topology

الإنجليزية - التركية

تعريف topology في الإنجليزية التركية القاموس.: geometrik şekillerin veya üc boyutlu cisimlerin bazı durumlarda değişmeyen özelliklerini inceleyen matematik dal; Topoloji; ilingepoloji
topology of networks: (Bilgisayar) devre topolojisi
broadcast topology: (Bilgisayar,Teknik) yayın topolojisi
differential topology: (Matematik) diferensiyel topoloji
site topology: (Bilgisayar) site topolojisi
strong topology: (Matematik) güçlü ilinge
strong topology: (Matematik) güçlü topoloji
combinatorial topology: kombinasyonal topoloji
compact open topology: kompakt açık topoloji
compatible topology: bağdaşık topoloji
differential topology: diferansiyel topoloji
discrete topology: ayrık topoloji
identification topology: özdeşleme topolojisi
inductive topology: tümevarımsal topoloji
metric topology: metrik topoloji
network topology: ağ topolojisi
network topology: ag topolojisi
topologically: topolojik
topologies: topolojileri
broadcast topology: yayin topolojisi
compatible topology: (Matematik) bağdaşık ilinge
discrete topology: (Matematik) ayırtık topoloji
identification topology: (Matematik) özdeşleme ilingesi
indiscrete topology: (Matematik) ayırtık olmayan topoloji
induced topology: (Matematik) kondurulmuş ilinge
induced topology: (Matematik) altuzay topolojisi
inductive topology: (Matematik) tümevarımsal ilinge
metric topology: (Matematik) ölçev ilingesi
metric topology: (Matematik) metrik topolojisi
network topology: ağ topolojisi (ilingesi)
point set topology: (Matematik) nokta-küme ilingesi
point set topology: (Matematik) nokta-küme topolojisi
projective topology: (Matematik) izdüşümsel ilinge
projective topology: (Matematik) izdüşümsel topoloji
quotient topology: (Matematik) bölüm topolojisi
ring topology: halka topolojisi
sites topology: Bölge Topolojisi
tree topology: agac topolojisi
weak topology: (Matematik) zayıf topoloji
weak topology: (Matematik) arık ilinge

