List of Figures Page No.

Transcription

1 i List of Figures Page No. 1.1: Aspect Oriented Programming execution methods : Subject Oriented Programming Paradigm 4 1.3: Functional Programming method : Logic Programming Architecture : Imperative Programming Model : Event Handling Architecture 9 1.7: Parallel Computing Processes : Recursive Programming Paradigms : Scalar Programming Paradigms : Structured Programming Paradigm : Modular Programming Model : Procedural Oriented Programming : Architecture of Computer : State, Behavior, and Identity of Object : Object Oriented Programming Features : Differences between Class and Object : Data Encapsulation in OOP s : Data Abstraction Model : Inheritance Model : Polymorphism and Dynamic Method Lookup in OOP s : Message Passing In OOP s : Resilience to change : Component-Based Model : Demonstration of Inheritance : Access Specifiers with inheritance : Single Inheritance : Multilevel inheritance : Multiple Inheritances : Hierarchical inheritance 40

2 ii 1.30: Hybrid Inheritance : Illustrations the interaction of programs and the operating system : Elements of a window : Polymorphism Hierarchy : Functions Overloading or Method Overloading : How to support run time polymorphism : Method Overriding in Java : Run Time Errors in VB : Array Data Structure : Array Data Type : Associative Array : Bit Array Representation : Dynamic Array : Parallel Arrays : Sparse One Dimension Array : Sparse Two Dimension Array : Variable Length Array : Jagged Array : Array Processor : Array Programming : Array Slicing in 2D array : Control Array of Textbox at design time : First Pass of Bubble Sort : Bubble Sort Algorithms : Swapping During Bubble Sort : Selection Sort Algorithm with different passes : Selection Sort Algorithms : Insertion Sort Algorithms : Fifth Pass of Insertion Sort Algorithms : Insert Sort Algorithm : Types of Languages.. 73

3 iii 1.61: Purposed Model of User Interface : Object Modules : Inheritance hierarchy : The Language Paradigm : Combining Objects with Concurrency : The Ultimate Buzzword : Regression to Assembly Language : Scenarios for the Future : Object Oriented Electrical Network Simulator : Dataflow of a simple IDL program : GPULib s software stack : Component and service technologies supporting needs of systems development : Technical Program Schedule : Touch less User Interface Application : Model Transformation : Different widgets supporting the same task, extracted from : Interface rendered for two devices with different size, extracted from : Flex-Clock, extracted from : Web interface for registering clients and requesting service UIs : Driven cavity flow GUI created with Visual Basic : Reference configuration for the antenna arrays under study : Example of Control array : Visual Studio 6.0 related file and folder : Installation wizard for Visual Studio 6.0 Enterprise Edition : End User License Agreement : Product Number and User ID : Visual Studio 6.0 Enterprise Edition : Choose Common Install Folder : Visual Studio 6.0 Enterprise Setup : Product ID Number for technical support. 192

4 iv 3.9: Visual Studio 6.0 Enterprise- Custom : Installation Process of Visual studio : Finish Installation Process of Visual studio : Bubble, Selection, Shell and Quick Sorting Comparison : Animation demonstration of Bubble Sort : Implementation of Proposed algorithm for Bubble Sort using control array : Implementation of Proposed algorithm for Selection Sort using control array : Implementation of proposed algorithm for Insertion Sort using control array : Implementation of proposed UI 212

5 v List of Tables Page No. 1.1: Inheritance and Accessibility : List of Languages Overloadable and Not-overloadable : The Comparison with Each Pass in Bubble Sort : Run Conditions for the Driven Cavity Flow Problem That Ensure an Equilibrium Final Condition : Computational Run-Time in Seconds of Each Different Programming Language for the Driven Cavity Flow Problem with Standard Deviation in Parenthesis : Table of CA: the number buttons and the operator buttons : Time Complexity Comparison of Five Sort Algorithm. 184

