Thomas Huth

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Application-driven computers for lattice gauge theory simulations have often been based on system-on-chip designs, but the development costs can be prohibitive for academic project budgets. An alternative approach uses compute nodes based on a commercial processor tightly coupled to a custom-designed network processor. Preliminary analysis shows that this(More)
H. Baier1, H. Boettiger1, M. Drochner2, N. Eicker2,3, U. Fischer1, Z. Fodor3, A. Frommer3, C. Gomez4, G. Goldrian1, S. Heybrock5, D. Hierl5, M. Hüsken3, T. Huth1, B. Krill1, J. Lauritsen1, T. Lippert2,3, T. Maurer∗5, B. Mendl5, N. Meyer5, A. Nobile5, I. Ouda6, M. Pivanti7, D. Pleiter†8, M. Ries1, A. Schäfer5, H. Schick1, F. Schifano7, H. Simma8,9, S.(More)
 We introduce a dynamic and stochastic transportation problem consisting of two subproblems. For parcel transportation in hub-and-spoke networks, swap containers are used to carry out hub-to-hub shipments. This constitutes a pickup and delivery problem on the operational level. On the tactical level, empty swap containers are balanced over the hub-network(More)
H. Baier1, H. Boettiger1, M. Drochner2, N. Eicker2,3, U. Fischer1, Z. Fodor3, G. Goldrian1, S. Heybrock4, D. Hierl4, T. Huth1, B. Krill1, J. Lauritsen1, T. Lippert2,3, T. Maurer4, J. McFadden1, N. Meyer4, A. Nobile∗5,6, I. Ouda7, M. Pivanti4,6, D. Pleiter8, A. Schäfer4, H. Schick1, F. Schifano9, H. Simma10,8, S. Solbrig4, T. Streuer4, K.-H. Sulanke8, R.(More)
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