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CYCLE DECOMPOSITION

  • Cycle decomposition
  • Topics referred to by the same term

    In mathematics, the term cycle decomposition can mean: Cycle decomposition (graph theory), a partitioning of the vertices of a graph into subsets, such

    Cycle decomposition

    Cycle_decomposition

  • Permutation
  • Mathematical version of an order change

    as a list of cycles; since distinct cycles involve disjoint sets of elements, this is referred to as "decomposition into disjoint cycles". To write down

    Permutation

    Permutation

    Permutation

  • Cycle decomposition (graph theory)
  • a cycle decomposition is a decomposition (a partitioning of a graph's edges) into cycles. Every vertex in a graph that has a cycle decomposition must

    Cycle decomposition (graph theory)

    Cycle decomposition (graph theory)

    Cycle_decomposition_(graph_theory)

  • Nitrogen cycle
  • Biogeochemical cycle by which nitrogen is converted into various chemical forms

    the intermediate products of organic matter decomposition. The processes described in the nitrogen cycle transform nitrogen substances from one form to

    Nitrogen cycle

    Nitrogen cycle

    Nitrogen_cycle

  • Decomposition
  • Process of breaking down organic matter

    Although no two organisms decompose in the same way, they all undergo the same sequential stages of decomposition. Decomposition can be a gradual process

    Decomposition

    Decomposition

    Decomposition

  • Hamiltonian decomposition
  • Decomposition of a graph into hamiltonion cycles

    Hamiltonian decomposition of a given graph is a partition of the edges of the graph into Hamiltonian cycles. Hamiltonian decompositions have been studied

    Hamiltonian decomposition

    Hamiltonian decomposition

    Hamiltonian_decomposition

  • Cyclic (mathematics)
  • Index of articles associated with the same name

    convolution, a method of combining periodic functions Cycle decomposition (graph theory) Cycle decomposition (group theory) Cyclic extension, a field extension

    Cyclic (mathematics)

    Cyclic_(mathematics)

  • Zolotarev's lemma
  • Ties Legendre symbols to permutation signatures

    cycle decomposition (1,2,4)(3,6,5), so the sign of this permutation is 1, which is (2|7). Multiplication by 6 on the nonzero numbers mod 7 has cycle decomposition

    Zolotarev's lemma

    Zolotarev's_lemma

  • Hodrick–Prescott filter
  • Mathematical tool used in macroeconomics

    known as Hodrick–Prescott decomposition) is a mathematical tool used in macroeconomics, especially in real business cycle theory, to remove the cyclical

    Hodrick–Prescott filter

    Hodrick–Prescott_filter

  • Decomposition method (constraint satisfaction)
  • method, the hypertree decomposition, uses a different measure. Either way, the width of a decomposition is defined so that decompositions of size bounded by

    Decomposition method (constraint satisfaction)

    Decomposition_method_(constraint_satisfaction)

  • Cholesky decomposition
  • Matrix decomposition method

    linear algebra, the Cholesky decomposition or Cholesky factorization (pronounced /ʃəˈlɛski/ shə-LES-kee) is a decomposition of a Hermitian, positive-definite

    Cholesky decomposition

    Cholesky_decomposition

  • Paolo Ruffini
  • Italian mathematician and philosopher (1765–1822)

    introduce the notion of the order of an element, conjugacy, the cycle decomposition of elements of permutation groups, and the notions of primitive and

    Paolo Ruffini

    Paolo Ruffini

    Paolo_Ruffini

  • Ear decomposition
  • Partition of graph into sequence of paths

    in the sequence is taken to be a cycle. An open ear decomposition or a proper ear decomposition is an ear decomposition in which the two endpoints of each

    Ear decomposition

    Ear decomposition

    Ear_decomposition

  • Cyclic permutation
  • Type of (mathematical) permutation with no fixed element

    If X is finite, its cycles are disjoint, and their union is X. That is, they form a partition, called the cycle decomposition of σ . {\displaystyle

