no one knows
Geez, well that's useful...here's the real answer:
Data transmission is the physical trasfer of data over a point-to-point or point-to-multipoint transmission medium. The data is often represented as an electro-magnetic signal, such as an electrical voltage signal, a radiowave or microwave signal or an infra-red signal. So in other words, the 'package' (the data that is being sent) is delivered to their destination and put together to form the whole thing, because the package was split up in different parts.
This is a complex topic; for example, the first semester of the CCNA course gives a general overview. But, to give a brief overview, your data (for example, an e-mail you send) is divided into small pieces called "packets". These are sent, one piece at a time, over the internet. The data passes through several routers (or equipment with similar capabilities), each of one takes decisions on where to send the data for the next step (the next router), which again takes a similar decision. When the data reaches the final destination, the packets are sorted (they may arrive out of order). If a packet doesn't arrive, the destination must ask the origin to send that packet again. (Sorting and re-sending are functions of a protocol called "TCP".)
The above is just a brief summary; it is not possible to give all the details in what is supposed to be a short answer.
This is a complex topic; for example, the first semester of the CCNA course gives a general overview. But, to give a brief overview, your data (for example, an e-mail you send) is divided into small pieces called "packets". These are sent, one piece at a time, over the Internet. The data passes through several routers (or equipment with similar capabilities), each of one takes decisions on where to send the data for the next step (the next router), which again takes a similar decision. When the data reaches the final destination, the packets are sorted (they may arrive out of order). If a packet doesn't arrive, the destination must ask the origin to send that packet again. (Sorting and re-sending are functions of a protocol called "TCP".)
The above is just a brief summary; it is not possible to give all the details in what is supposed to be a short answer.
This is a complex topic; for example, the first semester of the CCNA course gives a general overview. But, to give a brief overview, your data (for example, an e-mail you send) is divided into small pieces called "packets". These are sent, one piece at a time, over the Internet. The data passes through several routers (or equipment with similar capabilities), each of one takes decisions on where to send the data for the next step (the next router), which again takes a similar decision. When the data reaches the final destination, the packets are sorted (they may arrive out of order). If a packet doesn't arrive, the destination must ask the origin to send that packet again. (Sorting and re-sending are functions of a protocol called "TCP".)
The above is just a brief summary; it is not possible to give all the details in what is supposed to be a short answer.
This is a complex topic; for example, the first semester of the CCNA course gives a general overview. But, to give a brief overview, your data (for example, an e-mail you send) is divided into small pieces called "packets". These are sent, one piece at a time, over the Internet. The data passes through several routers (or equipment with similar capabilities), each of one takes decisions on where to send the data for the next step (the next router), which again takes a similar decision. When the data reaches the final destination, the packets are sorted (they may arrive out of order). If a packet doesn't arrive, the destination must ask the origin to send that packet again. (Sorting and re-sending are functions of a protocol called "TCP".)
The above is just a brief summary; it is not possible to give all the details in what is supposed to be a short answer.
This is a complex topic; for example, the first semester of the CCNA course gives a general overview. But, to give a brief overview, your data (for example, an e-mail you send) is divided into small pieces called "packets". These are sent, one piece at a time, over the Internet. The data passes through several routers (or equipment with similar capabilities), each of one takes decisions on where to send the data for the next step (the next router), which again takes a similar decision. When the data reaches the final destination, the packets are sorted (they may arrive out of order). If a packet doesn't arrive, the destination must ask the origin to send that packet again. (Sorting and re-sending are functions of a protocol called "TCP".)
The above is just a brief summary; it is not possible to give all the details in what is supposed to be a short answer.
Bandwidth is a measurement of data transfer usually associated with the Internet.
A set of rules used for transferring data over the Internet is called a "protocol".Hypertext transfer protocol, HTTP.
Core FTP, or File Transfer Protocol, was developed as a Windows client to enable the transfer and management of data across the internet. It also encrypts the data for security and to protect from hacking.
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There are many ways, but the most accepted and easiest is through Email.
Its called the internet
To transfer data packets across the Internet
Bandwidth is a measurement of data transfer usually associated with the Internet.
yes a modem is directly for internet connections and the transfer of data through the internet a router is for direct transferr from one source to another
For example, personal digital assistants and cellular telephones communicate with desktop computers through data transfer.
Data can be transferred through physical means like using a USB drive or external hard drive, through network transfer such as Ethernet or Wi-Fi, and through the internet using cloud services or email.
- It can rapidly adapt to the loss of data transmission facilities. - It efficiently utilizes the network infrastructure to transfer data. - It Data packet can travel multiple paths through the network simultaneously.
Download the data and transfer it to fax memory. Also, you can send it directly using your blackberry via internet faxing.
A set of rules used for transferring data over the Internet is called a "protocol".Hypertext transfer protocol, HTTP.
User authentication Virtual private networks (VPNs) Data encryption
This needs more clarification. What medium, or what?
No. Downloading is when you receive data from the internet. If you have downloaded a song you can transfer it between any device you have without worrying about downloading over and over . To be clear you only download when receiving data through the internet. Taking a CD and transferring it to your computer then your I Phone is also not downloading.