Data communication is the transmission and reception of information between two sites using electrical impulses. To transmit data, the communicating devices need to be a part of a communication system that consists of both hardware and software. To describe the phenomenon of data transfer, respond to the following questions. The Contribution of Data Communication Components to Effective Data Communication Systems ii. Consider the components of successful communication. b) Describe the Data Flow. explanation with illustrations and examples of the various transmission modes. (3) The most typical kind of DCE is the modem. It modulates a carrier signal that is analog in order to decode the data that has been received. A signal needs to be generated in order to decode the original digital data. Describe how well the modem accomplished these goals.
Data communication is the transmission and reception of information between two sites using electrical impulses. To transmit data, the communicating devices need to be a part of a communication system that consists of both hardware and software. To describe the phenomenon of data transfer, respond to the following questions.
The Contribution of Data Communication Components to Effective Data Communication Systems
ii. Consider the components of successful communication.
b) Describe the Data Flow. explanation with illustrations and examples of the various transmission modes.
(3) The most typical kind of DCE is the modem.
It modulates a carrier signal that is analog in order to decode the data that has been received. A signal needs to be generated in order to decode the original digital data. Describe how well the modem accomplished these goals.
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