Computer engineering

Term Project-2 Details Scope: This term project aims to combine your knowledge on Queuing Theory together with your analysis and development skills. You will be working as a team and are asked to provide a decision support tool (DST) to perform various Queuing Theory / Queuing Models analysis. Details and deliverible requirements are provided in the requirements section. Requirements: Input requirements: This part is explaining the items related to the user inputs of the DST. List of inputs expected from the user are: - The queuing model (QM) to be analysed. This should be a drop down menu that the user can select from. It can be one of the following: 0 M/M/I:GD/z/ OM/M/IGD/N/ OM/M/e:GD/6/ 0 M/M/c:GD/N/ o M/M/GD/c/0 (self-service model) o MM/R:GD/K/K (repair-shop model) OM/G/1:GD//(P-K formula) - Parameters of the QM depending on the selected queuing model. The following matrix provides the necessary input for each QM: Oucing Model Input Parameters Needed MMIGD MMIGD/N/ LAN MMCGD Luc LU.CN MMD self-service model) MMR:GDKK (repair-shop model L. R.K MGGD (P.K formula) LE). Vart LH MMCGDN Functionality Requirements: This part of the project describes what kind of calculations and operations your DST must be providing: - Checking if the the user selected a QM from the drop down menu. If not warn the user. - Depending on the menu selected display the required parameter input fields and check for the validity of all required parameters. - Calculate the following steady-state measures of performance: OP.P. (for n upto 20). o for limited N OMS: LL o L.L.W.W - Clearing all the inputs and outputs with a button/command Output Requirements: This part of the project describes what outputs your DST should be delivering to users. You are supposed to provide the steady-state measures of performance described previously. Namely, you should display the results for: o Pop. (for n upto 20), o for limited N QMs: P. o L,L, W., W, Other Details: - You can use any programming language to develop your DST. Excel VB is recommended but not mandatory. - Submission deadline: January 7th, Friday, 23:59 - All team members are expected to contribute - An oral presentation and demonstration will be done randomly on the group members, explaining all the details of the project - You will be delivering all of your source code, project files and related items - You will also deliver a small report/manual on how your DST is used by providing screen shots on a sample data (at most 5 pages)