It is possible for a series of packets to be sent from one host to another over the same connection. Please break down the time it takes for a single package to go from beginning to conclusion. Is it expected that one of the delays would last a certain period of time while the other delay's length will be more malleable?

It is possible for a series of packets to be sent from one host to another over the same connection. Please break down the time it takes for a single package to go from beginning to conclusion. Is it expected that one of the delays would last a certain period of time while the other delay's length will be more malleable?

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter9: Computer Networks

Section: Chapter Questions

Problem 10VE

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It is possible for a series of packets to be sent from one host to another utilizing the same route between the hosts. Please break down the time it takes for a single package to go from beginning to conclusion. Is it expected that one of the delays would last for a certain period of time, while the other delay's length remains open?
It is possible for a series of packets to be sent from one host to another over the same route. Please break down the time it takes for a single package to go from beginning to conclusion. Is it expected that one of the delays would last a certain period of time and the other delay's length will be more variable?
It is theoretically feasible for two hosts to communicate with one another by sending packets back and forth over the same connection. Please enumerate all of the components that are responsible for the overall amount of time required to process a single packet, starting to end. Is it to be anticipated that one of the delays will continue for a certain amount of time, while the duration of the other delay will be more unpredictable?
In an RPC-like protocol, where numerous requests can be active at the same time and responses can be given in any sequence, the following is possible: Pretend requests are sequentially numbered, and that ACK[N] confirms the receipt of reply[N]. Should the number of ACKs be cumulative? If not, what should happen in the event that an ACK is not received?
To ensure the quality of service, especially for multiple applications, regulating the rate at which packets are sent to the network is an important strategy. The leaky bucket is just one of such mechanisms. A flow of packets is said to conform to the leaky bucket specification (r, b), where r is the average rate and b is the burst rate, if the number of packets arriving at the leaky bucket is less than r*t + b in every time interval of t. What is the implication of that? What will happen if the number of packets arriving at the leaky bucket is equal to or greater than r*t + b?
It's possible to send many packets in a row from one site to another utilizing the same connection. Please break down the time it takes for a single package to go from beginning to conclusion. Is it expected that one of the delays would last a certain period of time and the other delay's length will be more variable?
In a data communication system, several messages that arrive at a node are bundled into a packet before they are transmitted over the network. Assume that the messages arrive at the node according to a Poisson process with rate 30 messages per minute (0.5 per second). Five messages are used to form a packet.What is the mean time until a packet is formed, that is, until five messages arrive at the node?
Material must be played out in a specific time intervals in order to be correctly interpreted by the recipient. Real-time protocols take varying transit times to get from source to destination. Even if packets are sent with the correct intervals, they will arrive at the other end with varying arrival times. Jitter is referred to as a fluctuation of pause time. We can buffer the packets for jitter reduction Let us say that, for the sake of argument, the noise is random, and the buffer is adequate. Armed with this knowledge, tell us what other difficulties are there?
Material must be played out in a specific time intervals in order to be correctly interpreted by the recipient. Real-time protocols take varying transit times to get from source to destination. Even if packets are sent with the correct intervals, they will arrive at the other end with varying arrival times. Jitter is referred to as a fluctuation of pause time. We can buffer the packets for jitter reduction Let us say that, for the sake of argument, the noise is random, and the buffer is adequate. Armed with this knowledge, tell us what other difficulties we can face.
A connection that connects two hosts may transport many packets at the same time. Please provide a schedule that outlines all of the actions that need to be completed in order to successfully execute one shipment. Is it to be anticipated that one of the delays will take a certain amount of time, while the duration of the other delay may be adjusted in accordance with the circumstances?
A connection between two hosts is capable of carrying several packets at the same time. I would appreciate it if you could provide a schedule that details all of the activities that need to be completed in order to finish one shipment. Is it anticipated that one delay would last for a certain amount of time, whilst the other delay's length may be adjusted according to the circumstances?
A connection that connects two hosts may transport many packets at the same time. Please provide a schedule that outlines all of the actions that need to be completed in order to successfully execute one shipment. Is it to be anticipated that one of the delays will take a certain amount of time, while the duration of the other delay may be adjusted in accordance with the circumstances?