Routing algorithm and diameter of hierarchical hyper-star network
Abstract
In this paper, we propose a new interconnection network topology, hierarchical hyper-star network HHS(Cn,Cn) is based on hyper-star network. Hierarchical networks based on hypercube have been previously proposed; it has been shown that these networks are superior to the basic networks, in terms of various performance including diameter, network cost, fault tolerance etc. Our results show that the proposed hierarchical hyper-star network performs very competitively in comparison to hyper-star network, HCN(n,n), and HFN(n,n) have been previously proposed. We also investigate a various topological properties of the hierarchical hyper-star network HHS(Cn,Cn) including routing algorithm, diameter, connectivity, broadcasting.
Keywords: interconnection network, parallel processing, routing algorithm, graph
DOI: 10.54941/ahfe1003982
Cite this paper
More from this volume
- Towards Gender-sensitive Motivation of Patients with Depression for Cognitive Training with a Socially Assistive Robot
- Mild Dementia Decision Support from AI-based Digital Biomarkers using Mobile Playful Exercises with High Adherence
- Digital Shadows and Twins for Human Experts and Data-Driven Services in a Framework of Democratic AI-based Decision Support
- AI-powered real-time analysis of human activity in videos via smartphone.
- AI-enabled Playful Enhancement of Resilience and Self-Efficacy with Psychological Learning Theory
- Impact of real-time stress monitoring in people with an intellectual disability
- Improving the Security and Usability of the Internet of Things through a Scalable Network-Level Smart System
- Laboratory assessment of heat strain in female and male wildland firefighters
- Real-time remote stress monitoring based on specific stress modelling considering load characteristics of different military forces
- Impact of Acute Physical Exercise on Cognitive Performance
- Towards Immersive Skill Training for First Responders with Biosensor-based Assessment of Situation Awareness
- Development of an Automated Microclimate Adjustment System based on Concentration Levels of Students


AHFE Open Access