In network topology, i am explaining about how to set a network, how many types of network topology, explanation of each type and its advantages and disadvantages.
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Tree topology has a root node that other nodes connect to in a hierarchical manner, forming at least three levels. It combines advantages of bus and star topologies by allowing easy expansion of nodes while being managed and maintained efficiently. However, it requires heavy cabling and is costly, and the network will fail if the central root node fails.
This document discusses network topologies. It defines network topology as the physical or logical layout of a network, including how nodes are arranged and connected. There are two main types: physical focuses on device placement, while logical focuses on data transfer patterns. The six basic network topologies covered are bus, ring, star, tree, mesh, and hybrid. Each has its own unique structure for connecting nodes and routing data. Advantages and disadvantages of each type are provided.
The document discusses network topologies and their characteristics. It describes physical and logical topologies. Common topologies include mesh, star, bus, ring, tree and hybrid configurations. Mesh provides redundancy but is expensive to implement while star is popular for its ease of installation and fault isolation. Bus uses the least cabling but a single break disables the network. Ring passes signals in one direction making it susceptible to breaks. Hybrid combines different topologies to balance advantages and disadvantages. The optimal topology depends on factors like cost, growth and cable requirements.
This document discusses different network topologies. It describes mesh, star, bus, ring and tree topologies. For each topology it provides details on how the nodes are connected and examples of advantages and disadvantages. The key aspects are that topology refers to the arrangement of nodes and connections in a network, and choosing the right topology is important for network design and performance.
The document discusses different types of computer network topologies. It defines network topology as the physical configuration of cables, computers, and other devices on a network. The key network topologies covered are bus, ring, star, and mesh. Advantages and disadvantages of each topology are summarized.
The document discusses different network topologies including star, bus, ring, tree, graph, and mesh. Each topology has different advantages and disadvantages in terms of cost, flexibility, reliability, fault tolerance, and ease of expanding the network. The star topology connects all nodes to a central node, making it easy to service but difficult to expand. The bus topology uses a single cable for transmission but faults are hard to isolate. The ring topology transmits data in one direction around the ring but a single node failure disrupts the whole network.
Topology describes how devices in a network are physically or logically connected. There are several common network topologies including star, bus, ring, mesh, tree, and hybrid. Each topology has advantages and disadvantages depending on factors like scalability, fault tolerance, cable requirements, and ease of configuration. A hybrid topology combines elements of different standard topologies to provide benefits while minimizing individual topology limitations.
This document discusses different network topologies. It describes bus, star, ring, tree, mesh, and hybrid topologies. For each topology, it provides details on the basic design, advantages, and disadvantages. Bus topology uses a single cable to connect all nodes without devices in between. Star topology connects all nodes to a central hub. Ring topology connects all devices in a continuous loop without a central server.
Tree topology has a root node that other nodes connect to in a hierarchical manner, forming at least three levels. It combines advantages of bus and star topologies by allowing easy expansion of nodes while being managed and maintained efficiently. However, it requires heavy cabling and is costly, and the network will fail if the central root node fails.
This document discusses network topologies. It defines network topology as the physical or logical layout of a network, including how nodes are arranged and connected. There are two main types: physical focuses on device placement, while logical focuses on data transfer patterns. The six basic network topologies covered are bus, ring, star, tree, mesh, and hybrid. Each has its own unique structure for connecting nodes and routing data. Advantages and disadvantages of each type are provided.
The document discusses network topologies and their characteristics. It describes physical and logical topologies. Common topologies include mesh, star, bus, ring, tree and hybrid configurations. Mesh provides redundancy but is expensive to implement while star is popular for its ease of installation and fault isolation. Bus uses the least cabling but a single break disables the network. Ring passes signals in one direction making it susceptible to breaks. Hybrid combines different topologies to balance advantages and disadvantages. The optimal topology depends on factors like cost, growth and cable requirements.
This document discusses different network topologies. It describes mesh, star, bus, ring and tree topologies. For each topology it provides details on how the nodes are connected and examples of advantages and disadvantages. The key aspects are that topology refers to the arrangement of nodes and connections in a network, and choosing the right topology is important for network design and performance.
The document discusses different types of computer network topologies. It defines network topology as the physical configuration of cables, computers, and other devices on a network. The key network topologies covered are bus, ring, star, and mesh. Advantages and disadvantages of each topology are summarized.
