Abstract
<p>The problem of modeling different parts of computer systems requires accurate statistical tools. Cache memory systems is an inherent part of nowadays computer systems, where the memory hierarchical structure plays a key point role in behavior and performance of the whole system. In the case of Windows operating systems, cache memory is a place in memory subsystem where the I/O system puts recently used data from disk. In paper some preliminary results about statistical behavior of one selected system counter behavior are presented. Obtained results shown that the real phenomena, which have appeared during human-computer interaction, can be expressed in terms of non-extensive statistics that is related to Tsallis proposal of new entropy definition.</p>
Highlights
M The description of phenomena that appeared in nowadays computer systems selected parts seems to be very important topic in computer engineering
In this paper we show behavior of one system memory counter
That our findings were done basing on graphical methods and without any parametrical statistical tests, we were able to discover some interesting features of Cache Bytes counter
Summary
M The description of phenomena that appeared in nowadays computer systems selected parts (like disks, memory, network, etc.) seems to be very important topic in computer engineering. U understand how they work and what kind of interactions exist between them This topic is described in terms of Introduction, we show, in Section 2, theoretical background for non-extensive statistics including the problem of power laws and long-range dependencies.
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