Answer:
Parallelism
Explanation:
Each processor or core processes two threads at the same time is called <em>parallelism.</em>
<em>Parallelism </em>in computing refers to the improvement of performance. In fact parallelism is the mechanism in which multiple computing tasks can be processed at the same time. In synthesis in <em>parallel executions </em>every single task is split into multiple core processes in which every sub-task is executed at the same time.
Answer:
Option a: corrective action
Explanation:
A corrective action is a way to offer the remedy to a process or product which fail to meet expectation and doesn't work as intended. This is one of the management aspect to improve the quality of a product or process. By running corrective action, the undesirable damage brought by the erroneous or faulty process can be eliminated or at least reduce to certain extend.
Answer:
1. Verify transactions independently
.
2. Restricting access to programmers to change programs and data files when there is an error.
Explanation:
- Verifying transactions independently by involving another employee re-entering transactions, then programming the software in order to compare the inputs and search out errors, is an essential control method.By doing this, errors are identified, reducing risk of incorrect transactions.
- When programmers have access to changing data and programs, this indicates a lack of internal control. Unrestricted access enables a programmer include or subtract certain elements of programs which could lead to errors in operations and transactions. There should be proper identification of duties and a programmer should be bound by specific functions, reducing the risk of this type of error.
Answer:
Theorize a group of signals that will possibly produce this type of behavior and align the signals with the behaviors.
Explanation:
Answer:
a.
<u>Given Data :</u>
Data rate of each Line (Channel) = 9600 bps
Total lines need to be multiplexed = 10
<u>Solution:</u>
Total Capacity of Synchronous TDM = Data rate of each line x Total Lines
= 9600 bps x 10
= 96,000 bps
= 96 Kbps
Explanation:
In time division multiplexing, multiple channels (Lines) can transmit data over the medium on different time slots. In synchronous TDM, equal time has been allocated to each channel to transmit their data over the medium. so the total capacity required for 10 lines synchronous TDM is 96Kbps.
Answer:
b.
<u>Given Data:</u>
Data rate for each line (Channel) = 9600 bps
Total lines need to be multiplexed = 10
Average TDM link utilization = 80% = 0.8
Each link busy for the time = 50% = 0.5
<u>Solution:</u>
Capacity of Statistical TDM = data rate x number of Lines x each channel duration/Average utilization of TDM
Capacity of Statistical TDM = 9600 bps x 10 x 0.5/0.8
=60,000 bps
= 60 kbps
Explanation:
In TDM, if we want to limit the capacity of TDM and each channel that need to be multiplexed. we can limit the utilization of the TDM by limiting its transmission time of each channel and also the capacity of TDM.