The document discusses different network topologies including star, bus, ring, tree, graph, and mesh. Each topology has different advantages and disadvantages in terms of cost, flexibility, reliability, fault tolerance, and ease of expanding the network. The star topology connects all nodes to a central node, making it easy to service but difficult to expand. The bus topology uses a single cable for transmission but faults are hard to isolate. The ring topology transmits data in one direction around the ring but a single node failure disrupts the whole network.
Topology describes how devices in a network are physically or logically connected. There are several common network topologies including star, bus, ring, mesh, tree, and hybrid. Each topology has advantages and disadvantages depending on factors like scalability, fault tolerance, cable requirements, and ease of configuration. A hybrid topology combines elements of different standard topologies to provide benefits while minimizing individual topology limitations.
This document discusses different network topologies. It describes bus, star, ring, tree, mesh, and hybrid topologies. For each topology, it provides details on the basic design, advantages, and disadvantages. Bus topology uses a single cable to connect all nodes without devices in between. Star topology connects all nodes to a central hub. Ring topology connects all devices in a continuous loop without a central server.
Basics of Networks ,Advantages and Disadvantagessabari Giri
This document discusses computer networks and networking basics. It defines what a network is as a set of devices connected by communication links. The purpose of a network is to share resources between devices. Networks must meet criteria like performance, reliability, and scalability. Different types of network connections include point-to-point and multipoint. Local area networks cover small areas like homes or offices while wide area networks connect LANs over longer distances. Key network terms are also defined such as hosts, workstations, servers, and clients.
A network topology refers to the arrangement of nodes and connections in a network. There are two types: physical topology, which describes how devices are physically connected, and logical topology, which describes how devices appear logically connected. Common physical network topologies include bus, star, ring, mesh, tree, and hybrid configurations. Each has different characteristics in terms of performance, cable requirements, traffic handling ability, and cost.
The document defines and compares three common network topologies: bus, ring, and star. The bus topology connects all devices to a central cable or bus. Ring topology forms a closed cable loop with devices arranged along it. Star topology connects all devices to a central hub. Each has advantages like ease of installation but also disadvantages such as single point of failure if the central cable/hub fails.
This document discusses different types of computer network topologies. It describes bus, star, ring, tree, mesh, and hybrid topologies. For each topology, it provides details on the logical arrangement of nodes, advantages like ease of installation and disadvantages like single point of failure. A hybrid topology combines two or more standard topologies to achieve flexibility and reliability, though it is more expensive than a single topology.
Transmission media (data communication)Pritom Chaki
Transmission media is the material pathway that connects computers, different kinds of devices and people on a network. It can be compared to a superhighway carrying lots of information. Transmission media uses cables or electromagnetic signals to transmit data.
This document discusses different types of computer networks and network topologies. It describes Local Area Networks (LANs), Wide Area Networks (WANs), Metropolitan Area Networks (MANs), and other specific types of networks. It also outlines common network topologies like bus, star, ring, mesh, and tree. Physical, logical, and signal topologies are defined. Details are provided on how each topology configures and connects different network nodes.
The document discusses various types of network hardware including bridges, hubs, switches, and routers. Bridges operate at the data link layer and forward packets based on physical addresses. Hubs simply repeat all signals received on one port to all other ports. Switches are smarter than hubs and only forward frames to the port associated with the destination address. Routers operate at the network layer and filter traffic based on logical IP addresses, allowing different network types to connect. Routing tables map destination networks to the next hop, whether a directly connected network or the address of the next downstream router.
Classification of Networks
Major Types of Networks
Topologies of Network for Local Area Networks
P2P Networks
Client to Server Network
Mesh topology
star topology
bus topology
Bus topology uses a single, long cable called a backbone to connect all devices in a network. Nodes connect to the backbone using droplines and taps, where droplines connect devices to the cable and taps contact the cable's metallic core. Any computer on the bus topology can communicate with any other as they are all connected via the main cable. However, a fault in the backbone stops all transmission and network speed decreases with heavy traffic.
A network topology refers to the physical layout and connections of devices in a network. There are several common network topologies including linear bus, ring, star, tree, and mesh. Each has advantages and disadvantages regarding performance, reliability, scalability and cost depending on the number of nodes and how they are connected. The goal is to efficiently connect all users to network resources while providing capacity and reliability at a reasonable cost.