    Cyclic permutation

    Cyclic_permutation

  • Decomposer
  • Organism that breaks down dead or decaying organisms

    them. Decomposition relies on chemical processes similar to digestion in animals; in fact, many sources use the words digestion and decomposition interchangeably

    Decomposer

    Decomposer

    Decomposer

  • Potential output
  • associated with changes in the output gap and over time and in decomposition of trend and business cycle in the economy relative to the output gap. GDP per capita

    Potential output

    Potential_output

  • Thermal decomposition
  • Chemical decomposition caused by heat

    Thermal decomposition, or thermolysis, is a chemical decomposition of a substance caused by heat. The decomposition temperature of a substance is the

    Thermal decomposition

    Thermal decomposition

    Thermal_decomposition

  • Cycle index
  • Polynomial in combinatorial mathematics

    distinct cycle length of the cycles that appear in the cycle decomposition of the permutation. In the previous example there were three different cycle lengths

    Cycle index

    Cycle_index

  • Hamiltonian path
  • Path in a graph that visits each vertex exactly once

    arrows and the edges traced "tail-to-head"). A Hamiltonian decomposition is an edge decomposition of a graph into Hamiltonian circuits. A Hamilton maze is

    Hamiltonian path

    Hamiltonian path

    Hamiltonian_path

  • Spinodal decomposition
  • Mechanism of spontaneous phase separation

    Spinodal decomposition is a mechanism by which a single thermodynamic phase spontaneously separates into two phases (without nucleation). Decomposition occurs

    Spinodal decomposition

    Spinodal decomposition

    Spinodal_decomposition

  • Putrefying bacteria
  • Bacteria involved in decay of living matter

    Putrefaction is defined as the final step of decomposition after death. Because these bacteria play a role in decomposition after death, putrefying bacteria also

    Putrefying bacteria

    Putrefying bacteria

    Putrefying_bacteria

  • Parity of a permutation
  • Property in group theory

    defined from its decomposition into the product of transpositions as sgn(σ) = (−1)m where m is the number of transpositions in the decomposition. Although such

    Parity of a permutation

    Parity_of_a_permutation

  • Hook length formula
  • Mathematical formula for the number of Young tableaux

    the partition τ ( w ) {\displaystyle \tau (w)} associated to the cycle decomposition of w {\displaystyle w} . For example, if w = ( 154 ) ( 238 ) ( 6

    Hook length formula

    Hook_length_formula

  • Decomposition of time series
  • Statistical task that deconstructs a time series into several components

    unpredictable components). See Wold's theorem and Wold decomposition. Kendall shows an example of a decomposition into smooth, seasonal and irregular factors for

    Decomposition of time series

    Decomposition_of_time_series

  • Detritus
  • Dead particulate organic material

    and the action of decomposers, including grazers, bacteria, and fungi. Decomposition, the process by which organic matter is decomposed, occurs in several

    Detritus

    Detritus

    Detritus

  • Microbiology of decomposition
  • Microbiology of decomposition is the study of all microorganisms involved in decomposition, the chemical and physical processes during which organic matter

    Microbiology of decomposition

    Microbiology of decomposition

    Microbiology_of_decomposition

  • Artin transfer (group theory)
  • H'.} The cycle decomposition corresponds to a ( ⟨ x ⟩ , H ) {\displaystyle (\langle x\rangle ,H)} double coset decomposition of G {\displaystyle

    Artin transfer (group theory)

    Artin_transfer_(group_theory)

  • Hodge theory
  • Mathematical manifold theory

    combination is called an algebraic cycle on X {\displaystyle X} .) A crucial point is that the Hodge decomposition is a decomposition of cohomology with complex

    Hodge theory

    Hodge_theory

  • Detritivore
  • Animal that feeds on decomposing plant and animal parts as well as faeces

    detritivores contribute to decomposition and the nutrient cycles. Detritivores should be distinguished from other decomposers, such as many species of bacteria

