(CS&IT) Title | Software Engineering-I | Code | CS-321 | Credit Hours | Theory/week: Weight 3 Cr. Hrs. Lectures 2 Duration 1.5 Hrs | Instructor | Saliha Zahoor | Office | B Block Room# :B208 2nd Floor | Email | saliha.zahoor@uog.edu.pk | Prerequisite | Programming fundamental‚ Object Oriented Programming | Category | Core -Computer Science | Aims and Objectives | Aim: Application of software engineering practices to the development of software in information system
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eACT AIFRS Policy Summary AASB 138 AASB 138 “INTANGIBLE ASSETS” (IN PARTICULAR SOFTWARE) BACKGROUND AASB 138 Intangible Assets is an Australian Equivalent International Financial Reporting Standard (AIFRS) applicable to financial years beginning on or after 1 January 2005. There is currently no Australian Accounting Standard that comprehensively deals with intangible assets. However there are general requirements contained in a number of standards that are applied to intangible assets
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Introduction to Software Engineering Somnuk Keretho‚ Assistant Professor Department of Computer Engineering Faculty of Engineering‚ Kasetsart University Email: sk@nontri.ku.ac.th URL: http://www.cpe.ku.ac.th/~sk Somnuk Keretho/Kasetsart University Outline of this presentation • • • • • • Scope of Software Engineering Object-Oriented Software Development Software Process Software Life-Cycle Models Object Orientation Software Quality Assessment Reference to Chapter 1/2/3 of “Software Engineering
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January 15‚ 2013 Angelus Vincent P. Guilalas 1. What Software Development? MCPE 226 Distributed Software Development Ans. Software development also known as application development‚ software design‚ designing software‚ software application development‚ enterprise application development‚ or platform development. The term "software development" may be used to refer to the activity of computer programming‚ which is the process of writing and maintaining the source code‚ but in a broader sense
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Group Collaboration Software Brandi James USC Upstate 35A Nesbitt Drive Inman‚ SC 29349 864-612-4975 James_Brandi@Hotmail.Com ABSTRACT Whether you are working on a project with people in the same building or spread around the world‚ you know how challenging it can be to get everyone on the same page and working together in a coordinated manner. A variety of tools such as email programs‚ online calendars‚ wikis‚ and file sharing tools are available to make it easier for you to collaborate
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PRACTICAL-1 Write a program in C/C++ to find the roots of a quadratic equation and perform the following on it: Boundary Value Analysis (BVA). #include #include void main() { int a‚b‚c; int d=0; clrscr(); printf("The Quadratic Equation is of type ax2+bx+c=0"); printf("Enter value of a‚b‚c:"); scanf("%d \n %d \n %d"‚&a‚&b‚&c); d=((b*b)-(4*a*c)); if(a100) { printf("Invalid input"); } if(d==0) { printf("Real and Equal Roots"); } else if(d>0) { printf("Real roots"); } else
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Software Configuration Management is the ability to control and manage change in a software project. Change is inherent and ongoing in any software project. The ability to track control such changes in a proper manner form the basis of a good software project. Software Configuration Management tries to bridge this gap by defining a process for change control. Change Management defines processes to prevent unauthorized changes‚ procedures to follow when making changes‚ required information‚ possibly
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EFF. DATE: TITLE: SOP FOR SOFTWARE DEVELOPMENT 1.0 OBJECTIVE REVIEW DATE: To describe the procedure for delivering technical solution through development of new software. 2.0 SCOPE This procedure is applicable to development of all new software application in the IT and MIS department. 3.0 RESPONSIBILITY 3.1 3.2 3.3 Programmers to develop software applications as per laid down procedure. Team Leader shall be responsible to carry out the activity as per procedure. Software Manager shall be responsible
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Associate Level Material Appendix E Hardware/Software Components In your own words‚ describe the following hardware/software components |Legacy systems |Is an older system that remains vital to organizations. The reason that it remains so| | |vital is because they were developed many of years ago and when the system was updated| | |there were no notes made to tell what changes
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Software Engineering SOFTWARE DEVELOPMENT • • • • • • • MODELS Build And Fix Model Prescriptive Model Water Fall Model Or Liner Sequential Model Incremental Model RAD Model Evolutionary Process Models Prototyping Spiral Model Concurrent Development Model Fourth Generation Techniques (4GT) Component Based Development (CBD) Agile Model Extreme programming Scrum Build And Fix Model • This model is the worst model for developing a project. The product is built without proper specifications
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