What is the translation of " GRAFA " in English?

• graph
• graf
• graphs
• graff

Examples of using Grafa in Serbian and their translations into English

Pogledaj džerija grafa.
Look at Jerry Graff.

Svakoj grani grafa se dodeljuje nivo.
Each edge in the graph is assigned a level.

Bojnik Slater misli da ste štitili svog prijatelja narednika Grafa.
Major Slater, your attorney, seems to think you were protecting your friend, Petty Officer Graf.

Znate kapetana, Grafa, i druge vojnike.
You know the Captain, Graf, the other soldiers.

Ili Grafa, Hansena, Hoffmana, popis je beskrajan.
Or Graf, Hansen, Hoffman, the list is endless.

Tu je Hans upoznao Kristofa Probsta, Vilija Grafa i Aleksandera Šmorela.
That was where Hans met Christoph Probst, Willi Graf and Alexander Schmorell.

U KH svaki čvor grafa je predstavljen kao da je i sam nivo hijerarhije.
In a CH, every node in the graph is represented as its own level of hierarchy.

Dijksta-Solten algoritam rešava ovaj problem imolicitnim stvaranjem razapinjućeg stabla grafa.
The Dijkstra-Scholten algorithm solves this problem by implicitly creating a spanning tree of the graph.

Pretpostavimo da koristimo pretragu strukture grafa tako da mi eliminišemo duple puteve.
Let's assume we are using the Graph Search so that we have eliminated the duplicate paths.

Za pretragu grafa argument je malo komplikovaniji, ali opšte činjenice su iste.
For graph search the argument is slightly more complicated, but the general intuitions hold the same.

Skup je nezavisan ako i samo ako sadrži kliku u komplementu grafa, tako da su ta dva koncepta komplementarna.
A set is independent if and only if it is a clique in the graph's complement, so the two concepts are complementary.

Prikupljanje podataka i njihovo predstavljanje; modelovanje mreže i odabir neusmerenog, usmerenog ili težinskog grafa.
Data retrieval and representation; network modeling and choice of directed, undirected, and weighted graphs.

Pokretanje algoritma minimalnog razapinjućeg stabla grafa na ovom grafu da bi se našlo minimalno razapinjuće stablo.
Run a graph minimum spanning tree algorithm on this graph to find a minimum spanning tree.

S obzirom da izlazni pokazivači moraju biti obeleženi različitim simbolima abecede, oba KUM i SMM grafa imaju O( 1) izlazni stepen.
Since outgoing pointers must be labeled by distinct symbols of the alphabet, both KUM and SMM graphs have O(1) outdegree.

Ako postoji izomorfizam izmedju dva grafa, onda kažemo da su grafovi izomorfni i pišemo G.
If an isomorphism exists between two graphs, then the graphs are called isomorphic and we write G≃ H{\displaystyle G\simeq H}.

Ako heuristika nije dopustiva, moguće je da nikada neće doći do cilja, ili tako što bi završila u nekom mrtvom kraju grafa ili G.
If a heuristic is not admissible, it may never find the goal, either by ending up in a dead end of graph G{\displaystyle G}.

Glavni uvid je da svaki ne-nula rok u Pfaffianu od matrice susedstva grafa G odgovara savrsenom uparivanju.
The main insight is that every non-zero term in the Pfaffian of the adjacency matrix of a graph G corresponds to a perfect matching.

Ono što struktura grafa i prateće verovatnoće određuju je velika verovatnoća raspodele u prostoru svih ovih 16 promenljivih.
What the graph structure and associated probabilities specify is a huge probability distribution in the space of all of these 16 variables.

Međutim, polinomijalni eksponent zavisi od širine klike grafa, pa ovaj algoritam nije prilagodljiv fiksnom parametru.
However, the exponent of the polynomial depends on the clique-width of the graph, so this algorithms is not fixed-parameter tractable.

Svaki čvor grafa ima tačno jednu izlaznu strelicu označenu svakim simbolom, iako se neke od njih vraćaju u originalni čvor.
Each node of the graph has exactly one outgoing arrow labelled with each symbol, although some of these may loop back into the original node.

Temena u i v mogu predstavljati dva temena grafa povezanog sa P čvorištem koji ima dve ili više ivica.
The two vertices u and v may be the two vertices in the graph associated with a P node that has two or more virtual edges.

Sada ćemo videti kako da promenimo functiju pretrage strukture drveta da bude funkcija za pretragu strukture grafa da izbegnemo ponavljanje puteva.
Now we see how to modify the Tree Search Function to make it be a Graph Search Function to avoid those repeated paths.

Koncept redukcije grafa koji dozvoljava izračunatim vrednostima da se dalje medjusobno povezuju je prvi razvio Kris Wadsort u svojoj doktorskoj disertaciji.
The concept of a graph reduction that allows evaluated values to be shared was first developed by Chris Wadsworth in his 1971 Ph.D. dissertation.

Opšti graf može biti predstavljen svojim razapinjućim stablom- stablom koje sadrži podstablo za svaku komponentu povezanosti grafa.
A general graph can be represented by its spanning forest- a forest which contains a tree for every connected component of the graph.

Da odgovorim na to pitanje, ja se osećam kao Harrison Ford koji je igrao pukovnika Grafa u Enderovoj igri, kada Ender pita zašto mail nije poslat.
To answer that question, I feel similar to Harrison Ford who played Colonel Graff in Ender's Game when Ender asked why the email was not being sent.

Ključna ideja je da konvertuje problem u Pfafijan računanje koc-simetrične matrice izvedene od planarnog ugrađivanja grafa.
The key idea is to convert the problem into a Pfaffian computation of a skew-symmetric matrix derived from a planar embedding of the graph.

Problem brojanja izomorfizma između dva grafa je polinomijalnog vremena ekvivalentan problemu koji govori da li neki od ta dva grafa uopšte postoji.
The problem of counting the number of isomorphisms between two graphs is polynomial-time equivalent to the problem of telling whether even one exists.

Algoritam sadrži set od S grana za koje se zna da predstavljaju usko grlo optimalnog puta; inicijalno, S je samo set svihm grana grafa.
The algorithm maintains a set S of edges that are known to contain the bottleneck edge of the optimal path; initially, S is just the set of all m edges of the graph.

Funkcija strongconnect vrši jednu pretragu u dubinu grafa, nalazeći sve sledbenike čvora v, i prijavljuje sve jako povezane komponente tog podgrafa.
The function strongconnect performs a single depth-first search of the graph, finding all successors from the node v, and reporting all strongly connected components of that subgraph.

Slične tehnike dinamičkog programiranja pokazuju da problem najdužeg puta je takođe prilagodljiv fiksnom parametru kada se parametrizuje širinom drveta grafa.
A similar dynamic programming technique shows that the longest path problem is also fixed-parameter tractable when parameterized by the treewidth of the graph.