    Detritivore

    Detritivore

    Detritivore

  • Mineralization (soil science)
  • Decomposition of organic matter

    25:1, further decomposition causes mineralization by the simultaneous release of inorganic nitrogen as ammonium. When the decomposition of organic matter

    Mineralization (soil science)

    Mineralization_(soil_science)

  • Decomposition (disambiguation)
  • Topics referred to by the same term

    LU decomposition, a type of matrix factorization Permutation decomposition, decomposition of a permutation into disjoint cycles Primary decomposition, decomposition

    Decomposition (disambiguation)

    Decomposition_(disambiguation)

  • Hyperoctahedral group
  • Group of symmetries of an n-dimensional hypercube

    \{-8,\ldots ,-1,1,\ldots ,8\}} , its cycle decomposition is (1 −3 −1 3)(2 5)(−2 −5)(4 −7 6 8 −4 7 −6 −8). The cycle type of a signed permutation w is the

    Hyperoctahedral group

    Hyperoctahedral group

    Hyperoctahedral_group

  • Solar cycle
  • Periodic change in the Sun's activity

    The Solar cycle, also known as the solar magnetic activity cycle, sunspot cycle, or Schwabe cycle, is a periodic 11-year change in the Sun's activity

    Solar cycle

    Solar cycle

    Solar_cycle

  • Branch-decomposition
  • Hierarchical clustering of graph edges

    define a notion of branch-decomposition for matroids that generalizes branch-decompositions of graphs. A branch-decomposition of a matroid is a hierarchical

    Branch-decomposition

    Branch-decomposition

    Branch-decomposition

  • Alspach's conjecture
  • Solved conjecture in graph theory

    copies of each of the cycles of G {\displaystyle G} . However, not every decomposition of K n {\displaystyle K_{n}} into this many cycles of each size can

    Alspach's conjecture

    Alspach's_conjecture

  • Cell cycle
  • Events leading to cell division

    The cell cycle, or cell-division cycle, is the sequence of events that take place in a cell and lead to its division into two daughter cells. These events

    Cell cycle

    Cell cycle

    Cell_cycle

  • Dulmage–Mendelsohn decomposition
  • Bipartite graph partition with special property

    to any graph is the Edmonds–Gallai decomposition, using the Blossom algorithm. The Dulmage-Mendelshon decomposition can be constructed as follows. (it

    Dulmage–Mendelsohn decomposition

    Dulmage–Mendelsohn_decomposition

  • Nutrient cycle
  • Set of processes exchanging nutrients between parts of a system

    nutrients is cyclic. Mineral cycles include the carbon cycle, sulfur cycle, nitrogen cycle, water cycle, phosphorus cycle, oxygen cycle, among others that continually

    Nutrient cycle

    Nutrient cycle

    Nutrient_cycle

  • Random permutation statistics
  • Concept in combinatorics

    We can use the disjoint cycle decomposition of a permutation to factorize it as a product of transpositions by replacing a cycle of length k by k − 1 transpositions

    Random permutation statistics

    Random_permutation_statistics

  • Carbon cycle
  • Natural processes of carbon exchange

    sediments. The fast cycle includes annual cycles involving photosynthesis and decadal cycles involving vegetative growth and decomposition. The reactions of

    Carbon cycle

    Carbon cycle

    Carbon_cycle

  • Bridge (graph theory)
  • Edge whose deletion would disconnect a graph

    vertex of a cycle in C - C1. If G is 2-vertex-connected, C is an open ear decomposition. Define an Eulerian graph as a graph with an Eulerian cycle. Every

    Bridge (graph theory)

    Bridge (graph theory)

    Bridge_(graph_theory)

  • Split (graph theory)
  • Complete bipartite cut in a graph

    structure called the split decomposition or join decomposition, which can be constructed in linear time. This decomposition has been used for fast recognition

    Split (graph theory)

    Split (graph theory)

    Split_(graph_theory)

