Using the encoding system described above, answer the following questions. Analysis 1. From previous work with Boris and Natasha, you know that their encoding and decoding functions are always linear and have 1 as the coefficient of x. Write the general form of the linear function that could be used to decode the message. A nabal ol eldshev Inebnegabni ert Je Inquiry and Evaluation sT SPy 2. What strategy would you use to decode the message? Write your answer in complete sentences using proper grammar, appropriate capitalization and correct spelling. X ose tugnt(3J8A artt eoobnu srt eaeoong er ei DECODIMG eUCcgeg ue
Using the encoding system described above, answer the following questions. Analysis 1. From previous work with Boris and Natasha, you know that their encoding and decoding functions are always linear and have 1 as the coefficient of x. Write the general form of the linear function that could be used to decode the message. A nabal ol eldshev Inebnegabni ert Je Inquiry and Evaluation sT SPy 2. What strategy would you use to decode the message? Write your answer in complete sentences using proper grammar, appropriate capitalization and correct spelling. X ose tugnt(3J8A artt eoobnu srt eaeoong er ei DECODIMG eUCcgeg ue
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
Related questions
Question
![Encoding a message starts with assigning each letter of the alphabet with a positive integer using a
specific pattern, thus rewriting the original message as a list of numbers instead of words. Decoding
a message is the process that "undoes" the encoding process. Assume that the table below was
used to encode an important secret message.
5.
A- 1
В - 2
С - 3
D- 4
E- 5
F-6
К-11
L-12
М-13
N-14
O-15
P-16
Q-17
R-18
S- 19
т-20
U-21
V- 22
W-23
Z-26
Blank - 27
G- 7
Н-8
|-9
J- 10
X-24
Y-25
nut
You intercepted the following encoded message from Boris and Natasha.oy
25 19 19 30 41 17 15 26 27 41 15 28 18 41 18 29 41 34 22 19 41 27 15 34 22
You do not know the encoding or decoding function, but you know this message consists of 6 words.
Using the encoding system described above, answer the following questions.
Analysis
1. From previous work with Boris and Natasha, you know that their encoding and decoding functions
are always linear and have 1 as the coefficient of x. Write the general form of the linear function
that could be used to decode the message.
A nobnl ol eldshsv Inebinegabmi ert lee
Inquiry and Evaluation
2. What strategy would you use to decode the message? Write your answer in complete sentences
using proper grammar, appropriate capitalization and correct spelling.
S) oulev x ose tugnt
DECODIMG su euccgec
ert
to
babcone ent exaT
= ( ed ot nworle ed aso +x8
0 10teluplio et.niepA.x) 2ouev Jugni 26 osulsv eeoni eau bos (8S M
evcds beditaeeb es eunsol AT art eau bne
FV1ine viqoia ebooeb of beau ed
3.
et (CA
8- (ESY](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbb3231c2-4d7d-4776-be64-1fa58e19b888%2Ffbb358e9-25c0-4204-bdb0-e70f380ec307%2Fde6codr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Encoding a message starts with assigning each letter of the alphabet with a positive integer using a
specific pattern, thus rewriting the original message as a list of numbers instead of words. Decoding
a message is the process that "undoes" the encoding process. Assume that the table below was
used to encode an important secret message.
5.
A- 1
В - 2
С - 3
D- 4
E- 5
F-6
К-11
L-12
М-13
N-14
O-15
P-16
Q-17
R-18
S- 19
т-20
U-21
V- 22
W-23
Z-26
Blank - 27
G- 7
Н-8
|-9
J- 10
X-24
Y-25
nut
You intercepted the following encoded message from Boris and Natasha.oy
25 19 19 30 41 17 15 26 27 41 15 28 18 41 18 29 41 34 22 19 41 27 15 34 22
You do not know the encoding or decoding function, but you know this message consists of 6 words.
Using the encoding system described above, answer the following questions.
Analysis
1. From previous work with Boris and Natasha, you know that their encoding and decoding functions
are always linear and have 1 as the coefficient of x. Write the general form of the linear function
that could be used to decode the message.
A nobnl ol eldshsv Inebinegabmi ert lee
Inquiry and Evaluation
2. What strategy would you use to decode the message? Write your answer in complete sentences
using proper grammar, appropriate capitalization and correct spelling.
S) oulev x ose tugnt
DECODIMG su euccgec
ert
to
babcone ent exaT
= ( ed ot nworle ed aso +x8
0 10teluplio et.niepA.x) 2ouev Jugni 26 osulsv eeoni eau bos (8S M
evcds beditaeeb es eunsol AT art eau bne
FV1ine viqoia ebooeb of beau ed
3.
et (CA
8- (ESY
Expert Solution
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Step 1
Encoding a message with assigning each letter of the alphabet with a positive integer using a specific pattern. Thus rewriting the original message as a list of numbers instead of words. Decoding a message is the process that "undoes" the encoding process. Assume that the table below was used to encode an important secret message.
ENCODING AND DECODING PROCESS:
Encoding means creation of a message(which you want to communicate with other person)
Decoding means listener or audience of encoded message.
So decoding means interpreting the meaning of the message
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