A High Radix Hierarchical Interconnection Network for Network-on-Chip

Ali, Mohammed N. M.; Rahman, M.M. Hafizur; Nor, Rizal Mohd; Sembok, Tengku Mohd Tengku

doi:10.1007/978-3-319-40415-8_24

Cited by 7 publications

(7 citation statements)

References 10 publications

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“…The node degree of SCCN is the maximum number of the physical links which is originating from the node (Rahman et al, 2011;Ali et al, 2016a). The BM of SCCN contains six nodes and each node is connected completely to the other nodes.…”

Section: Node Degree Of Sccnmentioning

confidence: 99%

“…The maximum number of hops the packet needs to traverse to move from the source to the destination node by choosing the shortest path between any two nodes known as the network diameter (Rahman et al, 2011;Ali et al, 2016a). The network diameter is an important measure for the network performance; the short diameter indicates a good network performance.…”

Section: Network Diameter Of Sccnmentioning

confidence: 99%

“…SCCN poses a simple connectivity between the processing elements (PEs) represented in a complete connection between the nodes in the BM of this network leading to a short network diameter. In addition, the various links from one node to the other nodes making SCCN a fault tolerance network (Ali et al, 2009(Ali et al, , 2016a. Therefore, in the case of links failure, the connectivity of this network will continue with minor effect on the length of the network diameter.…”

Section: Introductionmentioning

confidence: 99%

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The connectivity and the static-cost-effective analysis of a shifted completely connected network

et al. 2019

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At the current time, finding an alternative computing device with extreme computation power is the main concern of the research community. Therefore, building a computer device able to execute extremely difficult calculations in a short period of time is required. Presently, the massively parallel computer (MPC) systems are considered the highest computing devices, and the existence of these systems is important to execute many operations in many sectors such as engineering and science. These devices are built based on an internal network called interconnection network has a

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Section: Node Degree Of Sccnmentioning

confidence: 99%

Section: Network Diameter Of Sccnmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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The connectivity and the static-cost-effective analysis of a shifted completely connected network

et al. 2019

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“…3D-SCCN is projected to outperform these networks. The 3D structure of SCCN was constructed using the 2D shifted connected network(2D-SCCN) that we previously introduced [19].…”

Section: Introductionmentioning

confidence: 99%

A High Static Performance Hierarchical Three-Dimensional Shifted Completely Connected Network

et al. 2022

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In recent years, there has been a significant shift toward the adoption of the ''Internet of Things (IoT)'' era, in which vast amounts of data are collected and processed, and Artificial intelligence (AI) is used to make critical choices. When acting in real-time, it is vital to use devices with a lot of computing power. MPC (Massively Parallel Computer) Two-dimensional (2D) design systems are the most powerful computers available. Unfortunately, they can't meet the need for the advanced computing operation required by many applications. As a result, it is critical to invest in developing high operational capacity systems that will meet the current computational power consumption demands. This paper developed the architecture of the two-dimensional Shifted Completely Connected Network (2D-SCCN) and proposed a three-dimensional (3D) network to achieve greater capacity and performance. The shortest path protocol on three-dimensional Shifted Completely Connected Network (3D-SCCN) was established, tested by computer simulator, and compared based on ''shortest diameter'', ''shortest average distance'', ''lowest cost'', ''moderate bisection width'', and ''high arc-connectivity'' among other characteristics. As a result, ''3D-SCCN'' was the most efficient method of transmitting a message between two nodes, increasing the system's real-time response capability.INDEX TERMS Shifted completely connected network (SCCN), network-on-chip (NOC), interconnection networks, hierarchical interconnection networks (HINs), static network performance, massively parallel computer (MPC) systems, two-dimensional shifted completely connected network (2D-SCCN), three-dimensional shifted completely connected network (3D-SCCN).

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“…The main goal of the evaluation is finding an optimal topology to design MPC systems. Thus, many topologies were proposed, but it is still infeasible to be implemented [6]. Expanding the interconnection network size by increasing the number of computing nodes is the most important factor to strengthen the computing power of the system which will make it able to overcome the increasing demand of the computational power.…”

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confidence: 99%

The Static Performance Effect of Hybrid- Hierarchical Interconnection by Shifted Completely Connected Network

et al. 2021

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Massively parallel computer (MPC) systems execute many operations based on internal networks called interconnection networks. The performance of these networks is affected by their topologies.There are many topologies of interconnection networks for MPC systems, unfortunately, they faced many drawbacks. Expanding the size of the network degrades the performance of these topologies. That is why this current paper presents a hybrid-hierarchical interconnection network (HIN) topology by Shifted Completely Connected Network (SCCN) to circumvent the drawbacks of the existing topologies. An experimental evaluation involving the design and development of a hierarchical network was carried out. A two-dimensional higher level networks has been produced and its static network performance parameters evaluated through simulators. The finding of the simulations has shown some good performances compared to many previous designed networks. SCCN is better than all conventional networks in terms of diameter, cost and average distance.

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A High Radix Hierarchical Interconnection Network for Network-on-Chip

Cited by 7 publications

References 10 publications

The connectivity and the static-cost-effective analysis of a shifted completely connected network

The connectivity and the static-cost-effective analysis of a shifted completely connected network

A High Static Performance Hierarchical Three-Dimensional Shifted Completely Connected Network

The Static Performance Effect of Hybrid- Hierarchical Interconnection by Shifted Completely Connected Network

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