Answer:
code = 010100000001101000101
Explanation:
Steps:
The inequality yields , where M = 16. Therefore,
The second step will be to arrange the data bits and check the bits. This will be as follows:
Bit position number Check bits Data Bits
21 10101
20 10100
The bits are checked up to bit position 1
Thus, the code is 010100000001101000101
Answer:
A. Participate actively in
Explanation:
The brain starts to develop even before a child is born and continues into adulthood. During the first few first years of a child's life, neurons, synapses and axon are multiplied to millions. The child's learning process determines the neural connections to be cut off by pruning. An active connection is retained while inactive neurons, synapses and axons are eliminated.
As the child grows, neural connections are strengthened by active participation in the learning process. But when these connections are left idle, they tend to decay.
5-Stage Pipeline Diagram for given set of instructions is given below. From the table we get to know that given code snippet need <em>14 clock cycles</em> to execute with 5 stage pipelines without bypassing technique.
Option: (d)
<u>Explanation:
</u>
If there is hazard on one instruction immediately after load/store or memory instructions then there is more delay than usual. So, we use two stalls for hazard present immediately after load instruction i.e. instruction 2.
- IF denotes fetch instruction.
- ID denotes Decode instruction
.
- EX for execution and MEM for memory-based Operations.
- WB foe register read/Write operations used for stall ir delay.
Complete Question:
Fill in the missing step in the following deadlock situation. Two users from the local board of education are each running a program (P1 and P2), and both programs will eventually need two DVD drives to copy files from one disc to another. Only two DVD-R drives are available and they’re allocated on an “as requested” basis. Soon the following sequence transpires:
1. P1 requests drive 1 and gets it.
2. ____
3. P1 requests drive 2 but is blocked.
4. P2 requests drive 1 but is blocked.
a.P1 requests drive 2.
b.P2 requests drive 2 and gets it.
c.P2 requests drive 1 but is blocked.
d.P1 releases drive 1.
Answer:
Soon the following sequence transpires:
P2 requests drive 2 and gets it.
Explanation:
A deadlock is a condition where two computer programs allocate the same resource essentially prevent access by each other and both programs stop working.
When every process or thread is awaiting for a resource to be released which is managed by another process a number of processes or themes are blocked.
Here is an example of a deadlock scenario. All connections are blocked; everybody hopes to see an incident that never takes place.
Answer:
Siftable are small independent computer that are capable of BLANK (graphics audio video)