The Experts below are selected from a list of 234 Experts worldwide ranked by ideXlab platform
David S Castle - One of the best experts on this subject based on the ideXlab platform.
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North and South Ward Schools, Abilene, Texas: Front & Rear Elevation
2020Co-Authors: David S CastleAbstract:Building Elevation plan for the North and South Ward School in Abilene, Texas. It includes rear and Front Elevation drawings.
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Stamford City Hall and Fire Station: Elevation
2020Co-Authors: David S CastleAbstract:Building plan for the city hall building and fire station in Stamford, Texas. It includes right side Elevation, Front Elevation, rear Elevation.
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Cisco Bank and Office Building, Cisco, Texas: Building Elevation Drawings
2020Co-Authors: David S CastleAbstract:Building Elevation drawings for a bank and office building for the Cisco Banking Company in Cisco, Texas. They include Front Elevation, cross section, and rear Elevation.
K M Yogesh - One of the best experts on this subject based on the ideXlab platform.
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ICACCI - Instance based human physical activity(hpa) recognition using shimmer2 wearable sensor data sets
2017 International Conference on Advances in Computing Communications and Informatics (ICACCI), 2017Co-Authors: Doreswamy, K M YogeshAbstract:Human physical activity (HPA) recognition is one of the a large amount emerging fields of research in pervasive summing. In wearable computing scenarios, human physical activities such as standing still, sitting and relaxing, lying down, walking, climbing stairs, waist bends forward, Front Elevation of arms, knee bending, cycling, jogging, running and jump Front and back can be implicit from sensor data provided by shimmer2 acceleration sensors. In such scenarios, most methods use a one or two dimensional features, nevertheless of which activity to be identified. This paper we can identified how to predict human physical activity using tri-accelerometer three dimensional data generated by shimmer2 wearable sensor device. We represent a efficient sensor data analysis of features computed from a realistic accelerometer sensor data set and different classifiers are studied on instances based data sets. This shows that the choice of time domain feature and the window dimension accomplished on which the computed features that transform the activity accuracy rates for different huamn physical activities.
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Instance based human physical activity(hpa) recognition using shimmer2 wearable sensor data sets
2017 International Conference on Advances in Computing Communications and Informatics (ICACCI), 2017Co-Authors: K M YogeshAbstract:Human physical activity (HPA) recognition is one of the a large amount emerging fields of research in pervasive summing. In wearable computing scenarios, human physical activities such as standing still, sitting and relaxing, lying down, walking, climbing stairs, waist bends forward, Front Elevation of arms, knee bending, cycling, jogging, running and jump Front and back can be implicit from sensor data provided by shimmer2 acceleration sensors. In such scenarios, most methods use a one or two dimensional features, nevertheless of which activity to be identified. This paper we can identified how to predict human physical activity using tri-accelerometer three dimensional data generated by shimmer2 wearable sensor device. We represent a efficient sensor data analysis of features computed from a realistic accelerometer sensor data set and different classifiers are studied on instances based data sets. This shows that the choice of time domain feature and the window dimension accomplished on which the computed features that transform the activity accuracy rates for different huamn physical activities.
Publieke Werke Dept. - One of the best experts on this subject based on the ideXlab platform.
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Polisiekaserne en stoule, Potchefstroom
2014Co-Authors: Departement Publieke Werken, Publieke Werke Dept.Abstract:Digitised version of National Archive file S.3/1532. "Vooraansicht" (Front Elevation), Police Barracks, Potchefstroom
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Paardenstal bij de Politiekazerne te Krugersdorp
2014Co-Authors: Departement Publieke Werken, Publieke Werke Dept.Abstract:Digitised version of National Archive file S.3/1121. "Plan, Zyaanzicht, Vooraanzicht, Doorsnede" (Front Elevation, Section), Police Barracks and stable, Krugersdorp
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Schetsplan [van de] Gouwernementsgebouw te Middelvlei
2014Co-Authors: Departement Publieke Werken, Publieke Werke Dept.Abstract:Digitised version of National Archive file S.3/818. Sketch plan of Government building, Middelvlei, "Vooraanzicht, Plan" (Front Elevation, Plan), signed by "S.W. Wierda, Hoofd van Publ.Werken"
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Schetsplan van zes Onderoffizierswoningen en bloc, [Artilleriekamp, Pretoria]
2014Co-Authors: Departement Publieke Werken, Publieke Werke Dept.Abstract:Digitised version of National Archive file S.3/987. Drawings of officers' residences. "Vooraanzicht, Plattegrond" (Front Elevation, Ground Floor Plan), Artillery Camp, Pretoria, signed by "S.W. Wierda, Hoofd van Publ.Werken"
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Landdrost- en Post- en Telegraafkantoor te Potchefstroom
2014Co-Authors: Departement Publieke Werken, Publieke Werke Dept.Abstract:Digitised version of National Archive file S.2/122. Drawings of the Magistrate's and Post and Telegraph Office, Potchefstroom, depicting the "Vooraanzicht, Doorsnede. Plan, Kapplan" (Front Elevation, Section, Plan, Truss Plan). Signed by "S.W. Wierda, Hoofd, Publieke Werken"
Raiford L. Stripling - One of the best experts on this subject based on the ideXlab platform.
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Huggins Memorial Library
2020Co-Authors: Raiford L. StriplingAbstract:Drawing from a set of 4 architectural drawings of The Hudgins (Huggins) Memorial Library Project (Goliad Public Library), showing the Front Elevation.
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The Ladies Club House
2011Co-Authors: Raiford L. StriplingAbstract:Architectural drawing of the Ladies Club House project, showing floor plan and Front Elevation.
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Tower at University of Texas
2011Co-Authors: Raiford L. StriplingAbstract:Drawing from a set of 5 sheets of architectural drawings, showing the Front Elevation the Tower at University of Texas in Austin.
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Nacogdoches Methodist Church
2011Co-Authors: Raiford L. StriplingAbstract:Architectural drawing of the preliminary plans for a sistrict aupls. residence & office for the Methodist Church project, showing the floor plan and Front Elevation.
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San Augustine Multi Complex Building Project
2011Co-Authors: Raiford L. StriplingAbstract:Drawing from a set of 2 sheets of architectural drawings of the San Augustine Multi-complex building project, showing floor plan, and west(Front) Elevation.
S.o.r. Moheimani - One of the best experts on this subject based on the ideXlab platform.
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Spatial system identification of a simply supported beam and a trapezoidal cantilever plate
Proceedings of the 41st IEEE Conference on Decision and Control 2002., 2002Co-Authors: A. Fleming, S.o.r. MoheimaniAbstract:Dynamic models of structural and acoustic systems are usually obtained by means of modal analysis or finite element modelling. To their detriment, both techniques rely on a comprehensive knowledge of the system's physical properties. Experimental data and a nonlinear optimization is often required to refine the model. For the purpose of control, system identification is often employed to estimate the dynamics from disturbance and command inputs to a set of outputs. Such discretization of a spatially distributed system places further unknown weightings on the control objective, in many cases, contradicting the original goal of optimal control. This paper introduces a frequency domain system identification technique aimed at obtaining spatially continuous models for a class of distributed parameter systems. The technique is demonstrated by identifying a simply supported beam and trapezoidal cantilever plate, both with bonded piezoelectric transducers. The plate's dimensions are based on the scaled Front Elevation of a McDonnell Douglas FA-18 vertical stabilizer.