6 vi List of Abbreviations AA ACS ADLC ADS AI AOP AP API AS BA BAcursor BS CA CAPM CBE CBE CBM CCCPS CED CLI CO COM COMETS CPA CRP CS CUDA CUI DA Associative Array Automation Control Software Application Development Life Cycle Array Data Structure Artificial Intelligence Aspect Oriented Programming Array Processor Application Programming Interface Array Slicing Bit Array Bit Array Cursor Bubble Sort Control Array Computer Aided Project Management Component Based Engineering Component Based Engineering Component Based Model Complex Computer-Controlled Physical Systems Computational Fluid Dynamics Command Line Interface Component Oriented Component Object Model COntext of use Mouldable widgets Cartesian Product Algorithm Compositional-relational programming Computer Science Compute Unified Device Architecture Command User Interface Dynamic Array

7 vii DAA DC DDC DE DLL DOL DOS DP DS DSA DSM DSP EDI EDP EE EJB FDC FEC FED FEM FGL FP FPL GA GA GAS GE GPU GRA GUI HLLDCA Dynamically Allocated Array Data Cache Dynamically Dispatched Calls Development Environment Data Link Library Data Oriented Language Disk Operating System Declarative Programming Data Structure Dynamic Scheduling Algorithm Distributed Shared Memory Data Structured Programming Electronic Data Interchange Event-driven programming Electrical Engineering Enterprise Java Beans Functional DeComposition Finite Element Code Finite Element Data Finite Element Model First-generation languages Functional programming Functional Programming Language Global Array Genetic Algorithm Global Address Space Global Efficiency Graphics Processing Unit Global Register Allocation Graphical User Interface High Level Language Directed Computer Architectures

8 viii HLP HOH HTDP IDE IDL ILP IP IS J2ME JA LIMS LLP LP LSSD MAD MDA MDI MFC MLG MoM MP MS OBP OM OOAD OODC OODE OODM OOP OOS OOT High Level Programming Higher Order Hierarchies How To Design Programs Integrated Development Environment Interactive Data Language Integer Linear Programming Imperative programming Insertion Sort Java 2 Micro Edition Jagged Array Laboratory Information Management System Low Level Programming Logic programming Large Scale Systems Development. Mobile Application Development Model Driven Architecture Multiple Document Interface Microsoft Fundamental Classes Memory Layout Graph Method-of-Moments Modular Programming Microsoft ;- Object Based Paradigm Order Management Object Oriented Analysis and Design Object-Oriented DeComposition Object Oriented Development Environment Object-Oriented Data Model Object Oriented Programming Object Oriented Simulation Object Oriented Technology

9 ix OS OT PA PC PO POL PSADD RMI RP SAA SDE SDM SDP SE SE SGL SIM SO SOAP SOP SP SP SS STGP SVM TGL TLO UI UIDLs UML VB Operating System Optimization Tool Parallel Array Parallel computing Purchase Order Procedural Oriented programming Power System Application Data Dictionary Remote Machine Interface Recursive programming Smaller Allocation Area Specialized Development Environment Standard Domain Models Software Development Processes Software Engineering Self Explaining Second-generation languages Structural Inheritance Metrics Sales Order Simple Object Access Protocol Subject-oriented programming Scalar programming & Structured programming Service Pack Selection Sort Strongly Typed Genetic Programming Self Virtual machine Third-generation languages Thread Local Objects User Interface User Interface Description Languages Unified Modeling Language Visual Basic

10 x VF VLA VLSI VM WSDL Visual Fortran Variable Length Array Very Large Scale Integration Virtual Machine Web Services Description Language

11 xi Abstract The interactive and efficient user interface (UI) has been basic prerequisite of the users since beginning. A lot of research works have been done to develop interactive UI for different purpose. There has been used so many aspect of programming languages for the same. Regarding this research work, I have review different research papers that are published in several journals and conferences, and I have found that the OOP programming language is mostly used. Further, I also observed that an UI was able to demonstrate the taken time of different sorting such as bubble sort, selection sort, shell sort and quick sort using array consisting dates. I also observed that an UI can be built being some optimization into UI application development using control array, inheritance and polymorphism. The control array is generally not used during UI development instead of developing calculator or some other UI. This research is based on analytical and empirical methodology, and implemented on visual basic which is object-based language. This thesis proposed an UI that will demonstrate sorting process with tracing view of their algorithm using control array in same window such as bubble sort, selection sort and insertion sort. This demonstration will be optional and under controlled by the respondent. Academically, this UI will be effective and interactive tool for student or any respondent to learn different sorting process and their algorithm. It will also be helpful for the trainer or teacher to make understand the student for the same.