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Sherrill's Photography Studio - One of the best experts on this subject based on the ideXlab platform.
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Group of people holding Good Housekeeping Award banner
Hunter Library Digital Collections Western Carolina University Cullowhee NC 28723;, 2020Co-Authors: Sherrill's Photography StudioAbstract:This photograph of a group of people holding Good Housekeeping Award banner is part of the Sherrill Studio Collection. George Dexter Sherrill (1879–1931) opened the first photography studio in Haywood County on Depot Street in downtown Waynesville in 1902. In 1906 his studio became the first Eastman Kodak franchise west of Asheville and the third in North Carolina. Sherrill’s photography roots began in Jackson County where he learned the art from his brother-in-law, A. L. Ensley. Beulah Eloise Ashe Ensley (1899-1991) apprenticed with Sherrill in 1917 and worked in the studio with her husband, Sherrill’s nephew, Ralph Ensley (1894-1975) until Ralph’s death. The Ensley’s demolished the original studio in 1943, dug the site to street level, and built an International style building
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Neighborhood in snow
Hunter Library Digital Collections Western Carolina University Cullowhee NC 28723;, 2020Co-Authors: Sherrill's Photography StudioAbstract:This photograph showing a neighborhood in the snow is part of the Sherrill Studio Collection. George Dexter Sherrill (1879–1931) opened the first photography studio in Haywood County on Depot Street in downtown Waynesville in 1902. In 1906 his studio became the first Eastman Kodak franchise west of Asheville and the third in North Carolina. Sherrill’s photography roots began in Jackson County where he learned the art from his brother-in-law, A. L. Ensley. Beulah Eloise Ashe Ensley (1899-1991) apprenticed with Sherrill in 1917 and worked in the studio with her husband, Sherrill’s nephew, Ralph Ensley (1894-1975) until Ralph’s death. The Ensley’s demolished the original studio in 1943, dug the site to street level, and built an International style building
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Dam
Hunter Library Digital Collections Western Carolina University Cullowhee NC 28723;, 2020Co-Authors: Sherrill's Photography StudioAbstract:This 1951 photograph showing a lake and dam with mountains in the background is part of the Sherrill Studio Collection. George Dexter Sherrill (1879–1931) opened the first photography studio in Haywood County on Depot Street in downtown Waynesville in 1902. In 1906 his studio became the first Eastman Kodak franchise west of Asheville and the third in North Carolina. Sherrill’s photography roots began in Jackson County where he learned the art from his brother-in-law, A. L. Ensley. Beulah Eloise Ashe Ensley (1899-1991) apprenticed with Sherrill in 1917 and worked in the studio with her husband, Sherrill’s nephew, Ralph Ensley (1894-1975) until Ralph’s death. The Ensley’s demolished the original studio in 1943, dug the site to street level, and built an International style building
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Bridal Veil Falls
Hunter Library Digital Collections Western Carolina University Cullowhee NC 28723;, 2020Co-Authors: Sherrill's Photography StudioAbstract:This photograph showing a car driving under Bridal Veil Falls with ice and snow is part of the Sherrill Studio Collection. George Dexter Sherrill (1879–1931) opened the first photography studio in Haywood County on Depot Street in downtown Waynesville in 1902. In 1906 his studio became the first Eastman Kodak franchise west of Asheville and the third in North Carolina. Sherrill’s photography roots began in Jackson County where he learned the art from his brother-in-law, A. L. Ensley. Beulah Eloise Ashe Ensley (1899-1991) apprenticed with Sherrill in 1917 and worked in the studio with her husband, Sherrill’s nephew, Ralph Ensley (1894-1975) until Ralph’s death. The Ensley’s demolished the original studio in 1943, dug the site to street level, and built an International style building
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Family group portrait
Hunter Library Digital Collections Western Carolina University Cullowhee NC 28723;, 2020Co-Authors: Sherrill's Photography StudioAbstract:This family group portrait taken outside of Mrs. Herman's house in Thomas Park is part of the Sherrill Studio Collection. George Dexter Sherrill (1879–1931) opened the first photography studio in Haywood County on Depot Street in downtown Waynesville in 1902. In 1906 his studio became the first Eastman Kodak franchise west of Asheville and the third in North Carolina. Sherrill’s photography roots began in Jackson County where he learned the art from his brother-in-law, A. L. Ensley. Beulah Eloise Ashe Ensley (1899-1991) apprenticed with Sherrill in 1917 and worked in the studio with her husband, Sherrill’s nephew, Ralph Ensley (1894-1975) until Ralph’s death. The Ensley’s demolished the original studio in 1943, dug the site to street level, and built an International style building
Michael Jacobs - One of the best experts on this subject based on the ideXlab platform.
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market power through imperfect information the staggering implications of Eastman Kodak co v image technical services and a modest proposal for limiting them
Social Science Research Network, 1993Co-Authors: Michael JacobsAbstract:In Eastman Kodak Co. v. Image Technical Services, the United States Supreme Court quietly revolutionized antitrust jurisprudence. Holding that "difficult and costly" information gaps in markets for "complex durable goods" can confer "market power" on sellers in those markets, regardless of their market share, the Supreme Court significantly altered the most critical definition in antitrust law. Because information gaps of the kind recognized in Kodak exist in almost every market, cannot be measured with any degree of accuracy, are often of indeterminate cause, and are virtually impossible to remedy, the new methodology announced by the Court in Kodak threatens to confuse and complicate antitrust practice and doctrine for many years to come.This Article will analyze the quiet revolution worked by the Kodak case. In particular, Part I will discuss the central and pervasive role that antitrust doctrine ascribes to market power analysis. Part II will examine briefly the phenomenon of imperfect information, describe some of its more common causes, and set forth some of the difficulties inherent in any judicial effort to remedy market failures on a case-by-case basis. Part III will review the role assigned by the Kodak Court to informational failures in the determination of market power and will explore the implications of this new role-and that of other forms of market failure-for antitrust theory and practice. Finally, Part IV will propose a solution for limiting the doctrinal and commercial harm that Kodak could cause, a solution made imperative by the need to constrain the far-reaching implications of Kodak discussed in Part III.
