208,149 research outputs found

    Esbon C. Lambert Diary and Letters, MSS.3924

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    Abstract: Diary and letters from Lambert, a United States Navy landsman aboard the USS Itasca from 1863-1864, during the Battle of Mobile Bay.Scope and Content Note: This collection includes a diary from 1863-1864, two letters, one cargo list, and four envelopes. The diary details Lambert's time on the USS Itasca, where he served as a U.S. Navy landsman. His diary accounts for the entire year he served on the Itasca leading up to the day of the Battle of Mobile Bay and starting again several weeks later. The first letter is from Lambert to Joseph Garton, who was the father of Lambert's future wife, Emma Garton. Garton was serving on the USS Kennebec. The second is from Joseph Garton to a Lizzie Garton in Bridgewater, New Jersey.Biographical/Historical Note: Esbon C. Lambert, a United States Navy landsman, served on the USS Itasca during the Civil War. He was born in 1843 to William C. Lambert and Margaret Boone Sutton. Originally from Salem County, New Jersey, Lambert served on the Union gunboat Itasca from 1863 to 1864 during the Battle of Mobile Bay. Lambert married Emma Jane Garton on February 15, 1867

    David Lambert to Dan C. Tate, 1 August 1977

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    Copy typed letter dated 1 August 1977 from David Lambert, Eastland\u27s Press Secretary, to Dan C. Tate, Special Assistant for Congressional Liaison, re: photographs of Eastland and Carter at Leadership Breakfast on 12 July 1977. Attached: copy typed letter dated 1 August 1977 from Lambert to Tom Hederman, Editor of the Jackson Clarion-Ledger, re: above topic. Attached: copies of photograph with text; 2 pages.https://egrove.olemiss.edu/joecorr_h/1055/thumbnail.jp

    Nauvoo Temple capstone [01]

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    Black and white photograph of the capstone of the Nauvoo Temple, taken by A. C. Lambert. Date unknown but probably from the 1930s through 1950s

    Shipping, mariners and ports in fourteenth-century England

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    The Shipping database was compiled during the 18-month term (April 2011-October 2012) of an ESRC-funded project based at the University of Hull: Shipping, mariners and port communities in fourteenth-century England (RES-000-22-4127). The Principal Investigator on the project was Dr Andrew Ayton, and the Research Associate, Dr Craig Lambert. The Project: this project aimed to bring greater clarity and precision to our understanding of the size, distribution and nature of the English merchant fleet during the fourteenth century</span

    High-Level Petri Nets as Type Theories in the Join Calculus

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    We study the expressiveness of the join calculus by comparison with (generalised, coloured) Petri nets and using tools from type theory. More precisely, we consider four classes of nets of increasing expressiveness, PNiPN_i, introduce a hierarchy of type systems of decreasing strictness, TypeiType_i, i=0,,3i=0,\ldots,3, and we prove that a join process is typeable according to TypeiType_i if and only if it is (strictly equivalent to) a net of class PNiPN_i. In the details, PN0PN_0 and PN1PN_1 contain, resp., usual place/transition and coloured Petri nets, while PN2PN_2 and PN3PN_3 propose two natural notions of high-level net accounting for dynamic reconfiguration and process creation and called reconfigurable and dynamic Petri nets, respectively

    What's in a name? Mapping the translation industry

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    In this chapter, we set ourselves the not-insignificant task of outlining and defining the translation industry. We first map the emergence of a new disciplinary sub-field that we call Translation Industry Studies and interrogate the nomenclature that is used to describe it, drawing on a bibliometric analysis of terms used in published abstracts over the last forty years. We then turn our attention to the meanings and identities associated with different names and explore our proposed definition of the translation industry in more depth, problematising and (hopefully) clarifying some of the conceptual fuzziness that surrounds key concepts such as ‘profession’ and ‘industry’. We go on to consider a range of pressing current ‘talking points’ in relation to the changing industry landscape, including of course the ever-growing influence of technologies such as generative AI. We close the chapter in a more traditional vein, with a brief overview of the structure and content of the Handbook as a whole

    An Implementation of Handshake Join on FPGA

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    This paper shows an implementation of handshake join on field-programmable gate array (FPGA). Handshake join is one of stream join algorithms, proposed by Teubner and Mueller. It can support very high degrees of parallelism and attain unprecedented success in throughput speed in order to achieve efficient support for window-based join in streaming databases. In handshake join, it is necessary to take into account the problems with regard to the capacity of the output channel and the limitation of the internal buffer sizes, in order to apply join operation to input tuples efficiently in a correct manner. However, the implementation has not necessarily clarified in detail yet in their paper. In this paper, to solve the issues, we propose the merging network and the admission controller. Then we evaluate the architecture in terms of the hardware resource usage, the maximum clock frequency, and the operation performance.conference pape
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