مشروع البحث:
Self-Reconfigurable Bidirectional Channels in GALS NoC Routers

dc.contributor.advisorجامعة يورك
dc.date.accessioned2024-12-10T09:50:14Z
dc.date.available2024-12-10T09:50:14Z
dc.descriptionThis thesis proposes an adaptive bandwidth allocation module (ABAM) for GALS NoCs that dynamically changes the bandwidth of channels by providing bandwidth adaptivity over bidirectional channels in multi-synchronous routers. The ABAM exploits temporal variations in bandwidth requirements by monitoring the state of the input and output buffers. The novel approach developed in this thesis is based on decreasing the frequency of the channels, resulting in a reduction of power consumption and temperature; this leads to a simplification of physical constraints and an increase in reliability due to reduced electromigration and crosstalk.
dc.description.abstractThis thesis proposes an adaptive bandwidth allocation module (ABAM) for GALS NoCs that dynamically changes the bandwidth of channels by providing bandwidth adaptivity over bidirectional channels in multi-synchronous routers. The ABAM exploits temporal variations in bandwidth requirements by monitoring the state of the input and output buffers. The novel approach developed in this thesis is based on decreasing the frequency of the channels, resulting in a reduction of power consumption and temperature; this leads to a simplification of physical constraints and an increase in reliability due to reduced electromigration and crosstalk.
dc.identifier198
dc.identifier.urihttps://dspace.academy.edu.ly/handle/123456789/752
dc.subjectSelf-Reconfigurable Bidirectional Channels in GALS NoC Routers
dc.titleSelf-Reconfigurable Bidirectional Channels in GALS NoC Routers
dspace.entity.typeProject
project.endDate2022
project.funder.nameالفيزياء
project.investigatorأسامة الجدي
project.startDate2021
relation.isOrgUnitOfProject98b1acb9-7c7d-46f0-910e-2228d8f7417b
relation.isOrgUnitOfProject.latestForDiscovery98b1acb9-7c7d-46f0-910e-2228d8f7417b
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