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Shalom
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Sharing Shalom
"A Stimulus book." Includes bibliographical references (p. 113-115).
Shalom
The biblical challenge of shalom is one which ought to draw all Christians together in a common struggle so that God's will might be done and God's kingdom might come on earth as it is in heaven. People, as well as structures, need to be transformed. People who are caught in oppressive structures need to be liberated from the values and perspectives inculcated by these structures. The shalom maker, as a result, is involved in a mission of conversion--converting people to a new understanding and way of life. This conversion, based on God's love for them in Jesus, frees them from old patterns of thought. If we struggle for shalom, we shall suffer because we are actively confronting and resisting the structures of oppression and working for the liberation of powerless and oppressed people. Shalom love is not love at a distance, not love in the abstract, not love in the rocking chair--it is the love of confrontation, of strike, of protest, and of disobedience to the structures of violence. Shalom love is suffering love because it is militant love struggling for human liberation, justice, and shalom, which is God's will for our world.
Rodeph Shalom
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Multi-Composed Programming with Applications to Facility Location
Oleg Wilfer presents a new conjugate duality concept for geometric and cone constrained optimization problems whose objective functions are a composition of finitely many functions. As an application, the author derives results for single minmax location problems formulated by means of extended perturbed minimal time functions as well as for multi-facility minmax location problems defined by gauges. In addition, he provides formulae of projections onto the epigraphs of gauges to solve these kinds of location problems numerically by using parallel splitting algorithms. Numerical comparisons of recent methods show the excellent performance of the proposed solving technique. About the Author: Dr. Oleg Wilfer received his PhD at the Faculty of Mathematics of Chemnitz University of Technology, Germany. He is currently working as a development engineer in the automotive industry.
Shalom
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