http://cs-comm.lib.muohio.edu/items/browse/tag/UML?output=atom<![CDATA[Incorporating Communication Outcomes into the Computer Science Curriculum]]>
The dissemination of the project's research will come with the creation of a repository that allows CSE faculty members to access a web-based set of assignments. The goal of these assignments is to aid CSE faculty in redesigning their assignments, courses, and curricula in order to incorporate and enhance their students abilities to communicate and collaborate with a wide variety of audiences. The repository will be populated with assignments written and designed by both CSE and CAC faculty with the premise of integrating communication abilities while also enhancing the learning of the technical content being taught in their course and/or curriculum.
]]>2020-05-18T19:22:54-04:00Omekahttp://cs-comm.lib.muohio.edu/items/show/87<![CDATA[Lab - System Sequence Diagram]]>2012-07-25T15:34:16-04:00
Title
Lab - System Sequence Diagram
Course
Software Engineering
Abstract
Create UML sequence diagrams to express class behavior.
Author
Douglas Troy
Genre
Design diagram
Assignment Duration
Class Period
Communication Skill
Writing
Technical Skill
Design
Workplace Scenario
In this lab you will our UML diagramming tool to create a system sequence diagram (SSD) for a use case in your project. The SSD is created using sequence diagram notation. You can use the SSD as an aid to help you team to design the interface with the end-user. As with the other UML labs, experience with modeling will be applicable to potential internships or careers.
Team Size
N/A
]]>http://cs-comm.lib.muohio.edu/items/show/86<![CDATA[Lab - Domain Model using UML Class Diagram]]>2012-07-25T15:34:40-04:00
Title
Lab - Domain Model using UML Class Diagram
Course
Software Engineering
Abstract
Create UML class diagrams that represent a problem domain from a requirement specification.
Author
Douglas Troy
Genre
Design diagram
Assignment Duration
Class Period
Communication Skill
Writing
Technical Skill
Design
Workplace Scenario
In this lab you will use our UML diagramming tool to create a domain model for your project. The domain model is created using class diagram notation, although we do not model methods in a domain model. The domain model is a design tool to help bridge the gap from the real-world object to software objects in your code. Your team can use the domain model to help guide the software design process.
Experience with UML modeling will be applicable to potential internships or careers.
Team Size
N/A
]]>http://cs-comm.lib.muohio.edu/items/show/85<![CDATA[Lab - Introduction to UML and Use Case Context Diagrams]]>2012-07-25T15:35:15-04:00
Title
Lab - Introduction to UML and Use Case Context Diagrams
Course
Software Engineering
Abstract
Use UML class diagrams to create a context diagram for a case study.
Author
Douglas Troy
Genre
Design diagram
Assignment Duration
Class Period
Communication Skill
Writing
Technical Skill
Design
Workplace Scenario
In this lab you will use a UML diagramming tool to create the use case diagram for your project. Software design tools like this are common in industry, so becoming familiar with some tools will give you an understanding of similar software engineering of design tools. In this lab you will create a UML use case context diagram that you can use with the client to help to assure that you have a good understanding on the primary use cases in the project.
Team Size
N/A
]]>http://cs-comm.lib.muohio.edu/items/show/78<![CDATA[Physical Architecture and Deployment Diagrams]]>2012-07-25T15:39:14-04:00
Title
Physical Architecture and Deployment Diagrams
Course
Software Engineering
Abstract
Sketch a deployment diagram describing the implementation of a system.
Author
Douglas Troy
Genre
Design diagram
Assignment Duration
Less than a week
Communication Skill
Writing
Technical Skill
Implementation
Workplace Scenario
An architecture is the set of significant decisions about the organization of a software system (section 13.4). The physical architecture is the assignment of concrete software components, such as programs, databases, webservers, and communication paths to machines like servers and desktop workstations (Chap 38). The physical architecture is the realization of the logical architecture. The purpose of this homework is to introduce deployment diagrams as a useful way to communicate the physical or deployment architecture.
For this assignment your supervisor will review a sketch of the layered architecture and deployment diagram for your team’s project.
Team Size
N/A
]]>http://cs-comm.lib.muohio.edu/items/show/68<![CDATA[Static and Dynamic Object Modeling Memo]]>2012-07-25T22:05:36-04:00
Title
Static and Dynamic Object Modeling Memo
Course
Software Engineering
Abstract
Apply a contemporary analysis and design approach, such as object-oriented to a case study. Compare UML class and sequence diagrams.
Author
Douglas Troy
Source
Larman, Craig. Applying UML and Patterns: An Introduction to Object-Oriented Analysis and Design and Iterative Development (3rd Edition), 2004.
Genre
Memo
Assignment Duration
Less than a week
Communication Skill
Writing
Technical Skill
Design
Workplace Scenario
The purpose of this assignment is to further examine and compare two tools to support object design: Class diagrams and sequence (interaction) diagrams. When designing the classes (objects) we need to answer the following key questions:
• What software classes should we implement to produce the product?
• What are the responsibilities of each class (what are the attributes and methods)?
• How do the classes interact with one another and the actors?
Class diagrams and sequence diagrams are visual tools that help us to explore possible answers to the above design questions, and to document our decisions. Class and sequence diagrams are very commonly used design tools, so knowledge of these tools should be helpful to you in your future studies or career. In addition, the two diagrams model different aspects of the software, so the two diagrams are complementary.
In this memo to your supervisor you will summarize the purpose of static and dynamic models and give your own opinion on which type of model is most challenging and useful aid to software design.
Create UML sequence diagrams to express class behavior
Author
Douglas Troy
Source
Larman, Craig. Applying UML and Patterns: An Introduction to Object-Oriented Analysis and Design and Iterative Development (3rd Edition), 2004.
Genre
Design diagram
Assignment Duration
Less than a week
Communication Skill
Writing
Technical Skill
Design
Workplace Scenario
The purpose of this assignment is to introduce another modeling tool called the System Sequence Diagram (SSD). SSDs are a special case of UML sequence diagrams that illustrate the input and output events between actors and the system. Typically a SSD corresponds to one scenario from a Use Case. The SSD shows the interaction of the actor with the new system, so it is a bridge between conceptual design (analysis) and software design. In this assignment you will sketch a domain model, illustrating the real-world objects for one of your project use cases. Your supervisor will review the domain model and offer comments to help you to refine your understanding of the use case.
Team Size
N/A
]]>http://cs-comm.lib.muohio.edu/items/show/52<![CDATA[Domain Model Diagram]]>2012-07-25T22:00:41-04:00
Title
Domain Model Diagram
Course
Software Engineering
Abstract
Create UML Class diagrams that represent a problem domain from a requirement
Author
Douglas Troy
Source
Larman, Craig. Applying UML and Patterns: An Introduction to Object-Oriented Analysis and Design and Iterative Development (3rd Edition), 2004.
Genre
Design diagram
Assignment Duration
Less than a week
Communication Skill
Writing
Technical Skill
Design
Workplace Scenario
The purpose of this assignment is to introduce an object-oriented analysis tool called the domain model. The domain model is a visual representation of the objects in the real-world problem that you are trying to solve. These objects are called conceptual classes, not software classes, because they represent objects in the problem space, not the solution. In this assignment you will sketch a domain model, illustrating the real-world objects for one of your project use cases. Your supervisor will review the domain model and offer comments to help you to refine your understanding of the use case.