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Name: Elmin Didic

Type: User

Bio: ISU 24' Software Engineer

Location: Des Moines, IA

Blog: https://elmin.tech/

Elmin Didic's Projects

coms-228-archived-message-reconstruction

The objective of this exercise is to reconstruct/unzip a message archived with a binary-tree- based algorithm

coms-228-hw1-profit-utilization-for-internet-service

You were hired by a fictional internet provider called Blaze to compute yearly profits. Customers pay fixed monthly fees. Blaze makes a profit when customers do not use all the bandwidth they are allowed. Such users are called “Casual’ users. The region to which Blaze supplies internet is in the form of an n x m grid. Blaze can provide internet to each cell in the grid if desired. Each cell in the grid has either customers (one of three types as given below) or is in “Empty” or “Outage” states. Therefore, a cell can have one of five states: C: S: R: E: O: Casual customer: Instagram and TikTok Streamer customer: an aspiring e-celebrity with an appetite for bandwidth Reseller customer: provides lower-cost, lower-bandwidth internet to users off the grid Empty grid cell Outage grid cell For example, below is a 4 x 4 grid: O R O R E E C O E S O S E O R R Row and column indices start from 0. The top left cell is at coordinates (0,0). Coordinates are in the form (RowIndex,ColumnIndex). In the example above, the cell at coordinates (1,1) is E (Empty). It has a 3 x 3 neighborhood centered at the square: O R O E E C E S O Please note that the cell itself is not counted as its own neighbor, so it can have a maximum of 8 neighbors. Cells which are on the edge of the grid will have smaller neighborhoods. In the above example, the cell at the upper left corner, (0, 0), has 3 neighbors in a 2 x 2 neighborhood: O R E E Similarly, the cell at (3, 2), Reseller, has a 2 x 3 neighborhood which is: S O S O R R In the example neighborhood, a cell with a 3 x 2 neighborhood is (1,0): O R E E E S

coms-228-infix-to-postfix-conversion-

Create a program that reads a file input.txt of infix expressions and converts them to the corresponding postfix version, printing the expressions out to a file output.txt.

coms-228-sorting-2d-integer-points

In this project, you are asked to read an input set of 2D integer points in a coordinate plane. Sorting algorithms: selection sort, insertion sort, merge sort, and quicksort.