From what i learned from school, have a theme for the presentation and only have 1-3 pictures per slide that aren’t too big but small enough so you can read and see, also pictures that are self explanatory
Basic blocks are identified because they are known to be a straight line that is known also as a code sequence that tends to have no branches in regards to its in and out branches and its exception is only to the entry and at the end.
Note that Basic Block is said to be a composition of statements that is known to be one that often always executes one after other, and this is often done in a sequence.
<h3>How do you create a flow graph from the basic blocks?</h3>
Flow graph is gotten by:
- Lets Block B1 be the initial node and also Block B2 will tend to follows B1, so from B2 to B1 there is seen a kind of an edge.
Note that the first task is for a person to partition a sequence of three-address code and this is done into basic blocks.
Hence, Basic blocks are identified because they are known to be a straight line that is known also as a code sequence that tends to have no branches in regards to its in and out branches and its exception is only to the entry and at the end.
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Answer:
boot disk
Explanation:
This disk contains files required by the boot sequence as well as the operating system, which is loaded at the end of the startup process.
Answer:
A. <em>Encoding Process </em>
Explanation:
Memory is an <em>encoding process </em>that includes the organization and shaping of information by processing, storage, and retrieval of information.
There are two types of memory in computing, <em>RAM </em>and <em>ROM</em>. <em>RAM </em>stands for <em>Random Access Memory</em>. It I the core memory of the computer and it is especially faster regarding reading and writing process. As an analogy, RAM memory is like the “<em>Short-term</em>” memory of the computer. <em>ROM </em>stands for <em>Read-Only Memory</em>, this is the type of memory in charge of permanently storing data in the computer. It contains the necessary information to run the computer. As an analogy, <em>ROM </em>memory is like the “<em>long-term</em>” memory of the computer.
