Example 1. Object-Oriented Design - Final Object Schematic
There are altogether four libraries that are included in the previously mentioned solution: the “Design Elements — IDEF0” one, the “Design Elements — IDEF3 Object Schematic Symbols” one, the “Design elements — IDEF3 Process Schematic Symbols” and the “Design Elements — IDEF3 Referents and Notes”. Choosing any needed of them depends on the tasks you need to complete as each of them has its own unique design elements.
Example 2. IDEF Business Process Diagrams Solution in ConceptDraw STORE
Thus, in the “Design Elements — IDEF0” stencil library there are such design elements as a Box where a “Function name” can be mentioned, the Arrows named “Straight the segment”, “Straight the arrow segment”, “Curved arrow segment; corners are rounded with 90 degree arcs”, “Forking arrows”, “Joining arrows”, “Tunneled arrows; Use the Action button to reverse tunnel” and “Dotted line”.
There are also Control arrow, Input arrow, a Mechanism arrow, a Call arrow and an Output arrow available for any ConceptDraw DIAGRAM user to have as long as both the ConceptDraw STORE application is downloaded and the IDEF Business Process Diagrams solution from it.
Software design is known to be the process by which any agent can create some particular specification of a software artifact. The mentioned specification may be known to be intending to accomplish some particular goals by using a set of some simple components as well as the subject to constraints.
Any software design may refer to either the activity of following the requirements’ specification in a stylized software engineering process or all the possible activity that is known to be involved in conceptualizing, implementing, framing, commissioning and modifying complex systems.
Software design is also usually known to be involving the process of problem-solving as well as the process of planning some software solution, including both a low-level component and algorithm design as well as another, an architecture design known to be “high-level” one.
To help the IDEF Business Process Diagrams get complete on time, the IDEF Business Process Diagrams solution can be used anytime by any ConceptDraw DIAGRAM user as long and they have the ConceptDraw STORE application downloaded from this site as well.
Any object is known to be containing some encapsulated data as well as the procedures that are all grouped together in order to represent some entity. The so-called “object interface” is the one defining how exactly the object can be interacted with.
Any object-oriented program can be described by the interaction of such objects and the object-oriented design is what the discipline of defining the objects as well as their interactions called. The mentioned objects interactions if what is used for solving the problems that were both identified and documented during the object-oriented analysis.
A description of the class-based subset of object-oriented design follows next, not including the object prototype-based approaches. Such approaches are known for being the ones where the objects are typically obtained by cloning other (prototype) objects, such as their prototypes, but not instantiating the classes.
Any object-oriented design is what a method of the design known that can encompass the process of the object-oriented decomposition as well as a notation. It is being done for depicting both physical and logical, dynamic and state models of some system under design.
Any input used within the object-oriented design is known to be provided by the output of object-oriented analysis. Realizing that any output artifact never needs to be completely developed in order to serve as input of object-oriented design, both design and analysis may occur in parallel.
In practice, though, the results of one activity can feed the other one through an iterative process in a short feedback cycle. Both design and analysis can be performed incrementally. Also, all the artifacts can be continuously grown instead of completely developed in one shot.
The examples of the input artifacts used within the object-oriented design can be a conceptual model and user interface documentation, as well as the so-called relational data model.
There are also known to be five basic concepts of the object-oriented design that are simply the implementation level features built into the programming language, having such names as Object/Class, Information hiding, Inheritance, Interface, etc.
Example 3. IDEF3 Object State Transition Schematic
The design principles as well as the strategies are: the dependency injection that is known to be the basic idea affirming that in case some object depends upon having an instance of some other object then the needed object is known to be "injected" into the dependent object, and an acyclic dependencies principle that can be referred to the dependency graph of some components as well as the packages where there are no cycles at all.
The last one also is known to be referred to as having a directed acyclic graph and it can also be created with the help of the ConceptDraw DIAGRAM diagramming and drawing software as well as the other needed drawings.
TEN RELATED HOW TO's:
Data modeling is actively applied in analysis and uses wide set of methods for description the data requirements in a system. One of the most popular and well-known is the ERD method of database modeling.
The best ERD tool for the Mac and Windows is ConceptDraw DIAGRAM software extended with the Entity-Relationship Diagram (ERD) solution from the Software Development Area for ConceptDraw Solution Park, which is sharpened for professional ERD drawing and data modeling with Entity Relationship Diagram.
Picture: Data Modeling with Entity Relationship Diagram
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There are many ways to describe a database structure. One of the most usual is to draw an entity relationship diagram (ERD) using a Crow’s Foot notation to represent database elements. If you don’t want to draw it on paper, you should use an appropriate software.