  • Ecosystem
  • Community of living organisms together with the nonliving components of their environment

    microbial decomposition occurs. Temperature also affects soil moisture, which affects decomposition. Freeze-thaw cycles also affect decomposition—freezing

    Ecosystem

    Ecosystem

    Ecosystem

  • Semiorthogonal decomposition
  • semiorthogonal decomposition is a way to divide a triangulated category into simpler pieces. One way to produce a semiorthogonal decomposition is from an

    Semiorthogonal decomposition

    Semiorthogonal_decomposition

  • Electrolysis
  • Technique in chemistry and manufacturing

    released. Davy would go on to create Decomposition Tables from his preliminary experiments on Electrolysis. The Decomposition Tables would give insight on the

    Electrolysis

    Electrolysis

    Electrolysis

  • Glossary of graph theory
  • property that is held by all cards). decomposition See tree decomposition, path decomposition, or branch-decomposition. degenerate degeneracy A k-degenerate

    Glossary of graph theory

    Glossary_of_graph_theory

  • Rock cycle
  • Transitional concept of geologic time

    The rock cycle is a basic concept in geology that describes transitions through geologic time among the three main rock types: sedimentary, metamorphic

    Rock cycle

    Rock cycle

    Rock_cycle

  • Gallai–Edmonds decomposition
  • Partition of the vertices of a graph

    Gallai–Edmonds decomposition of a graph can be found using the blossom algorithm. Given a graph G {\displaystyle G} , its Gallai–Edmonds decomposition consists

    Gallai–Edmonds decomposition

    Gallai–Edmonds decomposition

    Gallai–Edmonds_decomposition

  • Saprotrophic bacteria
  • Bacteria

    include fungi, bacteria, and water molds which are critical to decomposition and nutrient cycling, providing nutrition for consumers at higher trophic levels

    Saprotrophic bacteria

    Saprotrophic_bacteria

  • Body farm
  • Research facility where body decomposition is studied

    the decomposition of a human corpse from the time of death to the time of decay. The aim was to gain a better understanding of the decomposition process

    Body farm

    Body farm

    Body_farm

  • Biogeochemical cycle
  • Chemical transfer pathway between Earth's biological and non-biological parts

    biogeochemical cycles include the carbon cycle, the nitrogen cycle and the water cycle. In each cycle, the chemical element or molecule is transformed and cycled by

    Biogeochemical cycle

    Biogeochemical cycle

    Biogeochemical_cycle

  • Staged combustion cycle
  • Rocket engine operation method

    The staged combustion cycle (sometimes known as topping cycle, preburner cycle, or closed cycle) is a power cycle of a bipropellant rocket engine. In

    Staged combustion cycle

    Staged combustion cycle

    Staged_combustion_cycle

  • (a, b)-decomposition
  •  b)-decomposition. A graph with arboricity a is (a, 0)-decomposable. Every (a, 0)-decomposition or (a, 1)-decomposition is a F(a, 0)-decomposition or a

    (a, b)-decomposition

    (a,_b)-decomposition

  • Oberwolfach problem
  • Unsolved problem in graph theory

    copies of each of the cycles of G {\displaystyle G} . However, not every decomposition of K n {\displaystyle K_{n}} into this many cycles of each size can

    Oberwolfach problem

    Oberwolfach problem

    Oberwolfach_problem

  • History of group theory
  • History of a branch of mathematics

    groups such as the order of an element of a group, conjugacy, and the cycle decomposition of elements of permutation groups. Ruffini distinguished what are

    History of group theory

    History_of_group_theory

  • Standard conjectures on algebraic cycles
  • Set of conjectures in algebraic geometry

    Künneth decomposition for abelian varieties A. Deninger & Murre (1991) refined this result by exhibiting a functorial Künneth decomposition of the Chow

