Architectural Framework for Active Networks

Flexible Scheduling of Active Distribution Networks for Market Participation with Considering DGs Availability

The availability of sufficient and economic online capacity to support the network while encountering disturbances and failures leading to supply and demand imbalance has a crucial role in today distribution networks with high share of Distributed Energy Resources (DERs), especially Renewable Energy Resources (RESs). This paper proposes a two-stage decision making framework for the Distribution...

Architectural Framework for Active

This memo deenes an architectural model for active networks. It deenes the assumptions and goals for the active network and describes the functionality of each node. The approach speciies a set of basic functions from which the end-to-end abstractions presented to the user are implemented.

Architectural Framework for Active Networks

The Potential of Just-in-Time Compilation in Active Networks based on Network Processors

Byte-code representations in active networks provide architectural neutrality and code compactness; however, the resulting execution speed is typically poor due to interpretation overhead. This paper shows that the performance of capsule-based active networks can benefit from compiling active network programs into native network processor instructions at traversed routers (just-in-time compilat...

ANMAC: An Architectural Framework for Network Management and Control using Active Networks

In this paper, we propose a new framework called Active Network Management and Control (ANMAC) for the management and control of high speed networks. The software architecture in ANMAC allows routers to execute dynamically loadable kernel plug-in modules which perform diagnostic functions for network management. ANMAC uses mobile probe packets to perform e cient resource reservation (using our ...