The result of sending the string above into a variable that has allocated space for 8 bytes is that there will be Buffer Overflow Attacks.
<h3>What occurs when a string of data sent to buffer is large?</h3>
A buffer overflow is also known as buffer overrun. This is known to be a process that occurs when or if the size of data is known to be more than the storage capacity of any kind of memory buffer.
Note that due to the overload, the program that is trying to write the data to the buffer will therefore overwrites to the adjacent memory locations.
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The time that will be used to perform a multiplication using the approach is 28 time units.
<h3>How to calculate time taken?</h3>
From the information given, the following can be noted:
A = 8 (bits wide)
B = 4 time units.
The multiplication will be performed based on the adder stack. Since A = 8, then, A - 1 = 8 - 1 = 7.
Now, the time taken will be:
= 7 × B
= 7 × 4tu
= 28 tu
In conclusion, the correct option is 28 time units.
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Answer:
The back propagation algorithm causes the network to settle into a stable state where it can correctly respond, to any desired degree of accuracy, to all inputs in the training set.
Explanation:
Back propagation algorithm is a part of the learning of a neural network. In a simple neural network setting at each iteration;
- The network<em> </em>assumes <em>random weights</em> at each network layer and passes the value to the next trough an <em>activation function</em>.
- Then a loss function is calculated by comparing the distace of the final value with the label value using a predetermined distance metric.
- The weights are optimized trough back propagation
Thus, back propagation algorithm used to reach the final weights of the neural network, so that it can work more accurately.
