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| Topology In Networking |
Topology is the arrangement and interconnection of communication devices in a network. A major factor in the design of a network is the choice and implementation of topology to suit the purpose of the network, as well as cost, scalability and performance.
Topology is a set of rules that defines how devices and networks are interconnected. Most networking equipment supports multiple topologies simultaneously, but every network must have one particular topology assigned to it as its primary topology.
Topology is a networking term that refers to the physical structure of a network. Two types of topologies are used in networking: physical topology and logical topology.
Topology refers to the physical layout of a network or internetwork. A network's topology is its logical structure as well as how data travels between nodes and routers.
Topology is a noun that describes the structure or arrangement of a system in relation to the flow of energy, material and information through it. In computer networking, topology refers to the configuration of devices and connections between them at various points in time.
Topology is the geometric arrangement of a network. It describes how its components are organized, particularly the geometric layout of its nodes and links. A large part of topology deals with physical properties, meaning that network topology must also deal with attributes such as media connectivity and transmission capacity.
Topology is the physical architecture of a network. There are three basic types of topologies: Bus, Star and Ring.
A topology refers to the way that networks are constructed and connected. Each network has a unique topology, made up of nodes (computers or other devices), edges (the lines that connect nodes), and paths (the routes taken by data packets as they travel from one node to another).
Network topology refers to the geometric arrangement of nodes, devices and communications links in a network. When it comes to networks, the most common types of topologies are: point-to-point, bus, star and ring. These are called network topologies based on how the network devices connect to each other at the physical layer (MAC level), or logically at higher layers.
In computer networking, a topology is the logical configuration of connections between nodes of a computer network. Wireless topologies are used to characterize the type of connectivity and communication between devices in an ad hoc or sensor network. A physical topology refers to the real electrical connection between devices, such as wire or cabling and antennas. The logical topology may not correspond directly to the physical layout of the system; for example, two machines that exchange data through a direct cable connection may appear to be connected by a network whose logical topology is that of a star or ring network.
Network topology refers to the layout of a network. This article discusses the various network devices, interfaces and protocols involved in designing a network.
Topology is the study and practice of identifying, describing and visualizing the arrangement or interconnections of various elements in a system, without any regard to the quality or quantity of data being transferred.
In networking, the term topology refers to the layout of a network and the way that network devices are connected to each other.
In computer networking, a network topology is the physical arrangement of nodes (i.e., network attachments) and connecting links (i.e., transmission media) in a telecommunication network. In order to function properly, each node must have at least one unique identifier in the form of an address; commonly this is implemented as a layer 2 MAC address.
Topology of internet network, network topology and network topology is the arrangement of the various elements that make up a computer network. It describes how devices are interconnected and can include physical cables, wireless links or logical connections.
Network topology is the physical layout of a network. Topology can refer to the physical design, signal path, logical design, and specific addressing of a telecommunications network.
The network topology is the physical configuration of a network. It defines the geometric arrangement of nodes and their interconnections. The design of a network's topology is taken into account when connecting to the Internet, because your IP address determines which routers and paths you use to go from one host to another.
A network topology describes the arrangement of the various elements (links, nodes and so on) of a computer network, either physically or logically. The most common arrangements are physical topologies and logical topologies, though other types are possible. The type of topology used by a network is determined by a combination of the physical layout of connected devices on the network, the media used to interconnect those devices, and the protocol being used to communicate between them. This article describes many common types of network topology in use today and some features of these networks.
In computer networking, the term topology is used to describe the arrangement of a network and its devices. Network topology identifies and enables understanding of the arrangement of various components in a telecommunications or computing network.
Topology is the arrangement of the interconnections between nodes and the physical layout of a communication system. Topology deals with how networks are physically and logically laid out, including how devices are connected. Protocols determine how data is transmitted from one node to another, but it’s up to topology to determine where information should be sent – such as across a LAN or an internetwork.
Internet Topology is the mapping of a network with its interconnections. The topology of a network design is the logical description of how the components of a telecommunication system are arranged, such as what node is connected to what other node.
Network topology is the arrangement of connections and nodes in a computer network.
Topology is the study of the arrangement and connection of the elements or components of a system, such as computer networks, telecommunication networks and transportation networks.
Network topology is the geometric arrangement of devices on a network. The devices in an infrastructure topology are linked via permanent physical pathways, such as copper or optical fiber cables or wireless links. The design and implementation of these networks is predicated on the physical and logical location of the devices in them, which usually follow a planned scheme or design chosen by their administrator