    Standard conjectures on algebraic cycles

    Standard_conjectures_on_algebraic_cycles

  • Clique-sum
  • Gluing graphs at complete subgraphs

    as the decomposition of chordal graphs or strangulated graphs, no edges should be removed. In other contexts, such as the SPQR-tree decomposition of graphs

    Clique-sum

    Clique-sum

    Clique-sum

  • Gold cycle
  • Biogeochemical cycle

    and AuF3. The biogeochemical cycle of gold is affected by the carbon, nitrogen, sulfur, and iron cycles. Decomposition of organic carbon under anoxic

    Gold cycle

    Gold cycle

    Gold_cycle

  • Alex M. Stanković
  • Foundation". "Lecture: A Sparse Sampling Approach to Dynamic Sub-Cycle Decomposition of Apparent Power in General Polyphase Networks, Dr Alex M. Stanković"

    Alex M. Stanković

    Alex_M._Stanković

  • Boundedly generated group
  • asymptotic estimate log M(n) ~ (n log n)1/2). In fact if the cycles in a cycle decomposition of a permutation have length N1, ..., Nk with N1 + ··· + Nk

    Boundedly generated group

    Boundedly_generated_group

  • Plant litter
  • Dead plant material that has fallen to the ground

    there is a thin litter layer due to the rapid decomposition, while in boreal forests, the rate of decomposition is slower and leads to the accumulation of

    Plant litter

    Plant litter

    Plant_litter

  • Potassium cycle
  • The potassium (K) cycle is the biogeochemical cycle that describes the movement of potassium throughout the Earth's lithosphere, biosphere, atmosphere

    Potassium cycle

    Potassium cycle

    Potassium_cycle

  • Brian Alspach
  • American mathematician

    Jordon, in 2001, Alspach proved a special case, on the decomposition of complete graphs into cycles that all have the same length. This is possible if and

    Brian Alspach

    Brian_Alspach

  • Cyclomatic number
  • Fewest graph edges whose removal breaks all cycles

    and only if it has an open ear decomposition. This is a sequence of subgraphs, where the first subgraph is a simple cycle, the remaining subgraphs are all

    Cyclomatic number

    Cyclomatic number

    Cyclomatic_number

  • Hybrid sulfur cycle
  • The hybrid sulfur cycle (HyS) is a two-step water-splitting process intended to be used for hydrogen production. Based on sulfur oxidation and reduction

    Hybrid sulfur cycle

    Hybrid sulfur cycle

    Hybrid_sulfur_cycle

  • Strongly connected component
  • Partition of a graph whose components are reachable from all vertices

    ear decomposition, a partition of the edges into a sequence of directed paths and cycles such that the first subgraph in the sequence is a cycle, and

    Strongly connected component

    Strongly connected component

    Strongly_connected_component

  • Phosphorus cycle
  • Biogeochemical cycle

    The phosphorus cycle is the biogeochemical cycle that involves the movement of phosphorus through the lithosphere, hydrosphere, and biosphere. Unlike

    Phosphorus cycle

    Phosphorus cycle

    Phosphorus_cycle

  • Seasonal adjustment
  • Statistical technique

    additive decomposition. In order to achieve a multiplicative decomposition using STL, the user can take the log of the data before decomposing, and then

    Seasonal adjustment

    Seasonal_adjustment

  • Iodine cycle
  • they decompose. Fauna that consume plants may uptake this iodine but similarly return it to soils upon decomposition. Some iodine may also be cycled into

    Iodine cycle

    Iodine cycle

    Iodine_cycle

  • Water splitting
  • Chemical reaction

    radiation has not been commercialized. Electrolysis of water is the decomposition of water (H2O) into oxygen (O2) and hydrogen (H2): Production of hydrogen

    Water splitting

    Water splitting

    Water_splitting

  • Hodge cycle
  • Kind of homology class in differential geometry

    Hodge cycle, provided it satisfies two conditions. Firstly, k is an even integer 2 p {\displaystyle 2p} , and in the direct sum decomposition of H shown

