Podcast
Questions and Answers
In which context would full-duplex communication typically be most advantageous?
In which context would full-duplex communication typically be most advantageous?
- In simple message passing where responses are not immediate.
- In systems where low data rates are sufficient.
- In environments requiring constant back-and-forth interaction, like telephony. (correct)
- In broadcasting a signal to multiple receivers simultaneously.
What limitation does half-duplex communication have compared to full-duplex communication?
What limitation does half-duplex communication have compared to full-duplex communication?
- It allows simultaneous sending and receiving of data.
- It is more effective for all communication types.
- It requires less complex implementation than full-duplex.
- It forces devices to wait to communicate, leading to pauses. (correct)
Which of the following statements is true regarding the complexity of implementation among transmission modes?
Which of the following statements is true regarding the complexity of implementation among transmission modes?
- Full-duplex is considered the simplest due to simultaneous communication.
- Full-duplex is the most complex to implement because it requires additional synchronization. (correct)
- Half-duplex is generally more complex than full-duplex.
- Simplex is the most complex to implement due to its one-way nature.
What is a significant disadvantage of full-duplex communication?
What is a significant disadvantage of full-duplex communication?
Which mode of transmission is least efficient for tasks that involve frequent two-way communication?
Which mode of transmission is least efficient for tasks that involve frequent two-way communication?
What characterizes simplex mode in data transmission?
What characterizes simplex mode in data transmission?
Which of the following is a disadvantage of half-duplex mode?
Which of the following is a disadvantage of half-duplex mode?
What is a key advantage of half-duplex mode over simplex mode?
What is a key advantage of half-duplex mode over simplex mode?
Which device is an example of simplex mode?
Which device is an example of simplex mode?
In what scenario is half-duplex mode most effective?
In what scenario is half-duplex mode most effective?
What is the main limitation of half-duplex mode compared to full-duplex mode?
What is the main limitation of half-duplex mode compared to full-duplex mode?
What defines full-duplex mode in data transmission?
What defines full-duplex mode in data transmission?
Which of the following is NOT a characteristic of half-duplex mode?
Which of the following is NOT a characteristic of half-duplex mode?
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Study Notes
Transmission Modes Overview
- Transmission mode refers to the method of transferring data between devices.
- Also known as communication mode.
- Three types of transmission modes: Simplex, Half-Duplex, and Full-Duplex.
Simplex Mode
- One-way communication where the sender transmits data without receiving any feedback.
- Examples include keyboards and traditional monitors.
- Advantages include simplicity and low cost.
- Disadvantages: No return communication, limiting interactivity.
Half-Duplex Mode
- Bidirectional communication allowing data transmission and reception but not simultaneously.
- Example: Walkie-talkies, where communication occurs one way at a time.
- Advantages:
- Efficient channel use permits dual communication over a single channel.
- Cost-effective due to simpler hardware requirements compared to full-duplex.
- Simplified collision handling as only one device transmits at a time, reducing complexity.
- Suitable for scenarios requiring non-simultaneous communication.
- Disadvantages:
- Slower data transmission due to single-direction communication at any given time.
- Increased latency from the need to switch between sending and receiving modes.
- Not ideal for high-traffic networks, where constant communication is needed.
- Can be inefficient for complex communications requiring frequent two-way interaction.
Full-Duplex Mode
- Allows simultaneous sending and receiving of data, enabling two-way communication at the same time.
- Example: Telephone networks where both parties communicate without waiting.
- Advantages include higher data rate capability and more efficient communication.
- Disadvantages may include increased complexity and cost of the system compared to half-duplex.
FAQs on Transmission Modes
- Half-duplex is slower than full-duplex systems.
- A half-duplex connection at 100 Mbps has a real-world speed reflecting its operational mechanism.
- Full-duplex offers the greatest data transmission rate among the three modes.
- Full-duplex mode is typically more complex to implement due to the need for more sophisticated hardware and protocols.
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