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http://www29.zippyshare.com/v/14569917/file.html
Networking
Computer network
Types of network
Personal Area Networks (PANs)
Local Area Networks (LANs)
Metropolitan Area Networks (MANs)
Wide Area Networks (WANs)
Classification of Network Architecture
Client-server architecture
Peer-to-peer architecture
Hybrid architecture
Network topology
Bus Topology
Star Topology
Ring Topology
Mesh Topology
Tree Topology
Hybrid Topology
Twisted pair cable is the simplest and oldest cable medium consisting of two insulated copper wires twisted around each other to reduce electrical interference. It is commonly used in telephone systems and comes in two main types - unshielded twisted pair (UTP) and shielded twisted pair (STP). UTP is the most common type used in networks today and comes in categories depending on the data transfer rate it supports, with category 5 cable providing up to 100 Mbps. STP cable has each pair of conductors encased in metal shielding to further prevent interference.
Computer networks and its components by narender singh sandhuNarenderSinghSandhu2
A computer network is a group of computers that are connected to each other for the purpose of communication. Networks may be classified according to a wide variety of characteristics. This article provides a general overview of types and categories and also presents the basic components of a network.
This document discusses computer networks and their types. It defines a computer network as a set of interconnected computers that share resources like internet access. The document outlines different types of networks including local area networks (LANs), metropolitan area networks (MANs), wide area networks (WANs), personal area networks (PANs), client-server networks, and peer-to-peer networks. It also discusses various network topologies such as bus, star, ring, mesh and tree configurations.
This document provides an overview of basic local area network (LAN) concepts including definitions, hardware, media, and sample implementations. It defines a LAN as a group of computers and devices sharing resources within a small geographic area. Common LAN hardware includes hubs, switches, bridges, and routers which connect devices and segment traffic at different OSI model layers. Wired media include twisted pair, coaxial, and fiber optic cables while common wireless technologies are Wi-Fi and WiMax. Sample configurations show home and business LAN setups connecting devices via these components.
Networking devices are components that connect electronic devices and allow them to share resources over a network. Common networking devices include network interface cards, hubs, switches, bridges, routers, and modems. A switch connects network segments and can perform error checking before forwarding data packets between devices on a local area network. A router connects two or more networks and reads address information in packets to determine the best path to forward packets between networks. Routers work at the network layer and contain routing tables to define the addresses of connected networks.
This document discusses different network topologies. It defines topology as the layout of connected devices on a network and describes common topologies including bus, star, ring, mesh, tree and hybrid. For each topology, it provides details on the network configuration, advantages and disadvantages. It emphasizes that topology selection depends on factors like cost, flexibility and reliability. The document concludes with examples to test understanding of topology types.
This document discusses different network topologies. It defines topology as the arrangement of links, nodes, and other elements in a computer network. There are two main categories: physical and logical topologies. For physical topologies, it describes linear bus, star, tree, ring, and mesh configurations. Each has advantages, like easy installation for stars, and disadvantages, such as a single point of failure for the central hub. Logical topology refers to how information passes between nodes. The document examines characteristics of each physical topology type in detail.
This document discusses different network topologies. It defines network topology as the layout and connections of devices in a network. It then proceeds to define and compare the characteristics of five common topologies: ring, mesh, star, bus and tree. For each topology it provides details on how the topology is arranged and its advantages and disadvantages. The document concludes by stating it has proven that topologies determine how technology devices communicate over the internet.
Basics of Networks ,Advantages and Disadvantagessabari Giri
This document discusses computer networks and networking basics. It defines what a network is as a set of devices connected by communication links. The purpose of a network is to share resources between devices. Networks must meet criteria like performance, reliability, and scalability. Different types of network connections include point-to-point and multipoint. Local area networks cover small areas like homes or offices while wide area networks connect LANs over longer distances. Key network terms are also defined such as hosts, workstations, servers, and clients.
A network topology refers to the arrangement of nodes and connections in a network. There are two types: physical topology, which describes how devices are physically connected, and logical topology, which describes how devices appear logically connected. Common physical network topologies include bus, star, ring, mesh, tree, and hybrid configurations. Each has different characteristics in terms of performance, cable requirements, traffic handling ability, and cost.
The document defines and compares three common network topologies: bus, ring, and star. The bus topology connects all devices to a central cable or bus. Ring topology forms a closed cable loop with devices arranged along it. Star topology connects all devices to a central hub. Each has advantages like ease of installation but also disadvantages such as single point of failure if the central cable/hub fails.