    Hodge cycle

    Hodge_cycle

  • Deep-cycle battery
  • Electrical storage system built for intensive discharging

    A deep-cycle battery is a battery designed to be regularly deeply discharged using most of its capacity. The term is traditionally mainly used for lead–acid

    Deep-cycle battery

    Deep-cycle battery

    Deep-cycle_battery

  • Economic stability
  • Absence of excessive fluctuations in the macroeconomy

    primary measure of departure from economic stability. A simple method of decomposition involves regressing real output on the variable "time", or on a polynomial

    Economic stability

    Economic_stability

  • Organic Rankine cycle
  • Variation on the Rankine thermodynamic cycle

    engineering, the Organic Rankine cycle (ORC) is a type of thermodynamic cycle. It is a variation of the Rankine cycle named for its use of an organic,

    Organic Rankine cycle

    Organic Rankine cycle

    Organic_Rankine_cycle

  • Forest floor
  • Part of the forest ecosystem

    production and outputs from decomposition, and amounts also reflect the site's disturbance history. Both litter production and decomposition are functions of the

    Forest floor

    Forest floor

    Forest_floor

  • Biological carbon fixation
  • Series of interconnected biochemical reactions

    animal material undergoes decomposition, a process carried out by a diverse community of microorganisms. During decomposition, complex organic compounds

    Biological carbon fixation

    Biological carbon fixation

    Biological_carbon_fixation

  • Parabolic subgroup of a reflection group
  • Mathematical group

    Cambridge University Press, ISBN 0-521-40117-8 Gobet, Thomas (2017), "On cycle decompositions in Coxeter groups", Séminaire Lotharingien de Combinatoire, 78B 45

    Parabolic subgroup of a reflection group

    Parabolic_subgroup_of_a_reflection_group

  • Decomposition theorem of Beilinson, Bernstein and Deligne
  • especially algebraic geometry, the decomposition theorem of Beilinson, Bernstein, Deligne and Gabber or BBDG decomposition theorem is a set of results concerning

    Decomposition theorem of Beilinson, Bernstein and Deligne

    Decomposition_theorem_of_Beilinson,_Bernstein_and_Deligne

  • Carrion insects
  • Insects associated with decomposing remains

    insects associated with decomposing remains. The processes of decomposition begin within a few minutes of death. Decomposing remains offer a temporary

    Carrion insects

    Carrion insects

    Carrion_insects

  • Lists of unusual deaths
  • of premature obituaries List of racing cyclists and pacemakers with a cycling-related death List of selfie-related injuries and deaths Toilet-related

    Lists of unusual deaths

    Lists of unusual deaths

    Lists_of_unusual_deaths

  • Product lifecycle
  • Duration of processing of products

    the top down. The system engineering process prescribes a functional decomposition of requirements and then the physical allocation of product structure

    Product lifecycle

    Product lifecycle

    Product_lifecycle

  • Zinc–zinc oxide cycle
  • For chemical reactions, the zinc–zinc oxide cycle or Zn–ZnO cycle is a two step thermochemical cycle based on zinc and zinc oxide for hydrogen production

    Zinc–zinc oxide cycle

    Zinc–zinc oxide cycle

    Zinc–zinc_oxide_cycle

  • Tundra
  • Biome where plant growth is hindered by frigid temperatures

    permafrost carbon cycle accelerates and releases much of these soil-contained greenhouse gases into the atmosphere, creating a feedback cycle that contributes

    Tundra

    Tundra

    Tundra

  • Food biodiversity
  • Such populations contribute positively to, for example, nutrient cycling, decomposition of organic matter, crusted or degraded soil rehabilitation, pest

    Food biodiversity

    Food_biodiversity

  • Mayer–Vietoris sequence
  • Algebraic tool for computing topological spaces' invariants

    n − 1 ( A ∩ B ) {\displaystyle H_{n-1}(A\cap B)} . Choosing another decomposition x = u ′ + v ′ {\displaystyle x=u'+v'} does not affect [ ∂ u ] {\displaystyle

