List out and explain various operational and non operatiinal quality attributes of embedded system
Answers
Answered by
8
●Non operational attributes of embedded system
The way an embedded system operates affects its overall quality. These are attributes not related to operation or functioning of anembedded system. The way an embedded system operates affects its overall quality. These are the attributes that are associated with the embedded system before it can be put in operation.
●operational attributes of embedded system
The way an embedded systemoperates affects its overall quality. These are the attributes that are associated with the embedded systembefore it can be put in operation. Response is a measure of quickness of the system. ... Mean time to repair can be defined as the average time thesystem has spent in repairs
The way an embedded system operates affects its overall quality. These are attributes not related to operation or functioning of anembedded system. The way an embedded system operates affects its overall quality. These are the attributes that are associated with the embedded system before it can be put in operation.
●operational attributes of embedded system
The way an embedded systemoperates affects its overall quality. These are the attributes that are associated with the embedded systembefore it can be put in operation. Response is a measure of quickness of the system. ... Mean time to repair can be defined as the average time thesystem has spent in repairs
Answered by
6
Various operational and non operational quality attributes of embedded system.
Operational quality attributes:
- These are the attributes related to operation or functioning of an embedded system.
- The way embedded system operates will affects its overall quality.
- Operational quality attributes are Response, throughput, Reliability, maintainability, Security and safety.
Non operational quality attributes:
- These attributes are not related to operation or functioning of embedded system.
- Non operational quality attributes are Testability, evolvability, portability, time to prototype and market, per unit and total cost.
Similar questions