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"Uncommon Dominion tells the story of Venetian Crete, the home of two recognizably distinct ethnic communities, the Latins and the Greeks. The Greeks were subordinate to the Latins economically, politically, and juridically, yet within a century of Venetian colonization, the ethnic differences between Latin and Greek creations in daily material life were significantly blurred." "Members of the groups intermarried, many of them learned each other's language, and some even chose to worship by the rites of the other's church. Holding up ample evidence of acculturation and miscegenation by the colony's inhabitants, McKee uncovers the colonial forces that promoted the persistence of ethnic labeling despite the lack of any clear demarcation between the two predominant communities. As McKee argues, the concept of ethnic identity was largely determined by gender, religion, and social status, especially by the Latin and Greek elite in their complex and frequently antagonistic social relationships." "Drawing expertly from notarial and court records, as well as legislative and literary sources, Uncommon Dominion offers a unique study of ethnicity in the medieval and early modern periods. Students and scholars in medieval, colonial, and postcolonial studies will find much of use in studying this remarkable colonial experiment."--BOOK JACKET

An important aspect of High-Performance Computing (HPC) system design is the choice of main memory capacity. This choice becomes increasingly important now that 3D-stacked memories are entering the market. Compared with conventional Dual In-line Memory Modules (DIMMs), 3D memory chiplets provide better performance and energy efficiency but lower memory capacities. Therefore, the adoption of 3D-stacked memories in the HPC domain depends on whether we can find use cases that require much less memory than is available now. This study analyzes the memory capacity requirements of important HPC benchmarks and applications. We find that the High-Performance Conjugate Gradients (HPCG) benchmark could be an important success story for 3D-stacked memories in HPC, but High-Performance Linpack (HPL) is likely to be constrained by 3D memory capacity. The study also emphasizes that the analysis of memory footprints of production HPC applications is complex and that it requires an understanding of application scalability and target category, i.e., whether the users target capability or capacity computing. The results show that most of the HPC applications under study have per-core memory footprints in the range of hundreds of megabytes, but we also detect applications and use cases that require gigabytes per core. Overall, the study identifies the HPC applications and use cases with memory footprints that could be provided by 3D-stacked memory chiplets, making a first step toward adoption of this novel technology in the HPC domain. ; This work was supported by the Collaboration Agreement between Samsung Electronics Co., Ltd. and BSC, Spanish Government through Severo Ochoa programme (SEV-2015-0493), by the Spanish Ministry of Science and Technology through TIN2015-65316-P project and by the Generalitat de Catalunya (contracts 2014-SGR-1051 and 2014-SGR-1272). This work has also received funding from the European Union's Horizon 2020 research and innovation programme under ExaNoDe project (grant agreement No 671578). Darko Zivanovic holds the Severo Ochoa grant (SVP-2014-068501) of the Ministry of Economy and Competitiveness of Spain. The authors thank Harald Servat from BSC and Vladimir Marjanovi´c from High Performance Computing Center Stuttgart for their technical support. ; Postprint (published version)

An important aspect of High-Performance Computing (HPC) system design is the choice of main memory capacity. This choice becomes increasingly important now that 3D-stacked memories are entering the market. Compared with conventional Dual In-line Memory Modules (DIMMs), 3D memory chiplets provide better performance and energy efficiency but lower memory capacities. Therefore, the adoption of 3D-stacked memories in the HPC domain depends on whether we can find use cases that require much less memory than is available now. This study analyzes the memory capacity requirements of important HPC benchmarks and applications. We find that the High-Performance Conjugate Gradients (HPCG) benchmark could be an important success story for 3D-stacked memories in HPC, but High-Performance Linpack (HPL) is likely to be constrained by 3D memory capacity. The study also emphasizes that the analysis of memory footprints of production HPC applications is complex and that it requires an understanding of application scalability and target category, i.e., whether the users target capability or capacity computing. The results show that most of the HPC applications under study have per-core memory footprints in the range of hundreds of megabytes, but we also detect applications and use cases that require gigabytes per core. Overall, the study identifies the HPC applications and use cases with memory footprints that could be provided by 3D-stacked memory chiplets, making a first step toward adoption of this novel technology in the HPC domain. ; This work was supported by the Collaboration Agreement between Samsung Electronics Co., Ltd. and BSC, Spanish Government through Severo Ochoa programme (SEV-2015-0493), by the Spanish Ministry of Science and Technology through TIN2015-65316-P project and by the Generalitat de Catalunya (contracts 2014-SGR-1051 and 2014-SGR-1272). This work has also received funding from the European Union's Horizon 2020 research and innovation programme under ExaNoDe project (grant agreement No 671578). Darko ...

Medievalists have long considered topics of cultural contact such as antagonism or exchange between western Europe and the Islamic world, the west's debts to Byzantium, European expansion during the Crusades, and Mediterranean trade. Medieval Cultures in Contact grows out of such traditional themes of European identity and its relations with others, but its essays pose new questions and view the topic from different perspectives.In recent generations, the study of non-European cultures for their effects on the west has changed to consideration of diverse medieval cultures as separate and worth studying on their own. The change is due in part to the influences of other disciplines, such as comparative literature, the social sciences, and subaltern studies. With the increased interest in such groups, cultures in contact is no longer necessarily European contact with one group or another, with Europeans the common ground in each encounter; it now extends to a much wider range of cultures and their interactions.The approach to cultures in contact running through many essays of this volume is that the meeting of cultures promotes historical change in the original societies and creates new societies at the point of contact. The medieval world was rich in the meeting of cultures that created new circumstances and results, some based on borders between cultures, others on internal reactions to contact. The essays in Medieval Cultures in Contact consider many diverse locales, periods, and protagonists in which or on whom the meeting of cultures was formative. The topics include the origin of western Christian culture in Bede's England, the contact of east and west in the Islamic and Asian worlds, the western perceptions of the east in German literature, and cross-cultural influences in several Mediterranean regions. The relations between the Christian majority and the culture of the Jewish minority in northwestern Europe, and the interaction between the occupational cultures of minstrels and clerics are related issues. The second section of the volume presents two models for teaching cultural contacts in the middle ages: one discusses the need to recognize such interactions as part of medieval history, and two linked essays show how literary diversity has been treated in practice