PTIDES is a programming model for distributed real-time embedded systems. PTIDES builds on Discrete-Event (DE) semantics and leverages a global notion of time throughout distributed platforms. Applications expressed in PTIDES models can be designed without any knowledge about the hardware platform upon which it is implemented, thus completely decoupling the design from the implementation. To br...

Focusing on multi-machine distributed computing security problems in cloud computing, the paper has proposed a grid distributed parallel authentication model based on trusted computing, which can realize simultaneous verification of grid authentication and grid behavior on upper layer of SSL and TLS protocols. Adaptive grid authentication method is established applying adaptive stream cipher fr...

Interneurones in the respiratory rhythm generator of the locust were identified by means of intracellular recording and staining techniques. A description is made of the properties and structures of nine intersegmental neurones which reset the respiratory rhythm when injected with current pulses. All but one of these neurones discharged in phase with expiration. The injection of constant depola...

Abstract A distributed autonomous economic control strategy is proposed to realize the operation of DC microgrid in islanded state. The first introduces incremental cost primary control, but due influence line impedance, it not possible precisely achieve consensus at each unit, and generates a steady-state error. To overcome this problem, secondary based on dynamic algorithm designed basis whic...

Distributed generator (DG) is widely used and applied due to the energy environment issues. photovoltaic generation a typical kind of DG. Its output power random fluctuant, which has great influence on safe, stable economic operation system. Thus it necessary identify generated by distributed generation. This paper proposes identification method based BP Neural Network. The sample data comes fr...

This paper presents a novel objective function for distribution system reconfiguration for reliability enhancement. When islanding operations of distributed generators is prohibited, faults in the feeder interrupt the operation of distributed generators. For this reason, we include the customer interruption cost as well as the distributed generator interruption cost in the objective function in...

Distributed virtual inertia (DVI) is a promising method in frequency support provision for power system transition toward ≈100% electronic–based generation. In this approach, the provided by discharging or charging dc capacitors adhered to grid–tied inverters distributed grid. However, dc–bus voltage drifts with time from its nominal conventional DVI technique. Herein, we suggest modified DVI–b...

Defining domain specific abstractions for generator systems leads to a quandary between choosing abstractions that exhibit powerful programming amplification through the combinatorial opportunities provided by composition, and choosing abstractions that can be easily transformed into high performance code. Most generation systems opt for high levels of abstraction to achieve programming amplifi...