We introduce REVERSEPTP, a novel approach to clock synchro-nization in Software Defined Networks (SDN). REVERSEPTP is based on the Precision Time Protocol (PTP), but is conceptually reversed; in REVERSEPTP all nodes (switches) in the network distribute timing information to a single node, the controller, that tracks the state of all the clocks in the network. Hence, all compu-tations and bookkeeping are performed by the controller, whereas the ‘dumb ’ switches are only required to send it their current time periodically. In accordance with the SDN paradigm, the controller is the ‘brain’, making REVERSEPTP flexible and programmable from an SDN programmer’s perspective
In Industry 4.0, Cyber physical system (CPS) is suffered from queuing delay during the process of da...
In a distributed system, a common time reference allows each component to associate the same timesta...
In a distributed system, a common time reference allows each component to associate the same timesta...
Abstract—Accurate time can be a useful tool in Software Defined Networks (SDN), allowing to coordina...
Many of today's telecommunications systems rely on strict timing and synchronization requirements. T...
Many of today's telecommunications systems rely on strict timing and synchronization requirements. T...
Accurate time synchronization is important in industrial automation. Precision time protocol (PTP) i...
Accurate time synchronization is important in industrial automation. Precision time protocol (PTP) i...
Accurate and precise clock synchronization is one of the fundamental requirements for various applic...
Accurate and precise clock synchronization is one of the fundamental requirements for various applic...
The Precision Time Protocol (PTP) according to IEEE 1588 and its variants are increasingly being use...
Abstract—This paper examines synchronization of computer clocks connected via a data network and pro...
Time-Sensitive Networking (TSN) is a set of standards currently being defined by the IEEE 802.1 Time...
The utilization of time-synchronized operations (TSO) is gaining interest in the research community ...
In a distributed system, a common time reference allows each component to associate the same timesta...
In Industry 4.0, Cyber physical system (CPS) is suffered from queuing delay during the process of da...
In a distributed system, a common time reference allows each component to associate the same timesta...
In a distributed system, a common time reference allows each component to associate the same timesta...
Abstract—Accurate time can be a useful tool in Software Defined Networks (SDN), allowing to coordina...
Many of today's telecommunications systems rely on strict timing and synchronization requirements. T...
Many of today's telecommunications systems rely on strict timing and synchronization requirements. T...
Accurate time synchronization is important in industrial automation. Precision time protocol (PTP) i...
Accurate time synchronization is important in industrial automation. Precision time protocol (PTP) i...
Accurate and precise clock synchronization is one of the fundamental requirements for various applic...
Accurate and precise clock synchronization is one of the fundamental requirements for various applic...
The Precision Time Protocol (PTP) according to IEEE 1588 and its variants are increasingly being use...
Abstract—This paper examines synchronization of computer clocks connected via a data network and pro...
Time-Sensitive Networking (TSN) is a set of standards currently being defined by the IEEE 802.1 Time...
The utilization of time-synchronized operations (TSO) is gaining interest in the research community ...
In a distributed system, a common time reference allows each component to associate the same timesta...
In Industry 4.0, Cyber physical system (CPS) is suffered from queuing delay during the process of da...
In a distributed system, a common time reference allows each component to associate the same timesta...
In a distributed system, a common time reference allows each component to associate the same timesta...