الإنجليزية - الإنجليزية

تعريف topology في الإنجليزية الإنجليزية القاموس.: A branch of mathematics studying those properties of a geometric figure or solid that are not changed by stretching, bending and similar homeomorphisms; The arrangement of nodes in a communications network; The properties of a particular technological embodiment that are not affected by differences in the physical layout or form of its application; The anatomical structure of part of the body; A collection τ of subsets of a set X such that the empty set and X are both members of τ and τ is closed under arbitrary unions and finite intersections; The study of how geometric objects are intrinsically connected to themselves Since topologists are not concerned with the geometric measurements of objects, people often say that they study objects up to continuous deformation But usually topologists consider spaces which have a topology (a qualitative shape or connectivity) but no predefined (quantitative) geometry Knots and manifolds are typical examples of topological spaces; the configuration of a communication network the branch of pure mathematics that deals only with the properties of a figure X that hold for every figure into which X can be transformed with a one-to-one correspondence that is continuous in both directions topographic study of a given place (especially the history of place as indicated by its topography); "Greenland's topology has been shaped by the glaciers of the ice age; The physical layout of a network; The arrangement or layout of a network system such as ring topology or star topology; The art of, or method for, assisting the memory by associating the thing or subject to be remembered with some place; The physical layout of network cabling; Topology is the structure of the network, including physical connections such as wiring schemes and logical interactions between network devices; topographic study of a given place (especially the history of place as indicated by its topography); "Greenland's topology has been shaped by the glaciers of the ice age"; The layout of all the computers on a network and the links that join them; In mathematics, the study of the properties of a geometric object that remains unchanged by deformations such as bending, stretching, or squeezing but not breaking. A sphere is topologically equivalent to a cube because, without breaking them, each can be deformed into the other as if they were made of modeling clay. A sphere is not equivalent to a doughnut, because the former would have to be broken to put a hole in it. Topological concepts and methods underlie much of modern mathematics, and the topological approach has clarified very basic structural concepts in many of its branches. See also algebraic topology; The physical layout of network components (cable, stations, gateways, hubs and so on) There are three basic interconnection topologies?star, ring and bus networks; The relative location of geographic phenomena independent of their exact position In digital data, topological relationships such as connectivity, adjacency and relative position are usually expressed as relationships between nodes, links and polygons For example, the topology of a line includes its from- and to-nodes, and its left and right polygons Topology is useful in GIS because many spatial modelling operations don not require coordinates, only topological information For example, to find an optimal path between two points requires a list of the lines or arcs that connect to each other and the cost to traverse each line in each direction Coordinates are only needed for drawing the path after it is calculated; Topology is the map, or visual layout of the frame relay network Frame relay network topology must be viewed from several perspectives to fully understand the network and the equipment used to construct the network Topological views include an overview map, a logical connection map, perhaps a functional map, a map showing the detail equipment and channel links, an address map; The arrangement of all the computers on a network and the links that join them; There are two types of topology: physical and logical The physical topology of a network refers to the configuration of cables, computers, and other peripherals Logical topology is the method used to pass the information between workstations Issues involving logical topologies are discussed on the Protocol chapter; the study of anatomy based on regions or divisions of the body and emphasizing the relations between various structures (muscles and nerves and arteries etc ) in that region; the branch of pure mathematics that deals only with the properties of a figure X that hold for every figure into which X can be transformed with a one-to-one correspondence that is continuous in both directions; The physical or logical layout of nodes on a network; Term used to describe a general characteristic of a LAN technology which more or less describes the shape of the necessary wiring Three examples are bus, ring, and star; As in network topology The geometric physical or electrical configuration describing a local communication net-work; the shape or arrangement of a system The most common topologies are the bus, ring and star; The physical or logical layout of links and nodes in a network These include star, ring and bus configurations; The spatial relationships between connecting or adjacent coverage features (e g , arcs, nodes, polygons, and points) For example, the topology of an arc includes its from- and to-nodes, and its left and right polygons Topological relationships are built from simple elements into complex elements: points (simplest elements), arcs (sets of connected points), areas (sets of connected arcs), and routes (sets of sections, which are arcs or portions of arcs) Redundant data (coordinates) are eliminated because an arc may represent a linear feature, part of the boundary of an area feature, or both Topology is useful in GIS because many spatial modeling operations don't require coordinates, only topological information For example, to find an optimal path between two points requires a list of the arcs that connect to each other and the cost to traverse each arc in each direction Coordinates are only needed for drawing the path after it is calculated; In communications, the physical or logical arrangement of nodes in a network, especially the relationships among nodes and the links between them; The arrangement of nodes that comprise the network Types include star, ring, bus, and tree; Can be either physical or logical Physical topology describes the physical connections of a network and the geometric arrangement of links and nodes that make up that network Logical topology describes the possible logical connections between nodes, and indicates which pairs of nodes are able to communicate; A network topology shows the computers and the links between them A network layer must stay abreast of the current network topology to be able to route packets to their final destination; The map or plan of the network The physical topology describes how the wires or cables are laid out, and the logical or electrical topology describes how the information flows; {i} non-quantitative geometry, branch of mathematics dealing with geometric configurations that remain unchanged by stretching bending or twisting (Mathematics); A program that displays the topology of a Marconi ATM network An updated topology can be periodically re-displayed by use of the interval command option; The physical layout of a network The principal LAN topologies are bus, ring, and star; A collection of subsets of a topological space closed under the operations of union and intersection; the configuration of a communication network; The physical or logical interconnection pattern of a network
algebraic topology: That branch of topology that associates objects from abstract algebra to topological spaces
bus topology: A (computer) network topology in which the nodes are all connected at different points to a line called a bus
differential topology: Field dealing with differentiable functions on differentiable manifolds
discrete topology: A topology on a set consisting of all subsets of that set
link topology: The study of the linked structure of the World Wide Web
network topology: The physical arrangement of a network; the way in which cables are arranged in order to connect computers in a network
point-set topology: The general field of topology, not restricting attention to specific classes of spaces, and not using algebraic topology
ring topology: A network topology in which, in the physical case, every node of a network is connected to exactly two other nodes: one node designated as upstream and the other as downstream. A given node receives data from its upstream node and sends data to its downstream node
star topology: A physical network topology in which all nodes are connected to a central connectivity device (e.g. a hub)
topology.: analysis situs
mesh topology: The topology of a network whose components are all connected directly to every other component, (synonym) mesh
algebraic topology: Field of mathematics that uses algebraic structures to study transformations of geometric objects. It uses functions (often called maps in this context) to represent continuous transformations (see topology). Taken together, a set of maps and objects may form an algebraic group, which can be analyzed by group-theory methods. A well-known topic in algebraic topology is the four-colour map problem
bus topology: the topology of a network whose components are connected by a busbar
bus topology: One of the three principal topologies for a LAN, in which all nodes are connected to a central cable along which data is passed
logical topology: the way the network works; "a network that looks like a star can have the logical topology of a bus
loop topology: the topology of a network whose components are connected in a loop
mesh topology: the topology of a network whose components are all connected directly to every other component
physical topology: the appearance of the network; "the physical topologies of local area networks include the bus, the ring and the star
ring topology: One of the three principal topologies for a LAN, in which all nodes are arranged in a circle
star topology: One of the three principal topologies for a LAN, in which all nodes are connected to one central node that routes all data passing to and from them
star topology: the topology of a network whose components are connected to a hub
topologically: in a topological manner
topologically: in a topological manner, with regard to topology (Mathematics)
topologist: A mathematician who specializes in topology