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    Roadmap to 2015: Preparing Competent Pharmacists and Pharmacy Faculty for the Future. Combined Report of the 2005–06 Argus Commission and the Academic Affairs, Professional Affairs, and Research and Graduate Affairs Committees
    American Journal of Pharmaceutical Education (2006)
    Victoria F. RocheMilap C. NahataBarbara G. WellsRobert A. KerrJoLaine R. DraugalisLucinda L. MaineMarie A. AbateRobert W. BrueggemierRussell J. DiGateJames K. DrennenJane R. MortAngela D. RobertsSusan M. MeyerTeresa A. O’SullivanDavid M. AngaranCynthia P. Koh-KnoxCariann RicheyPatricia D. KrobothJames ApplebyArlene A. FlynnRonald L. AlkanaRobin H. BognerPatrick J. McNamaraVladimir P. TorchilinSvein ØieRobert A. BlouinHerbert S. WhiteKenneth W. Miller
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    Veterans Affairs
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    Topics:
    Innovations in Medical Education
    Pharmaceutical Practices and Patient Outcomes
    Health Sciences Research and Education
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    OCT Characteristics Among Subjects Implanted with the Argus II Retinal Prosthesis System; the Argus II OCT Study Group
    Catherine HoeppnerNatalia F. CallawayNinel Z. GregoriByron L. LamHossein Ameri
    Argus
    Retinal Prosthesis
    Visual prosthesis
    Citations (0)
    Implementation of Argus
    ACM SIGOPS Operating Systems Review (1987)
    Barbara LiskovDavid S. CurtisP. V. JohnsonR. Scheifer
    Argus is a programming language and system developed to support the construction and execution of distributed programs. This paper describes the implementation of Argus, with particular emphasis on the way we implement atomic actions, because this is where Argus differs most from other implemented systems. The paper also discusses the performance of Argus. The cost of actions is quite reasonable, indicating that action systems like Argus are practical.
    Argus
    Citations (138)
    An FPGA-based experimental evaluation of microprocessor core error detection with Argus-2
    Patrick J. EiblAlbert MeixnerDaniel J. Sorin
    Recently, several researchers have proposed schemes for low-cost, low-power error detection in the processor core. In this work, we demonstrate that one particular scheme, an enhanced implementation of the Argus framework called Argus-2, is a viable option for industry adoption. Using an FPGA prototype, we experimentally evaluate Argus-2's ability to detect errors due to (a) all possible single stuck-at faults in a given core and (b) a statistically significant number of double stuck-at faults, including pairs of faults that are randomly located and pairs that are spatially correlated on the chip.
    Argus
    Microprocessor
    Multi-core processor
    Citations (1)
    We've Been Here Before: Meeting the Needs of Student-Veterans
    Mark BaumanDenise L. Davidson
    CSPA-NYS Journal of Student Affairs, Volume 12, Issue 2, 2012 3 Article We’ve Been Here Before: Meeting the Needs of Student-Veterans Mark Bauman Assistant Professor, Student Affairs Track Coordinator Counseling and College Student Affairs Bloomsburg University of Pennsylvania mbauman@bloomu.edu Denise L. Davidson Assistant Professor (Adjunct) Counseling and College Student Affairs Bloomsburg University of Pennsylvania ddavidso@bloomu.edu
    Student affairs
    Veterans Affairs
    Citations (1)
    Aviation Electronics
    Aircraft Engineering and Aerospace Technology (1962)
    A new computer series in the Argus range has been announced by Ferranti Ltd . The computer, to be known as the Argus 100 series, has been designed principally for control and on‐line data processing; on‐line it is connected to working plant via input‐output equipment built to match each application from standard sub‐assemblies. Argus 100 occupies a position in the Ferranti range beside the existing Argus, which will be known in future as the Argus 200.
    Argus
    Position (finance)
    Line (geometry)
    Citations (1)
    Recent ARGUS results on heavy flavor decays
    Springer eBooks (1989)
    M. Danilov
    Argus
    B meson
    Citations (0)
    Implementation of Argus
    Barbara LiskovD. CurtisP. JohnsonR. Scheifer
    Argus is a programming language and system developed to support the construction and execution of distributed programs. This paper describes the implementation of Argus, with particular emphasis on the way we implement atomic actions, because this is where Argus differs most from other implemented systems. The paper also discusses the performance of Argus. The cost of actions is quite reasonable, indicating that action systems like Argus are practical.
    Argus
    Emphasis (telecommunications)
    Citations (79)
    The ARGUS vertex trigger
    Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (1996)
    N KochM. KolanderH. KolanoskiThomas SiegmundI. Bergter
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    Panulirus argus
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    ARGUS: SOFTWARE FOR STATISTICAL DISCLOSURE CONTROL OF MICRODATA 1
    Anco Hundepool
    In recent years Statistics Netherlands has developed a prototype version of a software package, ARGUS, to protect microdata files against statistical disclosure. In 1995 the present prototype version of ARGUS, namely version 1.1, has been released. In this paper both the rules, based on checking low-dimensional combinations of values of so-called identifying variables, and the techniques, global recoding and local suppression, applied by Statistics Netherlands to protect microdata sets are described. Subsequently, it is examined how ARGUS incorporates these ideas. Firstly, the data needed by ARGUS are described. Secondly, it is explained how disclosure control measures can be taken by means of ARGUS. Thirdly, the information generated by ARGUS to determine the global recodings is described. Based on this information the user of ARGUS can decide how the variables should be recoded.
    Argus
    Microdata (statistics)
    Citations (4)