This document discusses different types of computer network topologies. It describes bus, star, ring, tree, mesh, and hybrid topologies. For each topology, it provides details on the logical arrangement of nodes, advantages like ease of installation and disadvantages like single point of failure. A hybrid topology combines two or more standard topologies to achieve flexibility and reliability, though it is more expensive than a single topology.
Transmission media (data communication)Pritom Chaki
Transmission media is the material pathway that connects computers, different kinds of devices and people on a network. It can be compared to a superhighway carrying lots of information. Transmission media uses cables or electromagnetic signals to transmit data.
This document discusses different types of computer networks and network topologies. It describes Local Area Networks (LANs), Wide Area Networks (WANs), Metropolitan Area Networks (MANs), and other specific types of networks. It also outlines common network topologies like bus, star, ring, mesh, and tree. Physical, logical, and signal topologies are defined. Details are provided on how each topology configures and connects different network nodes.
The document discusses various types of network hardware including bridges, hubs, switches, and routers. Bridges operate at the data link layer and forward packets based on physical addresses. Hubs simply repeat all signals received on one port to all other ports. Switches are smarter than hubs and only forward frames to the port associated with the destination address. Routers operate at the network layer and filter traffic based on logical IP addresses, allowing different network types to connect. Routing tables map destination networks to the next hop, whether a directly connected network or the address of the next downstream router.
Classification of Networks
Major Types of Networks
Topologies of Network for Local Area Networks
P2P Networks
Client to Server Network
Mesh topology
star topology
bus topology
Bus topology uses a single, long cable called a backbone to connect all devices in a network. Nodes connect to the backbone using droplines and taps, where droplines connect devices to the cable and taps contact the cable's metallic core. Any computer on the bus topology can communicate with any other as they are all connected via the main cable. However, a fault in the backbone stops all transmission and network speed decreases with heavy traffic.
A network topology refers to the physical layout and connections of devices in a network. There are several common network topologies including linear bus, ring, star, tree, and mesh. Each has advantages and disadvantages regarding performance, reliability, scalability and cost depending on the number of nodes and how they are connected. The goal is to efficiently connect all users to network resources while providing capacity and reliability at a reasonable cost.
To Download this PPT click on the link below:-
http://www29.zippyshare.com/v/14569917/file.html
Networking
Computer network
Types of network
Personal Area Networks (PANs)
Local Area Networks (LANs)
Metropolitan Area Networks (MANs)
Wide Area Networks (WANs)
Classification of Network Architecture
Client-server architecture
Peer-to-peer architecture
Hybrid architecture
Network topology
Bus Topology
Star Topology
Ring Topology
Mesh Topology
Tree Topology
Hybrid Topology
Twisted pair cable is the simplest and oldest cable medium consisting of two insulated copper wires twisted around each other to reduce electrical interference. It is commonly used in telephone systems and comes in two main types - unshielded twisted pair (UTP) and shielded twisted pair (STP). UTP is the most common type used in networks today and comes in categories depending on the data transfer rate it supports, with category 5 cable providing up to 100 Mbps. STP cable has each pair of conductors encased in metal shielding to further prevent interference.
Computer networks and its components by narender singh sandhuNarenderSinghSandhu2
A computer network is a group of computers that are connected to each other for the purpose of communication. Networks may be classified according to a wide variety of characteristics. This article provides a general overview of types and categories and also presents the basic components of a network.
This document discusses computer networks and their types. It defines a computer network as a set of interconnected computers that share resources like internet access. The document outlines different types of networks including local area networks (LANs), metropolitan area networks (MANs), wide area networks (WANs), personal area networks (PANs), client-server networks, and peer-to-peer networks. It also discusses various network topologies such as bus, star, ring, mesh and tree configurations.
This document provides an overview of basic local area network (LAN) concepts including definitions, hardware, media, and sample implementations. It defines a LAN as a group of computers and devices sharing resources within a small geographic area. Common LAN hardware includes hubs, switches, bridges, and routers which connect devices and segment traffic at different OSI model layers. Wired media include twisted pair, coaxial, and fiber optic cables while common wireless technologies are Wi-Fi and WiMax. Sample configurations show home and business LAN setups connecting devices via these components.
