1,102 research outputs found
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Petition of John M. Seely ::to the Honourable Legislature of Virginia.
1849 Petition of John M. Seely to the General Assembly, seeking relief and payment from the General Assembly for painting completed at the governor's house, bellhouse and capitol. The petition detailed the various attempts for payment from the governor, and the attempts by Seely to negotiate same. Attachments included the proposals, bills, and other correspondence to demonstrate Seely's position
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Advice of Council in relation to claim of John M. Seely.
January 20, 1849 Advice of Council of Virginia regarding the claim of John M. Seely, submitted to the House of Delegates on March 6th. the Council supported the governor's position that Seely's bill was overpriced and less was owed for the painting work completed on the Capitol, governor's house, and bellhouse
Bohne-Seely Farm House P.1
Bohne-Seely farm house in Mt. Pleasant area. Lisa Monig--Courtesy. "Bohne-Seely farm house named to State Register of Historic Sites"- The Bohne-Seely farmhouse two miles north of Mt. Pleasant on Highway 89 was one of four sites named to the State Register of Historic Sites at the last meeting of the Governor\u27s Historic and Cultural Sites Review Committee on July 26. The home was built in 1886 four years after Henry M. Bohne homesteaded the property. Christian Olsen and a Mr. Christopherson were the stone masons. The Sanpete oolite limestone used in the construction, reportedly came from the Manti Temple quarry. In the 1890\u27s Bohne abandoned the property and went to Canada. The property was deeded to William H. Seely in 1898 and remained in the Seely family until acquired by its present owner, Orson Lauritzen of L and M Enterprises, in 1967
Olin T. Seely
Olin T. Seely is president of the Young Men\u27s Christian Association (Y. M. C. A.). He is holding a flag stand which was presented at his induction into the office from retiring president Bob Waggener. The flag stand, which was a gift from the Guelph, Ontario Club, is displayed at all the meetings. Mr. Seely is standing against a wall, dressed in a three piece suit.https://mavmatrix.uta.edu/specialcollections_startelegram1940s/1265/thumbnail.jp
On a three-dimensional gait recognition system
The University of Southampton Multi-Biometric Tunnel is a high performance data-capture and recognition system; designed with airports and other busy public areas in mind. It is able to acquire a variety of non-contact biometrics in a non-intrusive manner, requiring minimal subject cooperation. The system uses twelve cameras to record gait and perform three-dimensional reconstruction; the use of volumetric data avoids the problems caused by viewpoint dependence - a serious problem for many gait analysis approaches. The early prototype by Middleton et al. was used as the basis for creating a new and improved system, designed for the collection of a new large dataset, containing gait, face and ear. Extensive modifications were made, including new software for managing the data collection experiment and processing the dataset. Rigorous procedures were implemented to protect the privacy of participants and ensure consistency between capture sessions. Collection of the new multi-biometric dataset spanned almost one year; resulting in over 200 subjects and 2000 samples.Experiments performed on the newly collected dataset resulted in excellent recognition performance, with all samples correctly classified and a 1.58% equal error rate; the matching of subjects against previous samples was also found to be reasonably accurate. The fusion of gait with a simple facial analysis technique found the addition of gait to be beneficial -- especially at a distance. Further experiments investigated the effect of static and dynamic features, camera misalignment, average silhouette resolution, camera layout, and the matching of outdoor video footage against data from the Biometric Tunnel. The results in this thesis prove significant due to the unprecedented size of the new dataset and the excellent recognition performance achieved; providing a significant body of evidence to support the argument that an individual's gait is unique.L. Middleton, D. K. Wagg, A. I. Bazin, J. N. Carter and M. S. Nixon. A smart environment for biometric capture. Automation Science and Engineering, Proceedings of IEEEInternational Conference on, 57-62, 2006
View Invariant Gait Recognition