An entity-relationship (ER) diagram is used to show the structure of a business database. ERD represents data as objects (entities) that are connected with standard relationships symbols which Illustrate an association between entities. ERD, there is a wide range of ERD notations used by data bases architects for reflecting the relationships between the data entities. According to the crow’s foot notation relationships are drawn as single labeled lines designating a certain kinds of relationship. Crow foot notation is a most frequently used ERD standard, because of improved readability of diagrams, with a more accurate use of space on the page._Win_Mac.png)
Picture: Entity Relationship Diagram - ERD - Software for Design Crows Foot ER Diagrams
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The Stakeholder Onion Diagram is a popular and widely used way to view the relationships of stakeholders to a project goal. The Onion Diagram focuses on the project goal, most of other diagram styles focus on the project, stakeholders, and timeline. This difference favorably distinguishes and separates the Onion Diagram from other types of diagrams.
Design fast and easy Stakeholder Onion Diagrams of any complexity in ConceptDraw DIAGRAM diagramming and vector drawing software using the powerful tools of Stakeholder Onion Diagrams Solution from the Management Area of ConceptDraw Solution Park.
Picture: Stakeholder Onion Diagrams
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How-To-Guide/aom-db
Picture: Databases Access Objects Model with ConceptDraw DIAGRAM
When it comes to system construction, a class diagram is the most widely used diagram. UML Class Diagrams is a type of static structure diagram that is used for general conceptual modeling of the systematics of the application. Such a diagram would illustrate the object-oriented view of a system. The object orientation of a system is indicated by a class diagram. It describes the structure of a system by showing the general issues,classes of a system, attributes, operations, interfaces, inheritance, and the relationships between them.
Picture: UML Class Diagram Notation
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Unified Modeling Language (UML) is a graphical modeling language for describing, visualizing, projecting and documenting of object oriented systems. UML digram is used for modeling of organizations and their business processes, for development the big projects, the complex software applications. Comprehensive UML diagram allows to create the set of interrelated documents that gives the complete visual representation of the modeling system.
Picture: UML Sample Project
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When designing a network, it is important to take into account the hierarchy of network devices. When you have a root device you should consider a tree network topology that might have any number of lower levels as you might need. This technology is based on star and bus network topologies.
This is a schematic representation of a Tree computer network topology. A tree topology means that some star networks are linked together. A star network is a topology of the local network where a central workstation is connected with each end-user computer or peripherals. A tree structure means that, the central nodes of these star networks are linked to a main cable (the Bus topology). So, a Tree network topology is a few Star networks connected into a Bus topology. This scheme can be applied to draw the particular physical or logical network diagrams using the ConceptDraw Computer and Networks solution.
Picture: Tree Network Topology Diagram
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A flowchart is a powerful tool for examining processes. It helps improving processes a lot, as it becomes much easier to communicate between involved people, to identify potential problems and to optimize workflow. There are flowcharts of different shapes, sizes and types of flowchart vary from quite basic process flowcharts to complex program flowcharts. Nevertheless, all these diagrams use the same set of special symbols like arrows to connect blocks, parallelogram to show data receiving or rectangles for showing process steps.
Basic flowcharts are used to represent a simple process algorithm. A basic flowchart notation consists of rectangles (business processes), arrows (the flow of information, documents, etc.). The same notation is used in items such as the "decision", which allow you to do the branching. To indicate the start of the entire business process and its termination can be used the "Terminator" element. The advantages of Basic Flowchart are simplicity and clarity. With it you can quickly describe the business process steps. Creating of Basic Flowchart does not require any special knowledge, as easily understand by employees with different levels of education and IQ.
Picture: Types of Flowchart: Comprehensive Overview
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Database design is an important part of any project, as databases become more and more complex nowadays. To make the model more representative, entity relationship diagrams are widely used in software engineering area. These diagrams show sets of entities as rectangles connected via lines labeled with their cardinalities.
This an example of the ER-diagram developed to store information regarding some online role-playing game. It includes three main elements of ER diagram: entities, relationships and attributes. The entities, attributes and relationships on this ER-diagram is depicted according to the Chen's notation. Chen's notation for Entity Relationship diagrams admits using of rectangles to depict entities, ovals for attributes and ,at least, diamonds to show relationships. ConceptDraw Entity-Relationship Diagrams solution was applied as ERD software to create this diagram.
Picture: ConceptDraw DIAGRAM ER Diagram Tool
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Biomedical sciences include the applied sciences applying portions of natural science or formal science, or both. They all may be applied to knowledge, technology or interventions that are used in healthcare and/or public health. Grouped into three main divisions, they may be listed as those which involve life sciences, those which involve physiological science and those specialisms that involve medical physics, or so-called bioengineering.
Templates as the “Biomedical Sciences”, “Biomedical Sciences – Life Sciences”, “Biomedical Sciences Physics and Bioengineering”, “Biomedical Sciences – Physiological Science”, “Disease Diagnostics Using Proteomic Patterns”, “Microarray Comparative Genomic Hybridisation”, “Molecular Diagnostics”, “Precision Medicine and Population Health”, “Protein Patterns and Diagnosis” and “Understanding Precision Medicine” may help one to create the smart looking biomedical related representations based on them
Picture: Biomedical Science
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