… fabrics: data fabric and control-fabric. … system throughput can be up to 10Gbps when pacNet
length is no shorter than 256B and platform doesn’t use I/O optimization tools; while system …

… Packets are processed by using information from forwarding tables populated by the control
plane to essentially figure out how to get the packet to its destination by forwarding it to the …

… The presented concept of Data Fabric technology can look like a system for collecting data …
the automatic collection and processing of information packets and flows, the joint efforts of all …

… The NoC unifies communication between the processor system, FPGA fabric, memory …
packet control, address information and route information to indicate where the packet is …

… Besides, variable length packet and fixed length cells are … is the soul of switch system, but
the switching fabric is the physical … CrossYbar control module mainly implements the turning on …

… propose S-Fabric, a novel data center network design, which provides a sliced control plane
and a … An edge switch is responsible for exchanging packets between SFabric enabled data …

… By accommodating both flows, our system meets different user … It offers software control over
data plane processing within … the packets from the ingress node, we capture the packets at …

… fabrics. Given a target security property to be validated, SeVNoC entails extraction of the
control-… of a message packet to an output port; router functionality entails transferring an input …

… The trust is decentralised with no single authority having full control over the functioning
of the system [33]. However for political or business organizations, transparency is of utmost …

… In this paper, an attribute-based access control scheme for IoT (AAC-IoT) using Hyperledger
Fabric (HLF) blockchain is proposed to address the security challenges. In the AAC-IoT …