16 user interfacedesign
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The document discusses user interface design principles including user familiarity, consistency, minimal surprise, recoverability, and user guidance. It covers different interaction styles like direct manipulation, menu selection, form fill-in, and command languages. Information presentation factors are discussed relating to static vs dynamic and numeric vs textual data. The importance of user support through help systems and user-friendly error messages is also covered.
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****************
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**************
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The document discusses challenges in software development and proposes object-oriented approaches as solutions. It outlines software engineering processes like requirements analysis, design, implementation, and maintenance. It then discusses object-orientation, describing how it can better model the real world through objects and classes. Object-oriented development focuses on maintainability and reusability through techniques like analysis, modeling, design, and iterative development processes.
14 functional design
- Function-oriented design involves modeling a system as functions that transform inputs to outputs. It has been practiced since the beginning of programming and is supported by most programming languages.
- The functional design process includes identifying data transformations with data flow diagrams, decomposing high-level functions into sub-functions using structure charts, and detailing each design entity.
- Concurrent systems design can implement function-oriented design directly by making each logical group of transformations a concurrent process, allowing independent and parallel execution.
13 configuration management
Software configuration management involves tracking all changes made to software work products throughout development and maintenance. It aims to control changes through processes like version control, change control, and configuration auditing to ensure quality. Maintenance is inevitable as system requirements change over time due to evolving environments and needs. It accounts for a significant portion of total software costs and involves understanding the system, locating information, and implementing changes while keeping documentation up to date. Predicting maintenance needs involves understanding relationships between systems and their environments.
12 couplingand cohesion-student
The document discusses characteristics of good software design including component independence, high cohesion, and low coupling. It defines different types of coupling (content, common, control, stamp, data) and cohesion (coincidental, logical, temporal, procedural, communicational, functional). Examples are provided to illustrate each type of coupling and cohesion. Maintaining low coupling and high cohesion results in components that are easier to understand, modify, and reuse.
9 project planning
The document discusses function point analysis, a technique for estimating the size of a software project based on its functionality. It describes how function points are determined based on five parameters that capture a system's functionality. These parameters include external inputs/outputs, internal files, and external interfaces. The number of function points is then adjusted based on other complexity factors to estimate the final size of the project.
8 project planning
The document discusses key aspects of planning a software project, including process planning, effort estimation, scheduling, and quality planning. It emphasizes that effective project management is critical for meeting commitments on time and budget. Project planning involves defining processes, estimating effort, creating a schedule, planning for quality, and identifying and mitigating risks. Estimation models and function points are discussed as methods for estimating project size and effort.
7(srs template)
This document provides an overview of the requirements for a software system. It outlines the purpose and scope of the product, describes the intended users and operating environment. It also summarizes the major functions and interfaces of the system, both for users and other systems/hardware. Non-functional requirements including performance, security and quality are also addressed at a high level. Appendices include a glossary, models from analysis and a list of items still to be determined.
5(re dfd-erd-data dictionay)
The document provides an overview of requirements engineering for software development. It discusses the importance of requirements specification, different types of requirements (functional, non-functional), and techniques for modeling requirements such as data flow diagrams, entity relationship diagrams, and structured English.
4
The document discusses various processes and techniques for requirements engineering (RE). It describes key RE activities like elicitation, analysis, validation and management. It also covers topics like feasibility studies, stakeholders, viewpoints, interviews, scenarios, use cases, social factors, prototyping, derived and volatile requirements, and requirements management including traceability.
3
Software Engineering involves developing software systems on time, on budget, with acceptable performance and correct operation. It is concerned with theories, methods and tools for professional software development. Software costs often dominate system costs and software is more expensive to maintain than develop. There are different types of software products and processes used for development.
2
The document discusses various software development lifecycle models including:
1. The waterfall model which follows sequential phases from requirements to delivery. It is easy to understand but inflexible.
2. Code-and-fix which starts with informal ideas and code without planning. It is dangerous and only suitable for small proofs of concept.
3. The spiral model which takes an iterative approach including risk analysis and management on each cycle. It accurately reflects iterative development but is complex.
4. Rapid prototyping emphasizes requirements analysis through building prototypes and getting customer feedback in iterations. It reduces risk but requires extensive customer involvement.
5. Agile methods like extreme programming (XP) value individuals, working software
1
Software engineering involves developing software programs and documentation. It aims to introduce key concepts, discuss professional responsibilities, and address common questions. Topics covered include defining software engineering, discussing costs and challenges, and explaining ethical issues. Software engineering is important because modern economies rely on software and costs are significant. Professional responsibilities include maintaining confidentiality, competence, and intellectual property rights.
Cocomo m odel
The document discusses the COCOMO model for estimating the effort required to develop a software project. The COCOMO model uses an effort equation to estimate the person-months of effort needed based on the estimated source lines of code (SLOC) of the project. It factors in scale drivers like precedentedness and team cohesion, as well as 17 cost drivers, to determine the effort multipliers used in the equation.
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16 user interfacedesign
- 6. Examples of GUIs (2) Macintosh GUI
- 7. Examples of GUIs (3)
- 35. Ask Jeeves
- 36. Multiple UIs
- 38. Information Presentation {numeric, textual} X {static, dynamic} Information may be
- 45. Help and Message System
- 53. DISCUSSION
Editor's Notes
- Copyright © 2003 M. E. Kabay. All rights reserved. 1- M. E. Kabay, PhD, CISSP
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-
- Copyright © 2003 M. E. Kabay. All rights reserved. 1-