HW02-1 Develop an algorithm which generates an infinite loop and turns ON (i.e., True, Hi, or Logic 1) a Boolean Variable, LED1, once every fourth iteration. Write a flowchart Matlab script which generates an infinite loop in Matlab. Document this algorithm using a flowchart or pseudo-code. o For a flowchart, use an online tool such as “draw.io” (or powerpoint). Hand- written drawings (sketches) are permitted for In-Class Activities (for time/expediency) but ARE NOT acceptable for this HW assignment. o For pseudo-code, use a simple text file and standard pseudo-code protocol. Use the variable names specified and document (explain) any additional variables. Submit this plan as a separate file (HW02-1.io, or HW02-1.ppt, or HW02-1.txt, etc.). HW02-2 Write a Matlab function which implements the algorithm developed in HW02-1. Document this function with Matlab comments. This will help you when you implement this algorithm in other programming languages, such as EmbeddedC. Submit this Matlab function as a separate file (HW02-2.m) Capture the 5-10 lines of actual output of this function to demonstrate its correct operation. Save this output as a text file or pdf file (converted from an image). Submit this output as a separate file (HW02-2.txt or HW02-2.pdf).
Homework Solution: HW02-1 Develop an algorithm which generates an infinite loop and turns ON (i.e., T…
HW02-1 Develop an algorithm which generates an unbounded loop and turns ON (i.e., True, Hi, or Logic 1) a Boolean Fickle, LED1, uniformly entire fourth repetition. Write a flowchart Matlab script which generates an unbounded loop in Matlab. Muniment this algorithm using a flowchart or pseudo-code. o Ce a flowchart, conservation an online instrument such as “draw.io” (or powerpoint). Hand- written drawings (sketches) are operating ce In-Class Activities (ce time/expediency) yet ARE NOT enlivening ce this HW ordinance. o Ce pseudo-code, conservation a primal extract finish and model pseudo-code protocol. Conservation the fickle names definitive and muniment (explain) any affixed fickles. Submit this guile as a disjoined finish (HW02-1.io, or HW02-1.ppt, or HW02-1.txt, expectation.). HW02-2 Write a Matlab capacity which tools the algorithm exposed in HW02-1. Muniment this capacity with Matlab comments. This get aid you when you tool this algorithm in other programming languages, such as EmbeddedC. Submit this Matlab capacity as a disjoined finish (HW02-2.m) Capture the 5-10 lines of developed output of this capacity to present its rectify performance. Save this output as a extract finish or pdf finish (converted from an copy). Submit this output as a disjoined finish (HW02-2.txt or HW02-2.pdf).
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