Memory & Runtime Optimization

A modern, visually appealing infographic illustrating concepts of memory and runtime optimization, featuring elements like a pipelined architecture, code snippets, and optimization techniques.

Memory & Runtime Optimization Quiz

Test your knowledge on memory and runtime optimization techniques with our engaging quiz! Dive into key concepts related to compiler optimization, inline functions, and pipelined architectures.

Challenge yourself with questions covering:

Instruction execution stages
Constant folding and dead code
Loop-invariant code
Inline functions and memory management

10 Questions2 MinutesCreated by OptimizingCode101

In a pipelined architecture with 4- stages, each instruction execution can be finished in …stages?

Substitution of values for names whose values are constant, is done in

Local optimization

Loop optimization

Constant folding

None

Dead code plays no role in any program operation and therefore it can simply be eliminated.

TRUE

False

Can be true or false

Can't Say

A fragment of code that resides in the loop and computes the same value at each iteration is called a?

Induction analysis

Strength reduction

Loop-invariant code

None of the above

In compiler terminology reduction in strength means

Replacing run time computation by compile time computation

Removing loop invariant computation

Removing common subexpressions

Replacing a costly operation by a relatively cheaper one

Name the function whose definition can be substituted at a place where its function call is made

Friends function

Inline function

Volatile function

External function

What is the effect of the Inline function on executable size?

No effect on executable size

Decreases the executable size

Increases the executable size

None

What is the effect of the Inline function on memory?

Can cause thrashing

Can cause more number of page faults

Both

None

Memory & Runtime Optimization

Memory & Runtime Optimization Quiz

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