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This assignment will give you practice in developing a class for sorting and searching,with a specific application in mind. The class methods can mostly be implemented by adapting algorithms which you have seen. This assignment is worth 10% of your final mark for this unit. A template program is provided to you, and electronic submissions are required from you, as described below. Some but not all of your work will be auto-tested. All your work will be looked over by a tutor. Your mark for the assignment will be given on the basis of both the auto-testing (done by machine)

COM101: PROGRAMMING2014 Project (AssignmentNo.3) Due date 11:55pm 26/09/20 14(Week 12Friday) In this project, you are required to design a suitable interface and implement a program which can 1.Load two files. Each of them contains a set of numbers (in CSV format). For example: T1.txtcontains 2, 6, 4, 8, and T2.txt contains 11, 3, 1, 12. Etc. 2.Sort those numbers in each file, and show the sorted results in their corresponding listbox; 3.Merge these numbers into a final sorted list, and save them in a new file “T3.txt” You are also required to write a short report to describe the design and implementation of your project. Your submission should include a compressed file for the VB.Net project and a WORD file describing the design and implementation of your project..What to submit? You need to submit a software copy of your work via submission link in Week 9 on Student Portal. Your submission should contain: A clearly labeled VB.NET solution (Name, IdNo, etc.) holding all your VB project files. A report to demonstrate working of the program in the Lab. This is similar to a User Manual. You can put both VB.NET solution folder (including all project files) and your report into a single compressed file, e.g. JackieRong30123456.zip (.7z or .rar)

 COMP 2140 Assignment 2: A Run-time Stack and Merge Sorting a Linked List

This project is to produce a “mini” parts tracking system for each of 3 manufacturing stations so that when the wafer is cut up at the end, data can be provided to sort heads into the 4 categories.  Data will also be used for reporting on manufacturing yields. You will be given a Test Case to analyze which describes the results at each of the 3 manufacturing stations.

Computer disks (large and small) have internal drives that store data. Key components in the drives are the “heads” that actually read/write the data. Heads are manufactured in clean rooms by a series of steps that deposit layers of materials on a wafer, and pattern those layers using photolithography and etching. During the processing the wafers are inspected and, when processing is finished, the devices are tested. As a result of the manufacturing process, a head could have 2 active elements that are:
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