An analog signal is a continuous signal whereas Digital signals are time separated signals. Analog signal is denoted by sine waves while It is denoted by square waves. ... Analog signals are suited for audio and video transmission while Digital signals are suited for Computing and digital electronics.
An analog signal is a continuous signal whereas Digital signals are time separated signals. Analog signal is denoted by sine waves while It is denoted by square waves. ... Analog signals are suited for audio and video transmission while Digital signals are suited for Computing and digital electronics.
The deterministic skip list is a data structure which implements a dynamic ordered dictionary. From now on we shall abbreviate the deterministic skip list as a skip list. The truncated skip list is a skip list in which the height of the skip list is bounded from above by a constant.Let n∈N be the number of stored elements, m∈N be the number of unique stored elements, and Δ∈N be the link-distance, along unique elements, between a given stored element and the searched element. Let h∈N∪{∞} be the maximum height of the skip-list. The implementation of the deterministic skip-list in Pastel has the following properties:
Answer:
a). SLE =$37.5
b). ARO =75
c). ALE = $2,812.5
Explanation:
a).Single loss Expectancy (SLE) is starting point in determining the single loss of an asset that will occur and calculated this;
SLE = asset value * exposure factor.
Asset value =$500,
Exposure factor is simply the percentage of asset lost.
In this case out of 1000 phones, 75 were damaged or loss.
In percentage;
75 ÷ 1000 =0.075, 0.075×100=7.5%(exposure factor).
Therefore,
SLE = $500×7.5%= $37.5.
b). ARO - Annual Rate of Occurrence is the number of times a threat on a single asset is expected to occur in one year.
In the case the damage or loss occured in 75 devices in one year.
c). ALE - Annualized loss Expectancy is the product of SLE and ARO.
Therefore;
ALE = $37.5 × 75 = $2,812.5.
An algorithm<span> is a well-defined procedure that allows a </span>computer<span> to solve a problem. Another way to describe an </span>algorithm<span> is a sequence of unambiguous instructions. ... In fact, it is difficult to think of a task performed by your </span>computer<span> that does not use</span>algorithms<span>.</span>