Solution:
Guest integration services resolves compatibility issues of certain guest operating systems experiencing non-functioning features.
Data integration service is the employment of a group of services that comply with service-oriented architecture. Data integration service can perform in an N -> 0 latency time period. At the same time, it offers a powerful set of transformation processes for meeting an array of business imperatives. The advantages of employing data integration as an enterprise service include reduced time for marketing, a reduction in total cost of ownership (TCO), and a solution to the obsolete and expensive data-integration patterns presently available in corporate businesses.
This is the required answer.
Answer:
Quantizing error
Explanation:
In digitisation of analog signal refers to the rounding off of values which are approximately equal to the analog signals. The method of sampling chooses a few point on the analog signal and then these points are joined to round off the value to a near stabilised value. such process is known as Quantization. For any system, during its functioning, there is always a difference in the values of its input and output. The processing of the system results in an error, which is the difference of those values.
The difference between an input value and its quantized value is called a Quantization Error. A Quantizer is a logarithmic function that performs Quantization rounding off the value. An analog-to-digital converter (ADC) works as a quantizer.
Answer:
Option B is the correct answer.
Explanation:
In Microsoft Word, the TAB button shifts the text to the right. For example, starting a new paragraph, the TAB button indents the beginning.<span />
Answer:
CPI = 0.94
Explanation:
The formula for execution time is given below:
Execution time = clock cycles * cycle time
As Execution time = 750 s
clock cycle time = 0.333 ns = 0.333 * 10^-9
so putting these values in the above formula, we get
750 = clock cycles * ( 0.333 * 10^-9 )
clock cycles = 750 / ( 0.333 * 10^-9 )
clock cycles = 2.25 * 10^12
As the results of the spec cpu2006 bzip2 benchmark running on an amd barcelona has an instruction count = 2.389 * 10^12
and the formula for clock cycles is:
clock cycles = number of instructions * CPI
CPI = clock cycles / number of instructions
CPI = 2.25 * 10^12 / 2.389 * 10^12
CPI = 0.94
