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ASSIGNMENT: Stacks: Railroad switching network
A program is to be written to model a railroad switching yard. One part of the switching network consists of a main track and a siding that contains four exits onto which cars may be shunted and removed later. Railroad cars are numbered 1-7 on the right track (randomly arranged or entered by the user), they have to be moved to the left track (they have to be sorted in the left track), using the four exits. A car may be moved directly to the left track, or to one of the exits then to the left track. Use stacks to solve the problem.
Input-
The order of the cars on the right track (random or by user)
Output-
You should show a script showing the car number and the source and destination till the final solution is reached.
Develop DFD fragments for all of the events not documented in Figure 6-12. Develop a single DFD that shows processing for all events, using one process for each subsystem and showing all needed data stores.
Your task is to show that breaking the scheme is approximately as difficult as a brute-force attack against single DES.
Design an algorithm and souce code C++ that will read a file of employee records and produce a weekly report of gross earnings for those employees.
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Increase of a single bit in the size of the encryption key doubles the amount of needed computations - Show how the recipient of the message, who knows e, produces the plaintext.
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Create the statements to save the contents of the RichTextBox named rtbCurrent. Show a SaveFileDialog named sfdCurrent to get the name of the document from the user.
Create an application to implement Apriori Algorithm and demonstrate the two main phases in it, which are i) Generation of frequent itemsets; ii) Generation of association rules.
Each client requests multiple CPU and I/O bursts from the keyboard. This information and the private FIFO are sent to the server through a common FIFO. The server responds to each client using private FIFOs.
Using the best fit algorithm, show the state of memory after processes of 212K, 417K, 112K and 350K (in request order) arrive.
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