe and most other continents. North and Central America use the 850 and 1900 bands.
GSM-R, or GSM-Rail
Built on GSM-technology, GSM-R is a secure platform for voice and data communication for railway security, services and communications. It is used as a layer on which security and train tracking applications run, as well as video surveillance, passenger information systems and cargo tracking. GSM-R is the standard for wireless railway communications in Europe, Asia and North-Africa, replacing dozens of legacy standards in use prior to the development on GSM-Rail.
UMTS
UMTS is a third generation technology for mobile telephony. An alternative for the GSM-standard, it offers high-speed data transfer capabilities (with a theoretical speed of up to 14 Mbit/s) and is often used for applications such as mobile video, video conferencing and high-speed Internet access.
GPRS
GPRS or General Packet Radio Service is often described as a second-and-a-half generation technology, adding mobile data services to the GSM-standard. Unlike previous technologies, GPRS allows for billing by the volume of data transferred rather than the typical charge-per-minute of traditional GSM-technology. This makes GPRS suitable as the underlying protocol for WAP access, SMS and MMS applications as well as for Voice over IP (VoIP)-services delivered to mobile devices.
EDGE
Enhanced Data rates for GSM Evolution (EDGE), also known as Enhanced GPRS (EGPRS), improves data transfer speeds and reliability. Like GPRS, EDGE is packet-switching technology that allows service providers to charge by the volume of data rather than having per-minute connection fees. EDGE is generally used for delivering multimedia services to mobile devices.
HSDPA
High-Speed Downlink Packet Access (HSDPA) is a third generation protocol building on the UMTS-standard. It allows for higher data transfer speeds. It requires nothing but a relatively simple software upgrade of existing UMTS-networks to allow for HSDPA-communications.
WiMax
WiMax or WirelessMAN is a technology allowing for last mile connections to broadband Internet services. It thus provides a wireless alternative for cable or DSL-based broadband connection. It is widely used to connect Wi-fi-hotspots to one another. WiMax is a standard that replaces many propriety 'fixed wireless technologies' that provide broadband access. The people at Clear CinCom have experience working with WiMax and its predecessors, such as LMDS, since 2000.
Wi-fi
Wi-fi is a branded name for applications making use of the underlying IEEE 802.11-technology. Originally developed for wireless LAN and Internet access in mobile devices such as laptops and PDA's, wi-fi is now used for connecting many devices, including televisions and digital cameras. New applications are under way, allowing wi-fi to be used in cars and intelligent transport systems, to increase safety and to gather statistics.
RFID
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