Recognition by gait is of particular interest since it is the biometric that is available at the lowest resolution, or when other biometrics are (intentionally) obscured. Gait as a biometric has now shown increasing recognition capability. There are many approaches and these show that recognition can achieve excellent performance on large databases. The majority of these approaches are planar 2D, largely since the early large databases featured subjects walking in a plane normal to the camera view. To extend deployment capability, we need viewpoint invariant gait biometrics. We describe approaches where viewpoint invariance is achieved by 3D approaches or in 2D. In the first group the identification relies on parameters extracted from the 3D body deformation during walking. These methods use several video cameras and the 3D reconstruction is achieved after a camera calibration process. On the other hand, the 2D gait biometric approaches use a single camera, usually positioned perpendicular to the subject’s walking direction. Because in real surveillance scenarios a system that operates in an unconstrained environment is necessary, many of the recent gait analysis approaches are orientated towards viewinvariant gait recognition
Our Atlantic attempt
Our Atlantic AttemptPreface by General Seely -- Authors' note -- The Vimy success -- General introduction -- The 'Daily Mail' competitions -- Preparations in Newfoundland -- The failure -- Navigation -- The navigation of the aeroplane -- Astronomical observation -- Wireless -- Some notes on the run -- The single-engine aeroplane -- Dropping the under-carriage -- Help from ships -- Notes on the aeroplane -- Notes on the engin
sj-docx-1-caj-10.1177_08465371231210476 – Supplemental material for The Impact of Preoperative Breast MRI on Timing of Surgical Management in Newly Diagnosed Breast Cancer
Supplemental material, sj-docx-1-caj-10.1177_08465371231210476 for The Impact of Preoperative Breast MRI on Timing of Surgical Management in Newly Diagnosed Breast Cancer by Isabelle D. Gauthier, Jean M. Seely, Erin Cordeiro and Susan Peddle in Canadian Association of Radiologists Journal</p
Supplemental Material - Correlation Between Breast Arterial Calcifications and Higher Cardiovascular Risk: Awareness and Attitudes Amongst Canadian Radiologists Who Report Mammography
Supplementary Material for Correlation Between Breast Arterial Calcifications and Higher Cardiovascular Risk: Awareness and Attitudes Amongst Canadian Radiologists Who Report Mammography by Roisin M. Heaney, Kaitlin M. Zaki-Metias, Hayley McKee, Huijuan Wang, Barakat Ogunde, Charlotte J. Yong-Hing, Vivianne Freitas, Sandeep Ghai, Jean M. Seely, and Elsie T. Nguyen in Canadian Association of Radiologists Journal.</p
A world of difference: life, sex, ontology
This dissertation is an exploration of the co-imbrications of Being, life, and sex: of the sexuate dimensions of Being (or, perhaps better put: of living) and of the ontological (or, perhaps better put: vital) dimensions of sex. It asks: What is the relationship between Being and living? Does Being, or life, have (a) sex? What is the, often implicit, ontology of life and sex that prevails in feminist and queer theory and politics? And what questions and practices might another thinking of Being, life, and sex enable? Its goal is to outline a feminist and queer theory of sexuation as a mode of individuation and relation that moves beyond the ontology of the individual that dominates Euro-American philosophy (and therefore most feminist and queer theory): rather than taking the individual as a starting point and analyzing sexuality as a form of identity, subjectivity, or interaction between individuals, it thinks sexuation as a vital ontological process of individuation and relation at work at a number of “levels” from the physico-chemical to the ecological, technological, artistic, and political. Its central argument is that, as a mode of individuation, sexuation consists simultaneously of differentiation and relation and that this is a process given by Being, or life, “itself.” As such, it thinks Being, or life, as always already more-than-one. This theory of sexuation, then, is a theory of life’s Being, or becoming, that insists on sexual difference as an ineradicable and ontological force while also insisting on its open-endedness. We do not know what forms of sexuation life may bring, or what modes of life sexuation may bring, but the becomings of life and sex take place in and through one another. Understanding sexuation this way, it suggests, cuts across many ongoing debates in feminist, queer, and trans theory and highlights unexplored areas of transdisciplinary research and feminist inquiry. If there is no dimension of Being, or life, at which the isolated individual exists and if there is no dimension of Being, or life, at which sexuation is not at play, then there is no dimension that does not call for feminist and queer analysis.Ph.D.Includes bibliographical referencesby Stephen Doyle Seel
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