Answer:
a.) Incoming packets can be placed in the buffer and played back without the jitter.
b.) Buffering would increase the latency because there would be a delay in time when the packets enter the buffer and the time is released.
Explanation:
Jitter is referred technically as a packet delay variations.
It is variation in the periodicity of periodic events or a signal from target or the true frequency.
Answer:
Answer of the given question is :
I/O-bound
programs would not require much CPU usage, having short CPU bursts.
CPU-bound programs require large CPU bursts. CPU-bound processes do not
have to worry about starvation because I/O bound programs finish running
quickly allowing CPU-bound programs to use the CPU often.
Explanation:
I/O-bound
is a thread generally has a tight latency that needs a compare to computer bond thread on the windows workload.
When a mouse click then it response ASAP as compared to batch job which is running in the background.
If the outcome is slower, then the user switch the operating systems and server workload does not care about UI
Embedded computers usually are small and have limited hardware but enhance the capabilities of everyday devices is a True statement.
<h3>Are embedded computers small?</h3>
Embedded computers are known to be machine that is said to be in smaller form of their factor motherboards. An example is Mini-ITX .
Note that there are lot of Different forms of embedded computers that has their specific innovative enclosure designs.
Therefore, based on the above, Embedded computers usually are small and have limited hardware but enhance the capabilities of everyday devices is a True statement.
Learn more about Embedded computers from
brainly.com/question/9706390
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Answer:
i need help om this someone plz answer
Explanation:
Answer:
b. Wattage
Explanation:
wattage is the amount of electrical power a particular device can be able to use, mathematically wattage is calculated when you know the Current in amperes and the voltage in volts, which is power in watts = current in amperes x voltage in volts. since we expect James' computer is expected to consume more power than before the power supply wattage should be greater than or equals to the wattage of the computer.
