Data Communications Basics
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Questions and Answers

What are the fundamental characteristics on which the effectiveness of a data communications system depends?

  • Reliability, security, scalability, and interoperability
  • Bandwidth, signal strength, protocol, and modulation
  • Delivery, accuracy, timeliness, and jitter (correct)
  • Speed, encryption, latency, and redundancy
  • What does 'jitter' refer to in the context of data communications?

  • The type of cable used for transmission
  • The amount of data transmitted per second
  • The distance between communicating devices
  • The variation in packet arrival time (correct)
  • What is the term for delivering data as they are produced, in the same order that they are produced, and without significant delay?

  • Asynchronous transmission
  • Parallel transmission
  • Real-time transmission (correct)
  • Synchronous transmission
  • What is the primary purpose of data communications?

    <p>Exchange of data between two devices</p> Signup and view all the answers

    What must a data communications system ensure in terms of accuracy?

    <p>Deliver the data accurately</p> Signup and view all the answers

    Study Notes

    Data Communications Fundamentals

    • Data communications involve the exchange of data between devices through a transmission medium like a wire cable
    • Effective data communications depend on four fundamental characteristics: delivery, accuracy, timeliness, and jitter
    • Delivery requires data to reach the correct destination and be received by the intended device or user
    • Accuracy is essential for data to be delivered without alteration during transmission
    • Timeliness is crucial, particularly for video and audio, where data must be delivered in real-time without significant delay
    • Real-time transmission is vital for delivering data as they are produced and in the same order
    • Jitter refers to the variation in packet arrival time and can cause uneven delays in the delivery of audio or video packets
    • Jitter can disrupt the smooth delivery of data, for example, in the case of video packets sent every 30 ms
    • A communication system requires a combination of hardware and software for data communications to occur effectively
    • Hardware involves the physical equipment, while software consists of programs that facilitate data communications
    • The effectiveness of a data communications system is dependent on the combination of hardware and software
    • Ensuring the delivery, accuracy, timeliness, and management of jitter are essential for a successful data communications system

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    Description

    Test your knowledge on the fundamentals of data communications and network design. This quiz covers topics such as transmission mediums, hardware, software, and the effectiveness of data communications systems.

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