Distributed computing systems have become the essential aspect of growing information technology. The performance of any distributed system is certainly influenced by the technology, which we adopt in making network interconnections. Network topologies [1-2, 8-9]are the technology for arrangement of various computer elements like links, nodes etc. Basically network topology is the topological structure [5] of a computer network. In mathematics topology is concerned with the connectedness of objects which is the most basic properties of space. In simple way network topology refers to the way in which the network of computers [5, 6-7] is connected. Each topology is suited to specific tasks and has its own advantages and disadvantages. A most simple and good example of network topology is LAN [3-4, 8-9]. Where it LAN has one or more physical links to other devices in the network. In recent days there are basically two basic categories of network topologies: Physical topologies [8-9] and Logical topologies [8-9]. Physical Network Topology emphasizes the hardware associated with the system including workstations, remote terminals, servers, and the associated wiring between assets. Conversely, Logical Network Topology emphasizes the representation of data flow between nodes. In this paper a brief description on these topologies are presented. This paper is organized as the following
Distributed computing systems have become the essential aspect of growing information technology. The performance of any distributed system is certainly influenced by the technology, which we adopt in making network interconnections. Network topologies [1-2, 8-9]are the technology for arrangement of various computer elements like links, nodes etc. Basically network topology is the topological structure [5] of a computer network. In mathematics topology is concerned with the connectedness of objects which is the most basic properties of space. In simple way network topology refers to the way in which the network of computers [5, 6-7] is connected. Each topology is suited to specific tasks and has its own advantages and disadvantages. A most simple and good example of network topology is LAN [3-4, 8-9]. Where it LAN has one or more physical links to other devices in the network. In recent days there are basically two basic categories of network topologies: Physical topologies [8-9] and Logical topologies [8-9]. Physical Network Topology emphasizes the hardware associated with the system including workstations, remote terminals, servers, and the associated wiring between assets. Conversely, Logical Network Topology emphasizes the representation of data flow between nodes. In this paper a brief description on these topologies are presented. This paper is organized as the following
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Distributed computing systems have become the essential aspect of growing information technology. The performance of any distributed system is certainly influenced by the technology, which we adopt in making network interconnections. Network topologies [1-2, 8-9]are the technology for arrangement of various computer elements like links, nodes etc. Basically network topology is the topological structure [5] of a computer network. In mathematics topology is concerned with the connectedness of objects which is the most basic properties of space. In simple way network topology refers to the way in which the network of computers [5, 6-7] is connected. Each topology is suited to specific tasks and has its own advantages and disadvantages. A most simple and good example of network topology is LAN [3-4, 8-9]. Where it LAN has one or more physical links to other devices in the network. In recent days there are basically two basic categories of network topologies: Physical topologies [8-9] and Logical topologies [8-9]. Physical Network Topology emphasizes the hardware associated with the system including workstations, remote terminals, servers, and the associated wiring between assets. Conversely, Logical Network Topology emphasizes the representation of data flow between nodes. In this paper a brief description on these topologies are presented. This paper is organized as the following
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