Abstract
This chapter develops a distributed algorithmic framework for executing critical transmission-level operations of power systems using Synchrophasor data. As the number of phasor measurement units continues to increase exponentially, it is rather intuitive that the current state-of-the-art centralized communication and information processing architecture of wide-area measurement system will no longer be sustainable under such data-explosion, and a completely distributed cyber-physical architecture will need to be developed. Very little attention has yet been paid to the most critical consequence of this envisioned distributed architecture - namely, distributed algorithms. Our primary task in this chapter is to describe how one can develop distributed optimization methods for solving real-time wide-area monitoring problems with investigation of their convergence, robustness, and implementation issues.
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