    Mayer–Vietoris sequence

    Mayer–Vietoris_sequence

  • Soil organic matter
  • Organic matter component of soil

    resistance to decomposition, including enzymatic decomposition by microbes. Fats and waxes from plant matter have still more resistance to decomposition and persist

    Soil organic matter

    Soil organic matter

    Soil_organic_matter

  • Solar–hydrogen energy cycle
  • can be used in this cycle. Splitting of hydrogen iodide is easier than splitting water as its Gibbs energy change for decomposition is lesser. Hence silicon

    Solar–hydrogen energy cycle

    Solar–hydrogen_energy_cycle

  • Ecosystem ecology
  • Study of living and non-living components of ecosystems and their interactions

    rates of decomposition and nutrient cycling in time and in space. For example, herbivory can increase litter decomposition and nutrient cycling via direct

    Ecosystem ecology

    Ecosystem ecology

    Ecosystem_ecology

  • Urea
  • Organic compound

    decomposition of ammonium cyanate [NH4]+[OCN]−, which is in chemical equilibrium with urea: CO(NH2)2 → [NH4]+[OCN]− → HNCO + NH3 This decomposition is

    Urea

    Urea

  • Hydrogen peroxide
  • Chemical compound

    The rate of decomposition increases with rise in temperature, concentration, and pH. H2O2 is unstable under alkaline conditions. Decomposition is catalysed

    Hydrogen peroxide

    Hydrogen peroxide

    Hydrogen_peroxide

  • Functional analysis and allocation
  • methodologies for performing functional analysis: Functional decomposition Functional decomposition is used to break down top-level functions into lower-level

    Functional analysis and allocation

    Functional_analysis_and_allocation

  • Thermochemical cycle
  • Heat-sustained chemical process which decomposes water into hydrogen and oxygen

    thermochemical cycles combine solely heat sources (thermo) with chemical reactions to split water into its hydrogen and oxygen components. The term cycle is used

    Thermochemical cycle

    Thermochemical_cycle

  • Business cycle accounting
  • Concept in macroeconomics

    Business cycle accounting is an accounting procedure used in macroeconomics to decompose business cycle fluctuations into contributing factors. The procedure

    Business cycle accounting

    Business_cycle_accounting

  • Even-hole-free graph
  • Graph containing no induced cycles with an even number of nodes

    contains no induced cycle with an even number of vertices. More precisely, the definition may allow the graph to have induced cycles of length four, or

    Even-hole-free graph

    Even-hole-free graph

    Even-hole-free_graph

  • Parker vector
  • {k}{|G|}}\sum _{g\in G}c_{k}(g)} where ck(g) is the number of k-cycles in the cycle decomposition of g. For the group of even permutations on three elements

    Parker vector

    Parker_vector

  • Singular spectrum analysis
  • Nonparametric spectral estimation method

    spectral decomposition of time series and random fields and in the Mañé (1981)–Takens (1981) embedding theorem. SSA can be an aid in the decomposition of time

    Singular spectrum analysis

    Singular spectrum analysis

    Singular_spectrum_analysis

  • Herschel graph
  • Bipartite non-Hamiltonian polyhedral graph

    for which the medial graph has no Hamiltonian decomposition into two edge-disjoint Hamiltonian cycles. The medial graph of the Herschel graph is a 4-regular

    Herschel graph

    Herschel graph

    Herschel_graph

  • Landfill
  • Site for the disposal of waste materials

    This is the longest decomposition phase. The rate of microbiological activity slows during the last phase of waste decomposition as the supply of nutrients

    Landfill

    Landfill

    Landfill

  • Adenosine triphosphate
  • Energy-carrying molecule in living cells

    to carbon dioxide by the citric acid cycle (also known as the Krebs cycle). Every "turn" of the citric acid cycle produces two molecules of carbon dioxide