Networking devices are components that connect electronic devices and allow them to share resources over a network. Common networking devices include network interface cards, hubs, switches, bridges, routers, and modems. A switch connects network segments and can perform error checking before forwarding data packets between devices on a local area network. A router connects two or more networks and reads address information in packets to determine the best path to forward packets between networks. Routers work at the network layer and contain routing tables to define the addresses of connected networks.
This document discusses different network topologies. It defines topology as the layout of connected devices on a network and describes common topologies including bus, star, ring, mesh, tree and hybrid. For each topology, it provides details on the network configuration, advantages and disadvantages. It emphasizes that topology selection depends on factors like cost, flexibility and reliability. The document concludes with examples to test understanding of topology types.
This document discusses different network topologies. It defines topology as the arrangement of links, nodes, and other elements in a computer network. There are two main categories: physical and logical topologies. For physical topologies, it describes linear bus, star, tree, ring, and mesh configurations. Each has advantages, like easy installation for stars, and disadvantages, such as a single point of failure for the central hub. Logical topology refers to how information passes between nodes. The document examines characteristics of each physical topology type in detail.
This document discusses different network topologies. It defines network topology as the layout and connections of devices in a network. It then proceeds to define and compare the characteristics of five common topologies: ring, mesh, star, bus and tree. For each topology it provides details on how the topology is arranged and its advantages and disadvantages. The document concludes by stating it has proven that topologies determine how technology devices communicate over the internet.
The document discusses several common network topologies. It describes star, ring, mesh, bus, and hybrid topologies. For each topology, it provides details on the logical structure and flow of data through the network. It also lists the advantages and disadvantages of each topology type. Finally, it briefly defines the key differences between local area networks (LANs) and wide area networks (WANs) in terms of geographic distribution, data rates, error rates, communication links, ownership, and communication costs.
This document is a project submission by Vivek Kumar Bhardwaj on November 23, 2013 that discusses different network topologies including star, ring, bus, mesh, and tree topologies. The document provides information on widely used network component configurations and describes the characteristics of common network topologies.
This document describes modifications made to an air cooler. It discusses using a fan, copper tubes through which cold water or refrigerant is circulated by a pump, and vinyl tubing to connect the components. Cold air is produced as the fan blows across the copper coil through which the refrigerant passes, lowering the temperature of the surrounding air through evaporative cooling. The document outlines the materials used, working principle, and advantages of portable air coolers that use a water-filled copper coil and fan to lower room temperatures without requiring ducting.
Network topology And Its type in detail
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Network topology And Its Types in detail.
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There are three main network topologies: bus, ring, and star. The document describes each in detail. It discusses how each works, including using examples of early implementations from the 1980s. It also outlines the advantages and disadvantages of each topology. Hubs, switches, routers, and mesh networks are also explained.
This document summarizes the design, construction, and testing of a regenerative air cooler system undertaken from June 2013 to April 2014. A team of 4 students designed and built the system under the guidance of Professor H.P. Gupta. The system uses a blower, motor, ducts, water pads, heat exchanger, and water tank to cool incoming air. The document describes the main components, material selection, fabrication steps, design layout diagrams, performance calculations for various parts, and results from testing the completed system.
Computer hardware devices include webcams, scanners, mice, speakers, trackballs, and light pens. Webcams connect via USB or network and are used for video calls and conferencing. Scanners optically scan images and documents into digital formats. Mice are pointing devices that detect motion to move a cursor. Speakers have internal amplifiers and audio jacks. Trackballs contain ball and sensors to detect rotation for cursor movement. Light pens allow pointing directly on CRT displays.
The document discusses different network topologies including ring, mesh, tree, star, and bus. It provides details on what defines each topology, such as ring topology involving nodes connected in a continuous path. The advantages and disadvantages of each topology are also summarized, for example ring topology having reduced data collision but single point of failure if a node goes down.
This document discusses different aspects of distributed systems and network topologies. It describes two types of network operating systems: peer-to-peer and client/server. It also defines different network topologies including bus, ring, star, mesh, tree, and hybrid and discusses their key features, advantages, and disadvantages. Finally, it provides a brief definition of communication protocols in distributed systems.
The document discusses various networking topologies including physical and logical topologies. It describes ring, bus, star, tree and mesh physical topologies. For each topology it provides a diagram and overview of advantages and disadvantages. Logical topologies discussed are broadcast and token passing. The document serves as an introduction to networking topologies.
