What is the name of network topology in which each node is connected independently using a switch or hub?
Answers from top 8 papers
More filters
Papers (8) | Insight |
---|---|
02 Apr 1995 17 Citations | For a given degree of each node and a given diameter of the network, a Kautz digraph supports more nodes than other topologies like shufflenet or that using a DeBruijn digraph and hence seems to be an attractive design for the physical topology too. |
53 Citations | For a given degree of each node and a given diameter of the network, a Kautz digraph supports more nodes than other topologies, like shufflenet or that of using a de Bruijn digraph, and seems to be an attractive design for the physical topology as well. |
07 Mar 2004 | We prove that (1) the topologies derived under DRNG and DLMST preserve the network connectivity; (2) the out degree of any node in the resulting topology by DLMST is bounded; while the out degree of nodes in the topology by DRNG is not bounded; and (3) the topologies generated by DRNG and DLMST preserve the network bi-directionality. |
17 Citations | We show that in the multiple-hub networks, the growth of MFPT with the traps located on the hub or peripheral nodes displays quite a difference from the single-hub networks. |
13 Apr 2008 10 Citations | The simulation results show that the resultant fully-connected tree-like topologies offer an efficient tradeoff between available resources and the network topology complexity. |
The results show that the dynamic method can enhance the practicality and scalability of existing k-edge connected topology control algorithms while guaranteeing the network connectivity. | |
This scheme allows clients to switch to better cluster-head nodes as network topology changes. | |
Our results prove that topology emergence is possible without network-level selection. |
Related Questions
What is the state of the art of energy hubs?4 answersEnergy hubs are a promising concept for optimizing multi-carrier energy systems and achieving decarbonization goals. They enable the design, management, and control of integrated networks where multiple energy carriers operate together. The state of the art approaches for energy hub design and operation optimization have been reviewed in the literature. These approaches consider different optimization methods, objective functions, constraints, and market participation mechanisms. The literature also highlights the need for further research and enhancement of existing approaches. The benefits of energy hubs include optimizing energy consumption, reducing greenhouse gas emissions, and integrating renewable energy sources. Levelized cost of energy, CO2 emissions, and cost of hydrogen are important parameters for comparing different energy hubs. Energy storing and transmutation technologies play a vital role in energy-established systems.
What are the types of network topology with biography?4 answersThere are six common types of network topology: Bus, Ring, Star, Extended Star, Hierarchical, and Mesh. These topologies describe the layout of devices and connections in a network. The Bus topology consists of devices connected to a single cable, while the Ring topology connects devices in a closed loop configuration. The Star topology connects devices to a central hub or switch. The Extended Star topology is a variation of the Star topology with multiple central hubs. The Hierarchical topology organizes devices in a hierarchical structure. The Mesh topology connects devices in a fully interconnected manner. These topologies are chosen based on the devices that need to be connected, reliability requirements, and cost considerations.
What are the advantages and disadvantages of each beacon topology?5 answersBeacon topologies have various advantages and disadvantages. One advantage is that deploying more beacons can improve localization accuracy, especially in situations where a global positioning system is not effective or higher accuracy is required. Another advantage is that beacon routing allows for real-time changes in routing paths without the need for additional packet transmissions, which can be beneficial in certain scenarios. On the other hand, one disadvantage is that the deployment of beacons requires manual configuration of their positions, which can be time-consuming and effort-intensive. Additionally, the use of beacon packets for updating routing tables in geographical routing schemes can result in undesired network time and power consumption, which needs to be minimized. Finally, the choice of beacon range can impact the number of networks in an area and the throughput of wireless personal area networks, with longer ranges providing increased protection but potentially reducing the number of networks.
What are the benefits of Amazon's network topology?5 answersAmazon's network topology has several benefits. Firstly, it provides accurate and extensive data on network structure, allowing for a better understanding of network designs and patterns. Additionally, Amazon's network topology data is the most accurate and large-scale collection available, making it a valuable resource for studying network topology. This data includes meta-data that couldn't have been measured otherwise, further enhancing its usefulness. Overall, Amazon's network topology offers researchers and network operators a powerful tool for analyzing and studying network structure with more certainty than ever before.
What are the hubs of the brain's network structure ?5 answersBrain hubs are highly connected regions that play a critical role in integrating cognitive processing and supporting large-scale brain wiring. They are important for understanding brain disorders such as epilepsy and neurodegeneration causing dementia. Hubs are typically situated along the brain's most efficient communication pathways and are implicated in seizure spread and epilepsy-related phenotypes. They also contribute to the maintenance of low-level synchrony through complex patterns of phase fluctuations. In the context of mild traumatic brain injury (mTBI), hub regions can be disrupted, leading to disrupted modular structures of functional brain networks and cognitive deficits. The identification and analysis of hubs offer insights into brain disorders, cognitive dysfunction, and postsurgical seizure outcomes. Hub mapping has the potential to serve as a candidate biomarker for cognitive dysfunction and diagnostic biomarkers for mTBI.
What is the name of network topology in which there are bidirectional links between each possible nodes?7 answers