PKI trust model that should be used, is a distributed trust model.
- A distributed trust is a trust model that gives power to different source while taking the power away from a single source and thereafter, shares that responsibility to the wide range of sources. It is important as it allows trust to flows through network, marketplaces and forums.
- With the use of this distributed trust model, Sigma Technology can have multiple CAs in different locations to work on behalf of the company. And even if one is absence, other CAs can still issue certificate without any hindrances.
Conclusively, we can say that PKI trust model that should be used is a distributed trust model.
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As a highly flexible structure, a <u>matrix organization</u> can be quickly configured to adapt as required due to changes.
<h3>What is a matrix organizational structure?</h3>
A matrix organizational structure can be defined as a type of work structure where reporting relationships between employees and the top executive (employers) are set up as a matrix rather than the conventional hierarchy approach, which makes it highly flexible and adaptable to subsequent changes.
<h3>The types of matrix organizational structure.</h3>
In business management, there are three types of matrix organizational structure and these include:
- Balanced matrix structure.
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Answer:
Explanation:
A subdomain is really important on the internet, we can categorize our blog, e-commerce or simple informative website, for example, if we want to have a blog and e.commerce of the same topic, we can have a subdomain for each website, if we separate our website, and we administrate our content is a good signal for SEO, we could have more promotion in search engine.
Answer:
Software aspect of computing
Explanation:
Boole never regarded logic as a branch of mathematics, instead, he proposed that logical propositions should be expressed as algebraic equations. Mathematical operations were replaced with AND, OR.
Boolean algebra provides the basis for analyzing the validity of logical propositions because it captures the two-valued character (binary: (1 or 0) ) of statements that may be either true or false which is very important for all digital computation of which softwares are part of.
<span>In the process of 5B/6B encoding, it is possible to have the following two kinds of data sequences: 1. 25=32 data sequences 2. 26=64 data sequences Therefore, this can left us with some unused code sequences that are 32 in number (=26 – 25). On the other hand, in the encoding process of 3B/4B, it is possible to another set of data sequences as follows: 1. 23=8 data sequences 2. 24=16 data sequences This type of encoding also leaves us with some unused code sequences that are 8 in number (=23-24). 2. </span>
