Programming, Notepad++, JavaScript, XHTML, DOM, CSS, XML, DTD, XPath
Newer version: TV Schedule App
I developed this TV Schedule Windows Sidebar Gadget. For TV series I am interested in, it displays the episodes showing on any day. Its data is stored in an XML file, which I manually update as TV series are announced, start/end, go on break, etc. It was written using JavaScript, XHTML & CSS. XPath expressions are used for querying it (via JavaScript).
Programming, Notepad++, JavaScript, XHTML, DOM, CSS, XML, DTD, XPath
Newer version: Salaah Times App
All Muslim’s are obligated to offer 5 daily prayers (Salaah) during specific times of the day. This Salaah Times Windows Gadget was developed to aid in meeting this obligation. A companion converter app (above) provides an XML prayer timetable for this gadget to visually display.
OO Programming, JavaScript, XHTML, CSS
I developed this web-based Sudoku game using JavaScript, XHTML and CSS, to facilitate my learning of JavaScript.
I initially developed this game during any free time I had at work, where I was waiting for more work to arrive. During this time, we were advised to read or talk (quietly). Some people would draw art in Microsoft Paint. That gave me the idea of make this sudoku game using just notepad (& Internet Explorer). I had to rely entirely on my knowledge of CSS, XHTML & JavaScript as we only had no internet access.
OO Programming, Java, SQL, MySQL, Databases, RMI, Design Patterns, NetBeans
For this assignment, I built a Java Chat Room application that used RMI for client/server communication. User profiles, chat rooms & conversations are stored in a MySQL database.
Programming, PL/SQL, SQL, Oracle SQL Developer, Oracle Database
I developed an SQL database & associated PL/SQL functions for an Oracle Database, which would handle phone call related functions for a fictional Telecoms company.
Programming, Visual Basic for Applications (VBA), Microsoft Excel
I developed this experimental Scheduling Tool in Excel using VBA. It displays an automated schedule, based on events & tasks. Tasks are broken down into subtasks & weighted based on various metrics (e.g. length of tasks, time till deadline). These are then slotted around events (that have fixed times), based on various metrics. The tool would readjust the schedule automatically as unforeseen incidents occurred, however as it stored intermediate values within Excel workbooks, it was slow.
I conducted a detailed analysis & evaluation of the strategy for a fictional Halal restaurant chain (Spices of South East Asia), using PESTEL Framework & Five Forces Framework. I then assessed the applicability of Value Chain Analysis in regards to the possible contributions made by IS/IT for this restaurant chain.
I explored business alignment using assumption that there is one organisation, when there are “…many interpretations of the same organization(s).” It was based on a research paper from Strategic Information Management, 3rd Ed.
OO Programming, Java, Assembly, Compiler/Interpreter, Notepad++, ANTLR
I developed Top-Down & Bottom-Up Local Register Allocators, using the ANTLR compiler generation toolkit. A Register is a memory location on a Processor. A Register Allocator will transform an Assembly Program that has unique & unlimited virtual memory locations, to an Assembly Program that has a limited set of physical memory locations, which are reused as needed.
OO Programming, Java, Assembly, Compiler/Interpreter, Notepad, ANTLR
I created a simple Parser and Interpreter for an Assembly-like programming language, using the ANTLR compiler generation toolkit. I wrote Regular Expressions and parsing rules that defined the programming language; that is what the instructions were and how they could be used. I then developed the interpreter that would read and execute programs written in this programming language.
Programming, Artificial Intelligence (AI), MATLAB (for AI App), C# (for data prep.), Microsoft Visual Studio
I built, trained & tested an Artificial Neural Network (ANN) in MATLAB, to find the optimal ANN architecture for processing Bank Loan applications. The Lecturer provided anonymous data collected from a real bank, consisting of over 400 bank loan applications, of which some were accepted and some rejected. To train the ANN, I developed 2 apps in C#, one to prepare data for input into the ANN & another to calculate the accuracy of the ANN’s results.
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