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"Dijkstra's algorithm", "s": "Algorithm for shortest paths in weighted graphs."}, "/e/algorithms-and-data-structures/graph-abstract-data-type/": {"t": "Graph (abstract data type)", "s": "Abstract data type implementing graph theory concepts."}, "https://codexery.com/complexity-theory/e/complexity-theory/shortest-path-problem/": {"t": "Shortest path problem", "s": "Problem of minimizing total edge weight between two graph vertices."}, "/e/algorithms-and-data-structures/greedy-algorithm/": {"t": "Greedy algorithm", "s": "Algorithm making locally optimal choices without reconsidering past decisions."}, "/e/algorithms-and-data-structures/minimum-cost-flow-problem/": {"t": "Minimum-cost flow problem", "s": "Optimization problem to send flow at minimum cost."}, "https://codexery.com/complexity-theory/e/complexity-theory/search-algorithm/": {"t": "Search algorithm", "s": "Algorithms designed to solve search problems in data structures."}, "https://codexery.com/complexity-theory/e/complexity-theory/time-complexity/": {"t": "Time complexity", "s": "A measure of algorithm running time as input size grows."}, "/e/algorithms-and-data-structures/b-tree/": {"t": "B-tree", "s": "Self-balancing tree for efficient data storage and retrieval."}, "https://codexery.com/complexity-theory/e/complexity-theory/space-complexity/": {"t": "Space complexity", "s": "Memory required by an algorithm as a function of input size."}, "https://codexery.com/computing-software/e/computing-and-software/random-access-memory/": {"t": "Random-access memory", "s": "Electronic memory readable and writable in any order."}, "https://codexery.com/sets-and-logic/e/sets-and-logic/set-mathematics/": {"t": "Set (mathematics)", "s": "A set is a collection of different things, typically mathematical objects."}, "https://codexery.com/russian-inventors/e/russian-inventors/georgy-adelson-velsky/": {"t": "Georgy Adelson-Velsky", "s": "Soviet mathematician and computer 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"https://codexery.com/combinatorics/e/combinatorics/recurrence-relation/": {"t": "Recurrence relation", "s": "Equation defining sequence terms from previous ones."}, "https://codexery.com/computing-software/e/computing-and-software/programming-paradigm/": {"t": "Programming paradigm", "s": "A high-level way to structure computer program implementation."}, "https://codexery.com/historical-figures/e/notable/carl-friedrich-gauss/": {"t": "Carl Friedrich Gauss", "s": "German mathematician, astronomer, geodesist, and physicist"}, "https://codexery.com/scientists-and-mathematicians/e/scientists-and-mathematicians/andrey-kolmogorov/": {"t": "Andrey Kolmogorov", "s": "Soviet mathematician who laid the axiomatic foundations of probability theory and made fundamental contributions across mathematics."}, "https://codexery.com/card-tabletop-games/e/card-and-tabletop-games/tower-of-hanoi/": {"t": "Tower of Hanoi", "s": "A mathematical puzzle of disks and rods."}, "https://codexery.com/economic-concepts/e/economic-concepts/economics/": {"t": "Economics", "s": "Social science studying production, distribution, and consumption of goods and services.", "i": "https://codexery.com/economic-concepts/img/economic-concepts/economics.webp", "c": "Pk0001 · CC BY-SA 4.0"}, "https://codexery.com/set-theory-logic/e/set-theory-and-logic/recursion/": {"t": "Recursion", "s": "A process defined by reference to a simpler version of itself."}, "/e/algorithms-and-data-structures/divide-and-conquer-algorithm/": {"t": "Divide-and-conquer algorithm", "s": "Recursively breaks problems into simpler sub-problems and combines solutions."}, "/e/algorithms-and-data-structures/floyd-warshall-algorithm/": {"t": "Floyd–Warshall algorithm", "s": "Algorithm for all-pairs shortest paths in weighted graphs."}, "https://codexery.com/computing-software/e/computing-and-software/programming-language/": {"t": "Programming language", "s": "Engineered languages for expressing computer 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developed quicksort and Hoare logic."}, "https://codexery.com/universities/e/universities/moscow-state-university/": {"t": "Moscow State University", "s": "Russia's oldest university, a center of learning and controversy.", "i": "https://codexery.com/universities/img/universities/moscow-state-university.webp", "c": "Suicasmo · CC BY-SA 4.0"}, "https://codexery.com/probability-and-stochastic-processes/e/probability-and-stochastic-processes/random-variable/": {"t": "Random variable", "s": "A measurable function from sample space to measurable space."}, "https://codexery.com/computer-storage/e/computer-storage/disk-storage/": {"t": "Disk storage", "s": "Rotating-disk data storage using magnetic, optical, or mechanical recording."}, "https://codexery.com/objects-observed-by-stellar-occultation/e/objects-observed-by-stellar-occultation/2-pallas/": {"t": "2 Pallas", "s": "Second asteroid discovered, a high-inclination remnant protoplanet."}, "https://codexery.com/crystallography/e/crystallography/x-ray-crystallography/": {"t": "X-ray crystallography", "s": "Determines atomic structure via X-ray diffraction from crystals."}, "https://codexery.com/computing-software/e/computing-and-software/parallel-computing/": {"t": "Parallel computing", "s": "Parallel computing enables simultaneous processing of divided tasks."}, "https://codexery.com/radio-modulation-modes/e/radio-modulation-modes/orthogonal-frequency-division-multiplexing/": {"t": "Orthogonal frequency-division multiplexing", "s": "A digital modulation scheme using multiple orthogonal subcarriers."}, "https://codexery.com/mathematical-logic-and-computation/e/mathematical-logic-and-computation/abstract-machine/": {"t": "Abstract machine", "s": "Theoretical model for analyzing computer system functions."}, "https://codexery.com/mathematical-logic-and-computation/e/mathematical-logic-and-computation/turing-machine/": {"t": "Turing machine", "s": "Abstract machine model 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maintaining software systems."}, "https://codexery.com/computing-digital/e/computing-and-digital/compiler/": {"t": "Compiler", "s": "Software that translates high-level code into low-level machine code."}, "https://codexery.com/mathematical-logic-and-computation/e/mathematical-logic-and-computation/truth-table/": {"t": "Truth table", "s": "A tabular method for evaluating logical expressions."}, "/e/algorithms-and-data-structures/maximum-flow-problem/": {"t": "Maximum flow problem", "s": "Problem of maximizing flow through a network from source to sink."}, "/e/algorithms-and-data-structures/max-flow-min-cut-theorem/": {"t": "Max-flow min-cut theorem", "s": "Maximum flow equals minimum cut capacity in a network."}, "https://codexery.com/economists-and-nobel-laureates/e/economists-and-nobel-laureates/alvin-e-roth/": {"t": "Alvin E. 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