36 Questions
Which statement best describes the aim of Flow.BI for business users?
Flow.BI aims to hide complexity from business users
Who can access more sophisticated functionalities in Flow.BI?
Certified users
What is the level of complexity in Flow.BI for ordinary users?
Flow.BI is complex but not too difficult for ordinary users
True or false: Flow.BI aims to be a simple tool for business users?
True
True or false: Flow.BI is a complex tool that hides complexity from ordinary users?
True
True or false: Certified users in Flow.BI can access more sophisticated functionalities?
True
Match the following statements with the correct descriptions of Flow.BI:
Simple to use = just enough complexity = Flow.BI aims at business users Hides complexity from ordinary users = Flow.BI is a complex tool Certified users can access more sophisticated functionalities = Flow.BI and its users
Match the following terms with their definitions in the context of Flow.BI:
Business users = The target audience of Flow.BI Ordinary users = The group for whom Flow.BI hides complexity Certified users = The users who can access more sophisticated functionalities in Flow.BI
Match the following features with their role in Flow.BI:
Simplicity = The aim of Flow.BI for business users Complexity = The aspect of Flow.BI that is hidden from ordinary users More sophisticated functionalities = The privileges of certified users in Flow.BI
Match the following benefits of designing systems with just-enough complexity with their descriptions:
Reduced costs = Simpler systems are less expensive to design, build, and maintain Reduced risks = Simpler systems are less likely to fail, and they are easier to debug and fix when they do fail Improved maintainability = Simpler systems are easier to understand and maintain, which can lead to reduced downtime and improved performance Increased flexibility and adaptability = Simpler systems are easier to modify and adapt to changing requirements
Match the following challenges of designing systems with just-enough complexity with their descriptions:
Determining the exact amount of complexity = One challenge is that it can be difficult to determine the exact amount of complexity that is needed Adding unnecessary complexity = Another challenge is that it can be tempting to add unnecessary complexity to a system in order to make it more "robust" or "future-proof" Increasing the number of problems = It is important to remember that unnecessary complexity often leads to more problems than it solves Balancing simplicity and functionality = Designing systems with just-enough complexity requires finding the right balance between simplicity and functionality
Match the following terms with their definitions in the context of engineering systems:
Just-enough complexity = The principle of designing systems to be as simple as possible, while still meeting all of the requirements Unnecessary complexity = Complexity that is not required for the system to meet its intended purpose Reduced risks = The advantage of simpler systems being less likely to fail, and they are easier to debug and fix when they do fail Improved maintainability = The advantage of simpler systems being easier to understand and maintain, which can lead to reduced downtime and improved performance
Match the following concepts with their implications in system design:
Adding unnecessary complexity = This can lead to increased costs, risks, and maintenance difficulties Designing systems with just-enough complexity = This can result in reduced costs, risks, improved maintainability, and increased flexibility Unnecessary complexity = This often leads to more problems than it solves Simpler systems = These are easier and less expensive to design, build, and maintain
Match the following system design principles with their definitions:
Just-enough complexity = The principle of designing systems to be as simple as possible, while still meeting all of the requirements Avoiding unnecessary complexity = The principle of not including complexity that is not required for the system to meet its intended purpose Reduced risks = The advantage of simpler systems being less likely to fail, and they are easier to debug and fix when they do fail Improved maintainability = The advantage of simpler systems being easier to understand and maintain, which can lead to reduced downtime and improved performance
Match the following system design challenges with their descriptions:
Determining the exact amount of complexity = One challenge is that it can be difficult to determine the exact amount of complexity that is needed Temptation to add unnecessary complexity = Another challenge is that it can be tempting to add unnecessary complexity to a system in order to make it more "robust" or "future-proof" Increased costs, risks, and maintenance difficulties = This is a consequence of adding unnecessary complexity Finding the right balance between simplicity and functionality = Designing systems with just-enough complexity requires finding the right balance between simplicity and functionality
Match the following advantages of designing systems with just-enough complexity with their descriptions:
Reduced costs = This advantage is achieved because simpler systems are less expensive to design, build, and maintain Reduced risks = This advantage is achieved because simpler systems are less likely to fail, and they are easier to debug and fix when they do fail Improved maintainability = This advantage is achieved because simpler systems are easier to understand and maintain, which can lead to reduced downtime and improved performance Increased flexibility and adaptability = This advantage is achieved because simpler systems are easier to modify and adapt to changing requirements
Match the following disadvantages of adding unnecessary complexity to systems with their descriptions:
Increased costs = This is a consequence of unnecessary complexity Increased risks = This is a consequence of unnecessary complexity Decreased maintainability = This is a consequence of unnecessary complexity Decreased flexibility and adaptability = This is a consequence of unnecessary complexity
Match the following principles of system design with their implications:
Just-enough complexity = This principle aims to make systems as simple as possible, while still meeting all of the requirements Avoiding unnecessary complexity = This principle aims to prevent the inclusion of complexity that is not required for the system to meet its intended purpose Reduced risks = This is an advantage of simpler systems, which are less likely to fail, and they are easier to debug and fix when they do fail Improved maintainability = This is an advantage of simpler systems, which are easier to understand and maintain, leading to reduced downtime and improved performance
Which of the following is a benefit of designing systems with just-enough complexity?
Reduced risks
What is one challenge of designing systems with just-enough complexity?
Determining the exact amount of complexity needed
Which of the following is not a benefit of designing systems with just-enough complexity?
Increased risks
What is the principle of designing systems to be as simple as possible while still meeting all requirements?
Just-enough complexity
Which of the following is a challenge of designing systems with just-enough complexity?
Determining the exact amount of complexity needed
What is one disadvantage of adding unnecessary complexity to a system?
Increased costs
What is one benefit of designing systems with just-enough complexity?
Improved maintainability
What can unnecessary complexity in a system lead to?
Increased costs
What is one benefit of designing systems with just-enough complexity?
Reduced costs
True or false: Just-enough complexity in engineering means designing systems to be as simple as possible while still meeting all requirements?
True
True or false: Unnecessary complexity in a system can lead to increased costs, risks, and maintenance difficulties?
True
True or false: Simpler systems are less expensive to design, build, and maintain?
True
True or false: Simpler systems are more likely to fail and are harder to debug and fix when they do fail?
False
True or false: Simpler systems are easier to understand and maintain, leading to reduced downtime and improved performance?
True
True or false: Simpler systems are harder to modify and adapt to changing requirements?
False
True or false: It can be difficult to determine the exact amount of complexity needed in a system?
True
True or false: Adding unnecessary complexity to a system can make it more robust and future-proof?
False
True or false: Unnecessary complexity often leads to more problems than it solves?
True
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