A Comprehensive Guide to Flowchart

A Comprehensive Guide to Flowchart

A flowchart is used to show the successive steps in a process. Such diagrams use a series of interrelated symbols to map the entire process, making the process easy to understand and helpful in communicating with others. Flowcharts can be used to explain the workings of a complex and/or abstract process, system, concept or algorithm. Flowcharting can also help to plan and develop processes, or improve existing processes.

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SWOT Analysis: Coca-Cola

SWOT Analysis: Coca-Cola

SWOT analysis is the most common market analysis method used in business and academia to evaluate the internal strengths and weaknesses of a company as well as the opportunities and threats of external competitors through brainstorming. SWOT analysis represents Strength, Weakness, Opportunity and Threat. This analysis framework helps companies to assess their competitive position and formulate strategic plans.

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Stakeholder Analysis

Stakeholder Analysis

Stakeholder Analysis is a project management tool. It helps to identify internal and external stakeholders that may influence or be influenced by the solutions proposed during the project implementation which an important process that successful people use to win support from others. Managing stakeholders can help you to ensure that your projects succeed where others might fail.

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What is a composite state in a UML state machine diagram?

What is a composite state in a UML state machine diagram?

A simple state is one which has no substructure. A state which has substates (nested states) is called a composite state. Substates may be nested to any level. A nested state machine may have at most one initial state and one final state. Substates are used to simplify complex flat state machines by showing that some states are only possible within a particular context (the enclosing state).

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Develop DFD with Stepwise Refinement

Develop DFD with Stepwise Refinement

One of the effective way to solve a complex problem is to break it down into simpler sub-problems. You start by breaking down the whole task into simpler parts. Step-by-step refinement is essentially a decomposition of the system to gain insight into the subsystems that make up the system, known as the top-down decomposition method.

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