Maris G Martinsons - One of the best experts on this subject based on the ideXlab platform.
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outsourcing information systems a strategic partnership with risks
Long Range Planning, 1993Co-Authors: Maris G MartinsonsAbstract:Abstract As information processing and telecommunications technology increase in sophistication and complexity, organizations are finding it more difficult to manage their information systems (IS) for business success. Growing numbers are now sharing these responsibilities and risks with outsourcing vendors. American Standard, Eastman Kodak, General Dynamics, Metropolitan Life, and Young & Rubicam are prominent companies which have outsourced some or all of their IS activities. They are looking to gain competitive advantages by cutting costs and focusing internal resources on core activities. However, compromises in management control and data security, the potential of hidden costs, and the difficulty of reversing the process mean that long range planning and considerable analysis should precede a decision to outsource. Successful outsourcing implies forming a mutually-beneficial strategic partnership.
Jeanchristophe Roda - One of the best experts on this subject based on the ideXlab platform.
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united states the united states sixth circuit court of appeals confirms the injunction against a company for its potentially abusive tying practices collins inkjet Eastman Kodak
Concurrences Review, 2015Co-Authors: Jeanchristophe RodaAbstract:U.S. Court of Appeals, Sixth Circuit, N° 14 – 3306, 15 mars 2015, Collins Inkjet v. Eastman Kodak Peut-on, lorsque l'on est en position dominante sur le marche d'un produit de base, recompenser la…
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etats unis la cour d appel du sixieme circuit des etats unis confirme l injonction contre une entreprise pour ses pratiques de ventes liees potentiellement abusives collins inkjet Eastman Kodak
Revue Concurrences, 2015Co-Authors: Jeanchristophe RodaAbstract:U.S. Court of Appeals, Sixth Circuit, N° 14 – 3306, 15 mars 2015, Collins Inkjet v. Eastman Kodak Peut-on, lorsque l'on est en position dominante sur le marche d'un produit de base, recompenser la…
Mark M. Meyers - One of the best experts on this subject based on the ideXlab platform.
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Diffractive optics at Eastman Kodak Company
Diffractive and Holographic Optics Technology III, 1996Co-Authors: Mark M. MeyersAbstract:Diffractive optics allow for increased optical performance, decreased size and weight, and decreased systems costs in numerous applications. Many types of optics can be fabricated using diffractive surfaces which are not possible or not cost competitive, using standard refractive lenses. Diffractive optics technology has been developed at Kodak to the point where low cost, mass produced, plastic molded diffractive optics are available on a commercial basis for internal and external use. Rotationally symmetric, aspheric, refractive/diffractive hybrid lenses have been injection molded in 100,000 part test runs and the lenses demonstrated consistent quality throughout the test. In this paper we will discuss design, analysis and fabrication of diffractive optics for some typical applications. These applications include diffractive hybrid achromats for visual applications such as, fixed focus and zoom camera lenses, camera viewfinders, diffractively achromatized laser diode objectives, asymmetric anamorphic diffractive concentrating and spectral filtering lenses for a rangefinding and autofocus applications, the use of diffractive optics in high quality, grayscale laser writers for beam deflection and F(theta) lenses, the use of an array of diffractive elements as concentrating lenses that also separate the incident light into its component colors for CCD array applications. Examples of Kodak fabricated injection molded diffractive hybrid achromats will be analyzed for surface figure and optical performance. Diffractive laser beam deflectors and F(theta) lenses and their production as plastic molded parts will also be discussed. Finally, measurements of diffraction efficiency of molded diffractive optics fabricated at Kodak will be discussed.
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Design and fabrication of diffractive optics at Eastman Kodak Company
Proceedings of SPIE, 1995Co-Authors: Mark M. Meyers, Joseph Raymond BietryAbstract:Diffractive optics allow for increased optical performance, decreased size and weight, and decreased systems costs in numerous applications. Many types of optics can be fabricated using diffractive surfaces which are not possible, or not cost competitive, using standard refractive lenses. Diffractive optics technology has been developed at Kodak to the point where low cost, mass produced, plastic-molded diffractive optics are available on a commercial basis. Rotationally symmetric, aspheric, refractive/diffractive hybrid lenses have been injection molded in 100,000 part test runs and the lenses demonstrated consistent quality throughout the test. In this paper we will discuss design, analysis, and fabrication of diffractive optics for some typical applications. These applications include diffractive hybrid achromats for visual applications, such as fixed focus and zoom camera lenses, achromatized laser diode objectives, asymmetric anamorphic concentrating and spectral filtering lenses for rangefinding and autofocus applications, the use of diffractive optics in high quality, grayscale laser writers as beam deflectors and F(theta) lenses. Kodak's diamond turning capability for fabricating diffractive optics and our capacity for fabricating plastic injection mold tooling utilizing diamond turning is discussed. Finally, a discussion of our meteorology technology for examining diffractive surfaces will be discussed.