6. Consider a network with some hosts. The traffic from one host to the other isprovided. The question is to find the total bytes that are moving in the network fromone host to the other and also for all the routes. The total bytes that are transferredfor the day is as below.peter ann 1250peter mary 910mark mary, 1250peter mary 450peter andy 2924paul peter 1218paul helen 199The first name is the source host, the second is the destination host and the number isthe bytes that are transferred.

Question: 1. Bytes transferred between individual hosts: Peter to Ann: 1250 bytesPeter to Mary: 910…

Answered: 6. Consider a network with some hosts.…

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

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suppose you are working with two disparate systems, and one system depends on data from the other but the data formatting is different, so you need to specify a software application that pulls data from one system, changes the format to suit the second system and sends that data. This type of application is most commonly called: The Central Number Cruncher (CNC) Extract, Transform, Load middleware (ETL) A Transmission Control Protocol (TCP) A Data Transformer Engine (DTE)
Below is the format used for representation of single precision-point values in the IEEE FPS, where S is the sing bit, E is a biased exponent, and F represents the bits of the significant with the leading bit hidden. 31 30 s E 1 hit 8 hits 23 22 1100.01 F 23 hits The above IEEE FPS format is interpreted as (-1) *(1+0.F) * 2(E-127) As we did in class and the 2nd assignment, show the 32bit single precision hexadecimal IEEE FPS pattern that represents the following positive float value in binary digit (base 2).
One method that can be used to compress text data is run length encoding (RLE). When RLE is used the compressed data can be represented as a set of character/frequency pairs. When the same character appears in consecutive locations in the original text it is replaced in the compressed text by a single instance of the character followed by a number indicating the number of consecutive instances of that character. Single instances of a character are represented by the character followed by the number 1. Figure 9 and Figure 10 show examples of how text would be compressed using this method. Figure 9 Original text: AAARRRRGGGHH Compressed text: A 3 R 4 G 3 H 2 Figure 10 Original text: CUTLASSES Compressed text: C 1 U 1 T 1 L 1 A 1 S 2 E 1 S 1 What you need to do Task 1 Write a Python program that will perform the compression process described above. The program should display a suitable prompt asking the user to input the text to compress and then output the compressed text. Task 2 Test…
The Internet Protocol (IP) address of a computer acts as its distinctive identifier. How exactly do mnemonic addresses work? How many separate domains may be represented in the 32-bit representation at most? How many computers are permitted in one domain?
The Internet Protocol (IP) address of a computer is its unique identity on the Internet. How do mnemonic addresses function? How many unique domains are available in 32-bit representation? How many PCs may be in a single domain at the same time?
Distance vector routing is used. Router L receives distance vectors from routers I, H, and K as shown below.(image) The distance from L to I is 30, from L to H is 10, and from L to K is 9. Show L’s updated routing table based on the vectors.
Does anybody know how many different domains can be represented in a 32-bit representation? It is presently unknown what the maximum number of machines that may belong to a domain is.
Does anybody know how many different domains can be represented in a 32-bit representation? It is presently unknown what the maximum number of machines that may belong to a domain is.
How many ternary strings (digits 0, 1, or 2) are there with exactly 3 Os, 5 1s and 4 2s?
The message to be sent from source to destination is 4000B. The link MTU's from source to destination are 1500, 1000, and 750. If we DO NOT use Path MTU, what are the respective fragment sizes to be reassembled? If we DO use Path MTU, what are the respective fragment sizes to be reassembled? Remember, assume that the L3 and L4 headers have length=0.
A computer's identity is represented by its IP address in the Internet Protocol. In what way do these mnemonic addresses work? To what extent can 32-bit representations store information about several separate domains? How many computers may join a single site?
Find the extended basic blocks and list their distinct paths. Apply local value numbering (LVN) to each block. Apply superlocal value numbering (SVN) to the EBBs. Note any improvements that it finds beyond those found by LVN.

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