Engineering

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Engineering Studies
Science of Cycling: Timeline Science of Cycling: Timeline Timeline 1817 Baron von Drais invents the Draisine (also known as a Hobby Horse or Swift-Walker), an improved celerifere than can be steered with handlebars. 1839 Kirkpatrick MacMilan of Scotland adds cranks and treadmills to the rear axle of a two-wheeled vehicle, but gains only local notoriety. 1858 Pedals are added to the front wheel of a two-wheeled machine, creating a bone-jarring machine challed the velocipede or "boneshaker."1868 Velocipedes are manufactured in the United States and velocipede riding becomes a popular fad. 1869 Solid rubber tires replace iron velocipede tires and the term "bicycle" is first used. 1872 The Ariel, the first high-wheel Ordinary, is manufactured in Britian.
Online Multiple Choice - Online Multiple Choice This is a trial application. It is for your personal interest and should not be used for any actual testing purposes. Care has been taken to ensure that the questions and answers are correct and fully edited, but small errors of layout, display and typography may still appear in different browsers and on different systems as development continues. You should also note that syllabuses may change over time. Consequently, some questions from previous tests or examinations may not be relevant for the current year. Also, there may be content examined in the current year that has not been examined in previous years. Online Multiple Choice - Online Multiple Choice
Robotics Studio: Runtime Architectural Overview
Microsoft Robotics Video Tutorials ~ EDA Blog Microsoft Robotics Video Tutorials ~ EDA Blog If you are into robots, check out the Microsoft’s online video tutorials posted on their Robotics site: Architecture Overview This session will go into depth on the underlying Microsoft Robotics Studio services-oriented runtime. Learn how the concurrency library makes asynchronous application development simple, and how the services and message-based architecture make it easy to access the state of a robot’s sensors and actuators with a Web browser. Simulation Learn about the Microsoft Robotics Studio Simulation environment, a 3-D tool that simulates robotics applications in physics-based virtual environments, using the licensed PhysX(TM) engine from AGEIA(TM) Technologies Inc.
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