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Part 1 | Abstract data types, Complexity, Java Collections; Stacks, queues and linked lists
Part 1 | Abstract data types, Complexity, Java Collections; Stacks, queues and linked lists
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Objectives
To read
Exercises A
Exercise 1.1.1
Exercise 1.1.2
Exercise 1.1.3
Exercise 1.1.4 (Inginious)
Exercise 1.1.5
Exercise 1.1.6
Exercise 1.1.7
Exercise 1.1.8
Exercise 1.1.9
Exercise 1.1.10 (Inginious)
Exercises B
Exercise 1.2.1 (Inginious: Circular Linked List)
Exercise 1.2.2 (Inginious: Implement a stack with an Array)
Exercise 1.2.3
Exercise 1.2.4 (Inginious: Functional Lists)
Exercise 1.2.5
Exercice 1.2.6
Complexity
Notation Big-Oh (
\(\mathcal{O}\)
)
Notation Big-Omega (
\(\Omega\)
)
Notation Big-Theta (
\(\Theta\)
)
Notation Tilde (
\(\mathcal{\sim}\)
)
Best case, worst case, average case
Amortized Comlexity
Frequent complexities
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Part 1 | Abstract data types, Complexity, Java Collections; Stacks, queues and linked lists
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