2015 26th Irish Signals and Systems Conference (ISSC), 24 - 25 June 2015Electricity companies will only allow customers to inject power into the grid network if the customer’s system is in synch with both frequency and phase as the grid itself. This is normally achieved using a specialised machine sold by the energy provider. It may be possible to achieve this via low cost, low power nodes such as a Raspberry Pi, to synchronize frequency and phase as well as voltage and current. In order to synchronize to microsecond or nanosecond precision, the hardware being deployed must in itself be able to achieve said precision when coupled with software. In this paper we evaluate the level of nondeterministic execution times in two versions of a wide...
In a distributed system, a common time reference allows each component to associate the same timesta...
Microgrids represent one of the best candidates to redesign the architecture of the future distribut...
The loss of time synchronization across a Smart Grid due to local A/D and D/A conversion processes ...
Smart grid endpoints need to use two environments within a processing system (PS), one with a Linux-...
Smart grids play an important role in the modernization and optimization of the existing electrical ...
Time and timing is everything and everywhere from catching a train to synchronizing machines in a pr...
Hardware clocks are imperfect due to the variations in oscillators. The variations in oscillators ma...
This paper focuses on the Firm Real-Time requirements of Time-Critical Wide Area Measurement and Con...
Solutions for accurate and fine-grain monitoring are at the basis of the growth of future large-scal...
Advanced optimization of Smart Micro Grids (SMGs) requires precise electrical measurements in amplit...
The smart grid control applications necessitate real-time communication systems with time efficiency...
The smart grid control applications necessitate real-time communication systems with time efficiency...
International audienceClock drift in digital controllers is of great relevance in many applications....
Cyber-physical systems (CPS) are systems that are composed of physical and computational components....
With the advent of a new Precision Time Protocol specification, new opportunities abound for clock s...
In a distributed system, a common time reference allows each component to associate the same timesta...
Microgrids represent one of the best candidates to redesign the architecture of the future distribut...
The loss of time synchronization across a Smart Grid due to local A/D and D/A conversion processes ...
Smart grid endpoints need to use two environments within a processing system (PS), one with a Linux-...
Smart grids play an important role in the modernization and optimization of the existing electrical ...
Time and timing is everything and everywhere from catching a train to synchronizing machines in a pr...
Hardware clocks are imperfect due to the variations in oscillators. The variations in oscillators ma...
This paper focuses on the Firm Real-Time requirements of Time-Critical Wide Area Measurement and Con...
Solutions for accurate and fine-grain monitoring are at the basis of the growth of future large-scal...
Advanced optimization of Smart Micro Grids (SMGs) requires precise electrical measurements in amplit...
The smart grid control applications necessitate real-time communication systems with time efficiency...
The smart grid control applications necessitate real-time communication systems with time efficiency...
International audienceClock drift in digital controllers is of great relevance in many applications....
Cyber-physical systems (CPS) are systems that are composed of physical and computational components....
With the advent of a new Precision Time Protocol specification, new opportunities abound for clock s...
In a distributed system, a common time reference allows each component to associate the same timesta...
Microgrids represent one of the best candidates to redesign the architecture of the future distribut...
The loss of time synchronization across a Smart Grid due to local A/D and D/A conversion processes ...