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Optimal data structure for priority queue operations
In computer science, the Brodal queue is a heap/priority queue structure with very low worst case time bounds: O ( 1 ) {\displaystyle O(1)} for insertion
Brodal_queue
Abstract data type in computer science
heaps. They were first described as imperative data structures. The Brodal-Okasaki queue is a persistent data structure achieving the same optimum, except
Priority_queue
Computer science data structure
which is log-linear. 2–3 heap B-heap Beap Binary heap Binomial heap Brodal queue d-ary heap Fibonacci heap K-D Heap Leaf heap Leftist heap Skew binomial
Heap_(data_structure)
Optimal data structure for priority queues
invented in 2012 by Gerth S. Brodal, George Lagogiannis, and Robert E. Tarjan, with an update in 2025. Along with Brodal queues, strict Fibonacci heaps belong
Strict_Fibonacci_heap
Algorithm for finding shortest paths
can lead to faster computing times than using a basic queue. Notably, Fibonacci heap or Brodal queue offer optimal implementations for those 3 operations
Dijkstra's_algorithm
Data structure that acts as a priority queue
heaps. They were first described as imperative data structures. The Brodal-Okasaki queue is a persistent data structure achieving the same optimum, except
Binomial_heap
Data structure for priority queue operations
the Fibonacci heap has amortized performance. One such structure, the Brodal queue, is, in the words of the creator, "quite complicated" and "[not] applicable
Fibonacci_heap
Data organization and storage formats
Pairing heap Leftist heap Treap Beap Skew heap Ternary heap D-ary heap Brodal queue In these data structures each tree node compares a bit slice of key values
List_of_data_structures
heaps. They were first described as imperative data structures. The Brodal-Okasaki queue is a persistent data structure achieving the same optimum, except
Comparison_of_data_structures
Variant of heap data structure
heaps. They were first described as imperative data structures. The Brodal-Okasaki queue is a persistent data structure achieving the same optimum, except
Binary_heap
Variant of heap data structure
heaps. They were first described as imperative data structures. The Brodal-Okasaki queue is a persistent data structure achieving the same optimum, except
Pairing_heap
A Kinetic Priority Queue is an abstract kinetic data structure. It is a variant of a priority queue designed to maintain the maximum (or minimum) priority
Kinetic_priority_queue
Data structure implementable in purely functional languages
red–black tree, or more generally by a search tree, Priority queue, implemented as a Brodal queue Random access list, implemented as a skew-binary random access
Purely functional data structure
Purely_functional_data_structure
Data structure for priority queues
structures. The Brodal-Okasaki queue is a persistent data structure achieving the same optimum, except that decrease-key is not supported. Brodal, Gerth Stølting;
Skew_binomial_heap
Non-standard positional numeral system
1016/0020-0190(83)90106-0. MR 0741239. Brodal, Gerth Stølting; Okasaki, Chris (November 1996). "Optimal purely functional priority queues". Journal of Functional Programming
Skew_binary_number_system
Sorting algorithm
funnelsort is a modification of the funnelsort, introduced by Gerth Stølting Brodal and Rolf Fagerberg in 2002. The modification is that when a merger is invoked
Funnelsort
Method for finding kth smallest value
doi:10.1016/S0022-0000(73)80033-9. MR 0329916. Brodal, Gerth Stølting (2013). "A survey on priority queues". In Brodnik, Andrej; López-Ortiz, Alejandro;
Selection_algorithm
ISBN 978-3-642-05472-3. Brodal, Gerth Stølting; Träff, Jesper Larsson; Zaroliagis, Christos D. (1998), "A Parallel Priority Queue with Constant Time Operations"
Parallel algorithms for minimum spanning trees
Parallel_algorithms_for_minimum_spanning_trees
Data structure that always preserves the previous version of itself when it is modified
OCLC 820379112.{{cite book}}: CS1 maint: multiple names: authors list (link) Brodal, Gerth Stølting; Makris, Christos; Tsichlas, Kostas (2006), "Purely Functional
Persistent_data_structure
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