Rajesh Rajaraman

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algorithms time complexity ROM space special condition modulo adder size PI wg 4 > n2 no n*M PI wg 4 2 yes 2 " PI O(n) &n " , no M New algorithm 000~ nl O(n) no <M 1001 in the figure are the same. Each cell in the tree performs the findno algorithm. In the diagram, the RNS representation is used as input to the first level of cells in pair, i.e. is the(More)
R&D Initiative under NSF Award numbers 9815325 and 9815678. We gratefully acknowledge this support from the National Science Foundation. We also thank the Power Systems Engineering Research Center for its support in making this report available. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the authors(More)
This is a project report from the Power Systems Engineering Research Center (PSERC). PSERC is a multi-university Center conducting research on challenges facing a restructuring electric power industry and educating the next generation of power engineers. More information about PSERC can be found at the Center's website: Notice Concerning Copyright Material(More)
This paper discusses the merits of an analytical method for determining the location and amount of series compensation to increase the steady state power transfer capability in the power system based primarily on cascading line overload considerations. Steady state transmission limits define the boundaries of a power system operating point. This paper(More)
for their helpful suggestions. The authors also thank Victor Niemeyer and Charlie Clark of the Electric Power Research Institute's PM&RM group for their support and encouragement over the past several years, and for their ongoing commitment to the implementation of these ideas into a set of computational tools on behalf of EPRI. The report does not(More)
Switching circuits with thyristor controlled reactors are used in high power systems for static VAR control and flexible AC transmission. These circuits can exhibit highly nonlinear behavior because the thyristor switch off time depends on the circuit state. This paper shows how to understand and predict damping and resonance in a basic thyristor controlled(More)