Consider a router connecting an input link to an output link. This router has a buffer where it can store packets that are waiting to be transmitted on the output link. After monitoring this router for some time, it was found that: packets arrive to the router on average at a rate of 200 packets/sec there is on average 25 packets in the router including the packet being transmitted. the average time a packet spends in the buffer is 85 msec a) What is the average total delay experienced by a packet in this system, assuming there is no packet loss? b) What is the output link transmission rate in packets/sec?

Consider a router connecting an input link to an output link. This router has a buffer where it can store packets that are waiting to be transmitted on the output link. After monitoring this router for some time, it was found that: packets arrive to the router on average at a rate of 200 packets/sec there is on average 25 packets in the router including the packet being transmitted. the average time a packet spends in the buffer is 85 msec a) What is the average total delay experienced by a packet in this system, assuming there is no packet loss? b) What is the output link transmission rate in packets/sec?

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Related questions

Q: Prove the following by using (a) truth tables and (b) the Resolution Rule: (Hint: Convert to clause…

A: Part A: We shall prove the given expression by Truth Tables. The given expression ((P → Q) ∧ (Q →…

Q: a) If A E B and B E C, then A E C. b) If (ANC)= (Bn C), then A= B.

Q: Describe the productivitv paradox

Q: 3. Convert the nfa defined by 8(qo, a) {90, 91} 8(91, b) = {91, 92} 8(92, a) = {92} with initial…

A: we have been given a NFA we have to convert equivalent dfa

Q: Determine whether p→(q→r) and p→(q^ r) are equivalent using truth tables. Not enough information…

A: Option C: Not Equivalent p q r q->r p->(q->r) q^r p->(q^r) F F F F F F F T F T T…

Q: Show that the following conditional statement is a tautology by using a chain of logical identities.…

A: A truth table is a breakdown of all the possible truth values returned by a logical expression. A…

Q: Logic example question If I have (∀ y)(P(y) → P(b)) Would an example of this being true be for all…

A: The logical statement (∀ y)(P(y) → P(b)) means "for all y, if P(y) is true, then P(b) is true". In…

Q: Question 9: The maximum number of superkeys for the relation schema R(E,F,G,H) with E as the key is…

A: The maximum number of superkeys for the relation schema R(E,F,G,H) with E as the key is 8. Option 4…

Q: Consider the following argument: (1) vx (A(x)→ B(x)) (2) vx (B(x)→ C(x)) (3) -C(e) What's the truth…

A: The argument starts with two universal statements, which say that for any x, if A(x) is true, then…

Q: The connection between BQP and NP is murky.

A: The response to the question that was just asked may be found here: The term "BQP" refers to a…

Q: Discuss how IBN and SDN are related in details and include refrences

A: Introduction of Networking: Networking refers to the practice of connecting multiple devices, such…

Q: To solve this proof, what rules would you need to apply. Please type rule abbreviations (MP MT DS HS…

A: ANSWER: Putting two spaces between sentences, as many individuals figured out how to do in school -…

Q: It is not obvious what the connection is between BQP and NP.

A: BQP (Bounded Error Quantum Polynomial Time) and NP (Nondeterministic Polynomial Time) are two…

Q: Enter below a 3x3 Markov matrix which has more than 1 steady state. You can not use the identity…

A: Here is the code in Python to represent a 3x3 Markov matrix with many stable states, and how to find…

Q: Need more elaboration on Dining-Philosophers Problems please.

A: According to the information given:- We have to elaboration on Dining-Philosophers Problems

Q: Summarize this discussion by writing the truth table for A → B.

A: Implication: The statement “A implies B” means that if A is true, then B must also be true. The…

Question

Pleae also provide an explanation with solution

Consider a router connecting an input link to an output link. This router has a buffer where it can store
packets that are waiting to be transmitted on the output link.
After monitoring this router for some time, it was found that:
packets arrive to the router on average at a rate of 200 packets/sec
there is on average 25 packets in the router including the packet being transmitted.
the average time a packet spends in the buffer is 85 msec
a) What is the average total delay experienced by a packet in this system, assuming there
is no packet loss?
b) What is the output link transmission rate in packets/sec?

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 3 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

it says relation guest doesnt exist am i making a guess table
Dissect NP and P, then provide concrete instances to show how they vary in use.
Identify each relation on N as one-to-one, one-to-many, many-to-one, or many-to-many. (a) R = {(1, 6) , (1, 4) , (1, 6) , (3, 2) , (3, 4)}(b) R = {(12, 5) , (8, 4) , (6, 3) , (7, 12)}(c) R = {(2, 7) , (8, 4) , (2, 5) , (7, 6) , (10, 1)}(d) R = {(9, 7) , (3, 4) , (3, 6) , (2, 4)}
Show that (p ∧ q) → r and (p → r) ∧ (q → r) are not logically equivalent, without using truth tables.
Dissect NP and P, then provide concrete instances to show how they vary in use.
We can acquire the complement of a DFA by swapping accept and non-accept states. Explain whether this method succeeds to build a TM complement. If yes, describe how; if no, explain why and suggest a TM supplement strategy.
1) Create a truth table and check whether the statement is a tautology or contradiction(?∨~?)↔~(~?∧?)
Show that (p ∧ q) → r and (p → r) ∧ (q → r) are not logically equivalent, without using truth tables.
Find ALL of the errors in the following formula calculation: p, q, r, ¬p, T, (q → r), ((~p) ^ (q → r)), (((~p) ^ (q → r)) ▼ 1), 1 □ a. I needs to be listed before any well-formed formulae with connectives since it is an atomic formula b. T is not used in the formula calculation so shouldn't be listed O c. I needs to be listed before (((-p) ^ (q → r)) V l) O d. brackets missing around -p Oe. Missing brackets in ((-p) ^ (q→ r))
Given the following premises: (1) ∀x (R(x) → S(x))(2) ¬S(c) Use modus tollens to derive the conclusion ¬R(c). Show your step-by-step reasoning.
What is the Feasibility Conditions and the Greedy Construction
In order to minimize an FA, you have to try and determine if any of the states are actually the same state. You can do this by a table a table and finally by tables that shaped table All the results are stored in a nifty "stair step" that prevents any state from being compared to