A Constraint-Based Tutor for Learning Object-Oriented Analysis and Design using UML
Introduction; Related Work; COLLECT-UML: A Knowledge-Based UML Modelling Tutor; Architecture; Domain constraints; Interface; Pilot Study; Students’ impressions on interface; Students’ impressions on feedback; Conclusions and Future Work; References.
http://ir.canterbury.ac.nz/bitstream/10092/333/1/12596507_ICCE05-Nilufar.pdf

A Framework Based Approach for Workflow Software Development
Introduction; Obtaining Domain Information; Domain Analysis; The FODA Method; The Analysis of a Domain; The Undelying O.O. Model; The Basic Approach; Controlling the Flow; Agent Support; The Architecture for the Method Support Tool; Conclusion & Future Works; Bibliography.
ftp://ftp.inf.puc-rio.br/pub/docs/techreports/01_22_oliveira.pdf

An OSA Tutorial
How to use this hyper-document; The Philosophy of OSA; Object-oriented vs. Process-oriented analysis; Model-driven (vs. Method-driven) analysis; Reality Representation; Formal Basis; The Components of OSA; ORM - Object-Relationship Model; OBM - Object-Behavior Model; OIM - Object-Interaction Model; References.
http://osm7.cs.byu.edu/OSA/tutorial.html

Design Patterns as Litmus Paper to Test the Strength of Object-Oriented Methods
Introduction; Responsibility-Driven Design: Contract Minimisation; The Rules of RDD; Transformations in RDD; Subsystems and Coupling in RDD; Event-Driven Design: Existence Dependency; The Rules of EDD; Transformations in EDD; Subsystems and Coupling in EDD; Conclusions; Emergent Patterns and Coupling Characteristics; Pattern Metrics for System Design; References.
http://www.dcs.shef.ac.uk/~ajhs/research/papers/litmuspaper.pdf

Event-Driven Programming: Introduction, Tutorial, History
In The Beginning – Transaction Analysis; Dataflow Diagrams; Structure Charts; The Handlers Design Pattern; The Headless Handlers Pattern; The Extended Handlers Pattern; The Event Queue; Some Examples of the Handlers Pattern; Objects; Systems; Client-Server Architecture; Messaging Systems; Frameworks; Object-Oriented Event-Driven Programming; Frameworks; SAX – an example of a framework; Why programming with a framework is hard; GUI programming; Why GUI programming is hard; The Observer Pattern; Event Objects; The Registered Handlers pattern in GUI applications; Registering Event-Handlers in Python – “binding”; Registering Event-Handlers in Java – “listeners”; Callback programming; GUI programming – summary; Maintaining State; Rejecting invalid transactions; State Machines; Coding a Finite State Machine (1); Coding a Finite State Machine (2); Ways to remember state3; Conclusion; Appendix A – Abstract methods in Python; Appendix B – SAX parsing in Python.
http://eventdrivenpgm.sourceforge.net/event_driven_programming.pdf

Experiences with Eiffel and C++ in Teaching Object Oriented Programming
Introduction; History of Teaching Object Technology; Structure of Object Technology When Taught With Eiffel; Structure Of Object Technology When Taught With C++; Comparison of Eiffel and C++ as Teaching Languages; Conclusion; References.
http://sky.fit.qut.edu.au/~thomasr/papers/eiffel-c++-comparison.pdf

Integrating QFD with Object Oriented Software Design Methodologies
Overview of Object Oriented Software Concepts; Objects, messages, and encapsulation; Classes and instances; Inheritance and multiple inheritance; Polymorphism; Brief survey of popular OO methodologies; Object Oriented Analysis; OOA concepts analogs in QFD; Incorporating QFD in OOA; Suggestions for QFD style matrices useful in OOA; Users × Actor Role; Actor role × Use Case; User Demanded Quality × Use Case; Use Cases × Objects; Use Cases × Data Attributes; Objects × Data Attributes; Objects × Objects, Showing Entity Relationships; Objects × Classes, Showing the AKO Relationships; Use Cases × IEEE Quality Factors; Failure Mode Analysis; Transforming Object Oriented Analysis into Object Oriented Design; Potential for integration of OO automated tools with QFD tools; Summary; Appendix A: Major Object Oriented Methodologies; References.http://www2.umassd.edu/SWPI/QFD/QFD_OOD.pdf

