Answer:
following are the answer to this question:
In option a, "Performance via Pipelining".
In option b, "Performance via Parallelism".
In option c, "Performance via Prediction".
In option d, "Make the Common Case Fast".
In option e, "Hierarchy of Memories".
In option f, "Design for Moore’s Law".
In option g, "Dependability via Redundancy".
In option h, "Use Abstraction to Simplify Design".
Explanation:
Automotive assembly lines are Efficiency through pipelines.
The cable bridge suspension is used to Perform by Parallelism.
The aircraft and navigation systems are designed to integrate and use through simulation wind information.
The fast and the common Case is used to express lifts in the building.
The Memory hierarchy library is used for the reserve desk.
Extending the port area of a CMOS transistor to reduce Moore's Law Design for Moore's legislation switching sequence.
Increasing energy generation from the latest reactor technology dependability through redundancy. It enables the addition of electrical aircraft slingshots, which are electrically powered as opposed to the earlier steam models.
It Constructs cars that depend on existing sensor systems, like automatic braking devices or clever speed control systems, that already have installed their monitoring system throughout the base vehicle by Using abstraction to ease the model.
