ycertain whole number k ell may be different in various tasks). ituation in the arrangement (perhaps the start or end of the st s) and supplement k rrangement at this position. se lines, the succession a nges, and the following activity is performed on this changed e, if a=[3,3,4]

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
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Peter has a whole number succession a1,a2,... ,an
He can play out the accompanying activity quite a few times (potentially, zero):
• Select any certain whole number k
(it very well may be different in various tasks).
• Pick any situation in the arrangement (perhaps the start or end of the succession, or in the middle of any two
components) and supplement k
• into the arrangement at this position.
• Along these lines, the succession a
• changes, and the following activity is performed on this changed arrangement.
For instance, if a=[3,3,4]
what's more he chooses k=2, then, at that point, after the activity he can acquire one of the arrangements
[2-,3,3,4], [3,2-,3,4], [3,3,2-,4], or [3,3,4,2-]
Peter needs this arrangement to fulfil the accompanying condition: for each 1sis|a|, aisi. Here, Ja denotes the
size of a
Assist him with observing the base number of tasks that he needs to perform to accomplish this objective. We can
show that under the limitations of the issue it's conceivable all the time to accomplish this objective in a limited
number of tasks.
Transcribed Image Text:Peter has a whole number succession a1,a2,... ,an He can play out the accompanying activity quite a few times (potentially, zero): • Select any certain whole number k (it very well may be different in various tasks). • Pick any situation in the arrangement (perhaps the start or end of the succession, or in the middle of any two components) and supplement k • into the arrangement at this position. • Along these lines, the succession a • changes, and the following activity is performed on this changed arrangement. For instance, if a=[3,3,4] what's more he chooses k=2, then, at that point, after the activity he can acquire one of the arrangements [2-,3,3,4], [3,2-,3,4], [3,3,2-,4], or [3,3,4,2-] Peter needs this arrangement to fulfil the accompanying condition: for each 1sis|a|, aisi. Here, Ja denotes the size of a Assist him with observing the base number of tasks that he needs to perform to accomplish this objective. We can show that under the limitations of the issue it's conceivable all the time to accomplish this objective in a limited number of tasks.
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