What method can be used by two computers to ensure that packets are not dropped because to much data is being sent to quickly?

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BlackTom AI · Accepted Answer

The question asks: 'What method can be used by two computers to ensure that packets are not dropped because to[o] much data is being sent to quickly?'

First, note that the provided answer options are missing. There is no list of multiple choices to evaluate, so we cannot compare alternatives side by side. This gap means we must rely on general networking knowledge to assess the concept asked.

Flow control is the appropriate concept to prevent packet loss due to sender transmitting too fast for the receiver (or the network) to handle. In practical terms, flow control mechanisms (for example, TCP's windowing and acknowledgment system) limit the amount of data that can be in transit before receiving a confirmation. This helps ensure the receiver's buffer does not overflow and that the sender slows down when necessary, reducing the likelihood of dropped packets caused by congestion or buffer exhaustion.

If we were to consider other related concepts and why they are not the best fit in this exact phrasing:
- Congestion control: While related and important for preventing network-wide packet loss due to congestion, it addresses network conditions more broadly and dynamically adjusts sending rate in response to observed loss or ECN signals. It complements flow control but does not specifically describe the end-to-end mechanism of preventing the receiver’s buffers from overflowing.
- Quality of Service (QoS): QoS prioritizes certain traffic types and provides differentiated treatment but does not inherently solve the problem of the sender overwhelming the receiver’s ability to process data in real time.
- Error detection/correction schemes (like checksums or retransmission strategies): These improve reliability but do not by themselves regulate the pace of data entry into the network; they deal with errors after data has been sent rather than preventing drops due to overloading.

In summary, the intended mechanism to prevent drops when two computers communicate and data could be sent too quickly is flow control, which directly limits the sender's data rate to match the receiver's capacity and buffering.

CET-1022-001 - 11727 - 202501 Quiz 2

What method can be used by two computers to ensure that packets are not dropped because to much data is being sent to quickly?

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