Computer networks allow devices to connect and share resources. There are several types of networks including local area networks (LANs), wide area networks (WANs), and metropolitan area networks (MANs). Networks use different topologies like bus, star, ring, mesh, and tree to connect devices. The topology impacts features like cost, ease of use, and how failure of parts affects the whole network.
The document discusses different network topologies, including star, bus, ring, tree, mesh, and hybrid topologies. It provides details on how each topology interconnects nodes, and lists advantages and disadvantages of each. The key points covered are:
- Network topology refers to the pattern of interconnection between nodes in a network. Factors like cost, flexibility, and reliability are considered when selecting a topology.
- Common topologies include star (with a central hub), bus (using a backbone cable), ring (with nodes connected in a closed loop), and tree (with hierarchical connections).
- More complex topologies include mesh (with every node connected to every other) and hybrid (combining two or
The document describes various network topologies. It discusses physical and logical topologies. Common topologies described include star, mesh, bus, ring, tree, and hybrid topologies. For each topology, it provides details on the structure and provides advantages and disadvantages. It also discusses extended star, distributed star, full mesh, partial mesh, linear bus, distributed bus, dual ring, point to point, and point to multipoint variations of the topologies.
This document consists of network topologies in computer networking. It entails star, ring, mesh, bus, tree, and hybrid topologies. Their advantages and disadvantages of each topology discussed in detail above.
The document defines and compares different network topologies: bus, ring, tree, star, mesh, and hybrid. It describes the key characteristics of each topology, including how the devices are connected and whether they have advantages like ease of installation, reliability, or disadvantages like high cost or reduced performance if a connection fails. The document provides this information to explain different options for structuring the physical and logical connections in a computer network.
The document describes several common network topologies: bus, ring, star, mesh, and tree. Bus topology connects all nodes to a single cable, making it inexpensive but vulnerable to single points of failure. Ring topology forms a closed loop between nodes, allowing sequential transmission but requiring all nodes to be operational. Star topology uses a central hub to connect all nodes individually, simplifying troubleshooting but relying on the hub. Mesh topology fully connects all nodes for redundancy but at increased cost and complexity. Tree topology branches out from a root hub in a hierarchical structure, facilitating expansion but still posing single point risks.
The document discusses various network topologies including star, ring, bus, tree, mesh, and hybrid topologies. A star topology features a central hub with devices connecting to the hub. A ring topology uses a closed loop where devices are connected in a continuous path. A bus topology uses a shared backbone that devices tap into to communicate. A tree topology combines star topologies onto a bus. A mesh topology allows messages to take multiple paths between devices.
Types of network topology, hub, switch, router, repeater and brouterAlidHasan4
Geometric representation of how the computers are connected to each other is known as topology. There are five types of topology – Mesh, Star, Bus, Ring and Hybrid.
Network topology refers to the arrangement of elements in a communication network. The document discusses several common network topologies including bus, star, ring, mesh, tree, and hybrid topologies. For each topology, it provides details on how the nodes are arranged and connected, as well as advantages and disadvantages of each type.
This document discusses various network topologies including physical and logical topologies. It defines topology as the arrangement of elements in a network including physical and logical connections between nodes. Several physical topologies are described including ring, bus, star, tree and mesh along with diagrams and their advantages and disadvantages. Logical topologies control how information passes between nodes and the two main types are broadcast and token passing.
This document discusses different network topologies and their characteristics. It describes five main types of network topologies: bus, star, ring, mesh, and tree. For each topology, it provides details on the physical configuration, advantages, and disadvantages. The bus topology connects all nodes to a single communication line, while the star topology centers around one node to which all others connect. The ring topology connects all nodes in a closed loop. The mesh topology connects each node directly to some or all other nodes. Finally, the tree topology connects multiple star networks to other star networks.
The document discusses various LAN and WAN network topologies. It describes physical and logical LAN topologies including bus, star, ring, switched, daisy chain and hierarchical. For WAN topologies it covers peer-to-peer, ring, star, full mesh, partial mesh, two-tiered, three-tiered and hybrid configurations. For each topology the key advantages and disadvantages are summarized. The document provides information on topology types commonly used in networking.
