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Design an implementable routing and bridging solution for the network. Your
solution must address the following design and operation aspect of all routers.
Q.4.1.1 Functionality of the network layer. (5)
Q.4.1.2 Design and implementation of data plane. (5)
Q.4.1.3 Design and implementation of control plane. (5)
Q.4.1.4 Interconnection of networks using bridging systems. (5)
Q.4.2 Draw a detail diagram showing the design and implementation of Q.4.1 above. (15)
Study the adapter structure in the diagram below and then answer the questions that follow.
Diagram:
Q.3.1 Using suitable examples, briefly explain functions of the five components of this
network adapter.
(10)
Q.3.2 Provide a detailed operation analysis of this network adapter. (10)
Course Server
QUESTION
Test Cases & Qu
#include
int main
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// Warn
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The current selected programming language is C. We emphasize the submission of a fully working code over partially correct but efficient code. Once submitted, you cannot review this problem again. You can use printf() to debug your code. The printf may not work in case of syntax/runtime error. The version of GCC being used is 5.5.0. The media company "GlobalAd" has received a batch of advertisements from different product brands. The batch of advertisements is a numeric value where each digit represents the number of advertisements the media company has received from different product brands. Since the company banners permit only even numbers of advertisements to be displayed, the media company needs to know the total number of advertisements it will be able to display from the given batch.
int
produce different types of fruits (apple, orange, grape, and watermelon), and
put them in the market to sell. The market has limited capacity and farmers
have to stand in a queue if the capacity is exceeded to sell their fruits.
Consumers can come to the market any time and purchase their desired fruits;
and if the fruits they want to buy runs out, they are willing to wait until the
supply of that kind is ready. (Hint: implementing this market will encounter
the producer and consumer problem, and it probably needs multiple buffers
for different kinds of fruits).
packages with the following instructions
a) Create a Books class in pkg1.
b) Create an Admin class in pkg2.
c) Create a User class in pkg3.
d) Import all packages in Test class and do the following operations in a menu-driven
fashion. Add books, Search books, and List books.
Create an interface called “Transaction” which contains the functions such as deposit,
withdraw, and viewBalance. Create another interface called “Displayable” which
contains the Display () function to display the account details.
Create an abstract class called “Account” with bank account details such as acc_name,
acc_no, and balance. Add necessary constructors.
Create a “Bank” class which implements the “Transaction”, “Displayable” interfaces
and inherits “Account” class.
Perform menu driven operations like Deposit, Withdraw and Balance Enquiry, View
Account Details from a Main class. Write logics in the corresponding methods.
3. A method to calculate overtime pay. This method should be called from calculatePay if and when
required.
public static double calculateOverTimePay(int OverTimeHours, double
basePay)
4. A method to display information
public static void displayInfo(String empName, int workingHours, double
totalPay)
