370 research outputs found

    Letters of Samuel Forry, Surgeon U.S. Army, 1837-1838, Part I

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    These letters, written during Dr. Forry’s service in Florida, and relating to the Seminole War, are in the possession of John Wolcott Phelps, of Northfield, Massachusetts, a son of Gen. J. W. Phelps to whom they were written. Samuel Forry, born June 23, 1811, at Berlin, Pennsylvania, received his degree in medicine at the University of Pennsylvania and was appointed assistant surgeon, U. S. Army, in 1836, serving until 1840. He wrote: The Climate of the United States and its Endemic Influences, New York, 1842; Meteorology. New York, 1843; Statistical Report of the Sickness and Mortality in the Army of the United States 1819-1839, Washington, 1840; etc. He died November 8, 1844

    Nixon v. Fitzgerald: Recognition of Absolute Immunity From Personal Damage Liability for Presidential Acts

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    Although traditionally it has been recognized that the President is absolutely immune from personal damage liability for his official acts, there is no precedent for this rule in constitutional text or case law. However, in the case of Nixon v. Fitzgerald, the Supreme Court overruled lower federal courts in establishing a clear precedent for the President\u27s absolute immunity from personal liability for civil damages. The author examines this decision in light of traditional principles of official immunity and analyzes the Court\u27s holding from the standpoint of whether the President is indeed placed above the law

    Simulation of a Large Scale Data Reduction System

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    Over the next few years, one of the great challenges mankind will be facing is the design and management of increasingly complex systems. Simulation models of these systems will play a major role in meeting this challenge expeditiously and economically. As an example of the use of such techniques this paper describes briefly a Monte Carlo simulation of the Air Force Eastern Test Range data reduction computer system. This system included an IBM 7094/7044/1301 configuration called POD for Process on Demand. It was installed in mid-1964 replacing a 7094/1401 computer system. Additional components of the system included two remaining 1401 systems and a keypunch operation. The purpose was to analyze and predict the behavior of this system under a variety of conditions without interfering with its operation. Indeed, experiments and analyses of the real system were prohibitive at that time, yet, data on the probable response of the system to increasing demands were vitally needed. Thus, some of the conditions explored with the model included: (1) increase or decrease in workload (2) changes in timing schedule of workload input (3) changes in balance of kinds of workload (4) addition or deletion or substitution of hardware (5) software changes which will produce known changes in system parameters (6) internal priority system change
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