Introducing the Unified Modeling Language (UML)
INTRODUCTION; BASIC NOTATION; DOCUMENTATION; BASICS OF THE METAMODEL; REPRESENTATION OF SYSTEMS; ACHIEVEMENTS; UML SOURCES.
http://www.soi.city.ac.uk/~sjm/ICSEtext.pdf

Introducing UML: Object-Oriented Analysis and Design
http://www.devshed.com/c/a/Practices/Introducing-UMLObjectOriented-Analysis-and-Design/

Model-based Transition from Requirements to High-level Software Design
System overview; Outline; What are requirements? What are requirements? – In practice; Class and generalization; Inheritance; Attributes and associations; Methods and messages; Use cases; Use-case diagram; Outline; Glossary; Functional requirements; Scenarios – Stories and narratives; Scenarios – Video Store example; By-Function – Video Store example; Functional requ. – Video Store example; Goal – Video Store example; Systematic process; Use-case diagram – Video Store example; Use-case diagram – ATM example; Requirements and object-oriented models; Types of requirements; Types of requ. – Constraints on system; Types of requ. – Constraints on process; Conflicts between Quality Requirements; Types of requ. – Which “system”? OOA model – ATM Example; OOA model adapted – ATM Example; OOA model – UML sequence diagram; OOA model – RUP; OOA model – UP Larman; OOA model – SEM; OOA model – Video Store example; OOA model – UML sequence diagram; Conceptual model; Further development; Requirements vs. requirements representation; Outline; Preliminary OOD model; OOD model and architecture; Overview; Sequence diagrams – Video Store Example; Refined (part of) OOD model; OOD recommendations; Software architecture; Software architecture – Why? Selection depending on constraint requirements; Differences between MD Transformation and Mapping; From Domain Objects to Design Objects? From Use Cases and Scenarios to Components? Summary and Conclusion; Selected work of this tutorial presenter.
http://www.iaria.org/conferences2008/filesICSEA08/Tutorial%20MbT%20for%20printing.pdf

Object-oriented analysis and design
Object-oriented systems; Object-oriented analysis; Object-oriented design.
http://en.wikipedia.org/wiki/Object-oriented_analysis_and_design

Object – Oriented Analysis and Design Using UML of a Test “Rotation with Sample”
http://ecet.ecs.ru.acad.bg/cst07/Docs/cp/SVI/VI.24.pdf

Object-Oriented Analysis, Criterion Referencing, and Bloom
Abstract; Introduction; Lister & Leaney’s Grading Philosophy; Issues and Motivation; Implementation; Unit Objectives; Exam Structures; Practical Exam; MCQ Final Exam; Continuous Summative Assessment; Structured Assignment; Individual Project; Determining Final Grades; RECOMMENDATIONS; CONCLUSION.
http://crpit.com/confpapers/CRPITV30Box.pdf

UML Tutorial
1 The history of object-oriented analysis and design methods; 2 Software engineering; 2.1 Responsibility-driven versus data-driven approaches; 2.2 Translational versus elaborational approaches; 3 Object-oriented analysis and design using UML; 3.1 Types and classes; 3.2 Object structure; 3.3 Using use cases to discover types; 3.4 Invariants and rulesets; 3.5 Invariants and encapsulation; 3.6 State models; 3.7 Moving to component design; 3.8 The design process; 3.9 Documenting models; 3.10 Real-time extensions; 4 Identifying objects; 4.1 Task analysis; 4.2 Kelly grids; 5 CASE tools; 6 Patterns, architecture and decoupled design; 6.1 Design patterns for decoupling; 7 Designing components; 7.1 Components for flexibility; 7.2 Large-scale connectors; 7.3 Mapping the business model to the implementation; 8 Notation summary; 8.1 Object modelling symbols; 8.2 Action (use case) modelling symbols; 8.3 Sequence and collaboration diagram symbols; 8.4 State modelling symbols; 8.5 Action or activity diagram symbols; 8.6 Implementation and component modelling symbols; 8.7 Collaborations and patterns; 8.8 Real-time notation: ports and connectors; 9 Further reading; 10 Exercises.
http://uml-tutorials.trireme.com/

What is Yourdon & Coad’s OOA/OOD?
http://www.smartdraw.com/resources/tutorials/Introduction-to-Yourdon-and-Coad