INTERNET NETWORK TOPOLOGY PRESENTATION POWERPOINT (ADITYA).pptxSuratSingh18
Network topologies define the layout of connections between nodes in a computer network. The physical topology refers to the actual layout of cables and connections, while the logical topology defines how data is transmitted. Common network topologies include bus, star, ring, mesh, and tree. Each has advantages and disadvantages depending on the network size and needs. The bus topology is inexpensive but has limitations on cable length and number of devices. Star topology is robust but requires more cable and hardware. Ring topology has no central point of failure but a single fault disables the whole network. Mesh networks are highly redundant but also complex and expensive to implement.
This document discusses different network topologies, including physical and logical topologies. It describes point-to-point, bus, ring, star, tree, mesh, and hybrid topologies. Each topology is defined along with its advantages and disadvantages. For example, the star topology connects all computers to a central hub, making it easy to set up and modify but if the hub fails the whole network fails. The mesh topology connects each device directly to every other device, providing redundancy but requiring many cables. A hybrid topology combines two or more standard topologies to achieve flexibility and scalability but with increased complexity.
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A Free 200-Page eBook ~ Brain and Mind Exercise.pptxOH TEIK BIN
(A Free eBook comprising 3 Sets of Presentation of a selection of Puzzles, Brain Teasers and Thinking Problems to exercise both the mind and the Right and Left Brain. To help keep the mind and brain fit and healthy. Good for both the young and old alike.
Answers are given for all the puzzles and problems.)
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2. What is a topology?
A topology is a description of the layout of
a specific region or area. A network
topology is a description of the layout of the
region or area covered by that network.
PRAKHAR
3. There are six basic topologies :
1. BUS TOPOLOGY
2. STAR TOPOLOGY
3. RING TOPOLOGY
4. MESH TOPOLOGY
5. TREE TOPOLOGY
6.HYBRID TOPOLOGY
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4. 1. BUS TOPOLOGY:
Bus topology is a specific
type of network topology
in which all of the various
devices in the network are
connected to a single cable
or line.
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5. Advantage:
Easy to connect a computer or peripheral to a linear bus.
Requires less cable length than a star topology.
Entire network shuts down if there is a break in main cable or line.
Bandwidth are divided due to this performance gets down.
Difficult to identify the problem if the entire network shuts down.
Disadvantage:
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6. 2.STAR TOPOLOGY:
Star topology is a network
topology where each
individual piece of a
network is attached to a
central node (often called a
hub or switch). Star
topology is also known as
star network.
PRAKHAR
7. Advantage:
Easy to install.
No disruptions to the network when connecting or removing devices.
Easy to detect fault.
Require more cable length than bus topology.
If the hub fails, nodes attached are disable.
More expansive than bus topology because of the cost of the hub.
Disadvantage:
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8. It is a specific kind of
network setup in which
devices are connected in
a ring and pass
information to or from
each other according to
there adjacent proximity
in the ring structure.
3. RING TOPOLOGY:
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9. Advantage:
Very orderly network where every devices has access to the token and the
opportunity to transmit.
Does not require a central node or hub to manage the connectivity between the
computers.
Point to point line configuration make it easy to identify and isolate fault.
Moving adding and changing the device can effect the network.
Bandwidth is shared on all links between the devices.
Communication delay is directly proportional to number of nodes in the network.
Disadvantage:
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10. A network setup where each
computer and network device is
interconnected with one another,
allowing for most transmissions to
be distributed, even if one of the
connections go down. This topology
is not commonly used for most
computer networks as it is difficult
and expensive to have redundant
connection to every computer.
4. MESH TOPOLOGY:
PRAKHAR
11. Advantage:
It is efficient when one node fails other continue the work without disruption.
Network can be easily expanded.
You can send the data from one node to many nodes.
It is quite expansive since a higher length of cable required.
Disadvantage:
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12. A tree topology is a type of
network topology that
includes at least three specific
level in a topology hierarchy.
Tree topology are valued for
there scalability and
accessibility for
troubleshooting.
5. TREE TOPOLOGY:
PRAKHAR
13. Advantage:
It is the most suitable topology for large networks.
Since it divides the network in sub-parts, so it becomes more manageable.
If the backbone line breaks, the entire segment goes down.
More difficult to configure and wire than other topologies.
Disadvantage:
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14. A network structure
whose design contains
more than one topology is
said to be hybrid
topology.
6. HYBRID TOPOLOGY:
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15. Advantage:
Since it divides the network in sub-parts, so it becomes more manageable.
If the backbone line breaks, the entire segment goes down.
More difficult to configure and wire than other topologies.
Disadvantage:
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