    Adenosine triphosphate

    Adenosine triphosphate

    Adenosine_triphosphate

  • Eulerian path
  • Trail in a graph that visits each edge once

    graph can be decomposed into edge-disjoint cycles if and only if all of its vertices have even degree. So, a graph has an Eulerian cycle if and only if

    Eulerian path

    Eulerian path

    Eulerian_path

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Online names & meanings

  • Zaria
  • Girl/Female

    Indian

    Zaria

    Radiance

  • Keerat
  • Boy/Male

    Hindu

    Keerat

    Sing gods praise or glory, Lord Shiva

  • Gadarine
  • Girl/Female

    Armenian

    Gadarine

    From the top of a mountain.

  • Briggs
  • Boy/Male

    British, English

    Briggs

    From the Village Near a Bridge; Diminutive of Brigham

  • Salvador
  • Boy/Male

    American, French, German, Hindu, Indian, Italian, Latin, Mythological, Spanish

    Salvador

    Savior

  • Buttrick
  • Surname or Lastname

    English

    Buttrick

    English : habitational name from a place named Butterwick, for example in County Durham, Lincolnshire, North Yorkshire, and North Lincolnshire. The place name is from Old English butere ‘butter’ + wīc ‘farmstead’.William Buttrick came from Kingston-upon-Thames, Surrey, England, to Concord, MA, in 1640.

  • Fazal
  • Boy/Male

    Arabic, Indian, Muslim

    Fazal

    Excellence; Superiority; Reward; Grace

  • Venkatswamy | வேந்காத்ஸ்வாமீ  
  • Boy/Male

    Tamil

    Venkatswamy | வேந்காத்ஸ்வாமீ  

    Venkataravanaswamy

  • Sukhchain
  • Boy/Male

    Sikh

    Sukhchain

    The one who is peaceful and calm

  • Gunasheela
  • Girl/Female

    Indian, Telugu

    Gunasheela

    Good Character

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CYCLE DECOMPOSITION

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CYCLE DECOMPOSITION

  • Cycle
  • n.

    An imaginary circle or orbit in the heavens; one of the celestial spheres.

  • Cycle
  • n.

    An orderly list for a given time; a calendar.

  • Cycle
  • n.

    One entire round in a circle or a spire; as, a cycle or set of leaves.

  • Indiction
  • n.

    A cycle of fifteen years.

  • Cynical
  • a.

    Pertaining to the Dog Star; as, the cynic, or Sothic, year; cynic cycle.

  • Cyclist
  • n.

    A cycler.

  • Cycle
  • v. i.

    To pass through a cycle of changes; to recur in cycles.

  • Plasmodial
  • a.

    Of or pertaining to, or like, a plasmodium; as, the plasmodial form of a life cycle.

  • Cycling
  • n.

    The act, art, or practice, of riding a cycle, esp. a bicycle or tricycle.

  • Cycle
  • n.

    An interval of time in which a certain succession of events or phenomena is completed, and then returns again and again, uniformly and continually in the same order; a periodical space of time marked by the recurrence of something peculiar; as, the cycle of the seasons, or of the year.

  • Cycle
  • n.

    A bicycle or tricycle, or other light velocipede.

  • Cycled
  • imp. & p. p.

    of Cycle

  • Wheeling
  • n.

    The act or practice of using a cycle; cycling.

  • Cycling
  • p. pr. & vb. n.

    of Cycle

  • Cycle
  • n.

    An age; a long period of time.

  • Cycle
  • n.

    The circle of subjects connected with the exploits of the hero or heroes of some particular period which have served as a popular theme for poetry, as the legend of Arthur and the knights of the Round Table, and that of Charlemagne and his paladins.

  • Revolve
  • v. i.

    To pass in cycles; as, the centuries revolve.

  • Cycle
  • v. i.

    To ride a bicycle, tricycle, or other form of cycle.

  • Cyclical
  • a.

    Of or pertaining to a cycle or circle; moving in cycles; as, cyclical time.