Rendition

Rendition may refer to:

  • Rendition (law), a legal term meaning "handing over"
  • Extraordinary rendition, the apprehension and extrajudicial transfer of a person from one nation to another
  • "Rendition" (Torchwood), an episode of Torchwood
  • Rendition (text adventure game), a 2007 political art experiment in text adventure form
  • Rendition (film), a 2007 film directed by Gavin Hood, starring Jake Gyllenhaal and Reese Witherspoon
  • Extraordinary Rendition (film), a 2007 film directed by Jim Threapleton, starring Omar Berdouni and Andy Serkis
  • Rendition (company), a maker of 2D and 3D graphics chipsets for PCs
  • Holomatix Rendition, a raytracing renderer
  • Renditions, a Chinese-English translation magazine
  • See also

  • Render (disambiguation)
  • Rendition (Torchwood)

    "Rendition" is the second episode of the fourth series of British science fiction television series Torchwood, and was broadcast in the United States on Starz on 15 July 2011, in Canada on Space on 16 July 2011, and in the United Kingdom on BBC One on 21 July 2011.

    Synopsis

    As Rex brings the Torchwood team to America, problems arise on the plane. CIA operatives are plotting to remove them, and poison the only mortal man; Captain Jack Harkness. Gwen, Rex along with the help of a doctor create an antidote using only items found on a plane. Meanwhile, Oswald Danes is appearing on talk shows and is becoming a trend on many online social networks after breaking down on national television.

    Plot

    Rex has Jack and Gwen board a plane headed to Washington, D.C., with fellow CIA agent Lyn Peterfield escorting them. However, Gwen's husband Rhys and their daughter Anwen are forced to stay in the UK. Back in Washington, D.C., because no one can die due to the Miracle, Dr. Vera Juarez has her hospital staff focus on treating the least wounded first so they can get them out quickly and have enough beds to treat newer patients.

    Rendition (law)

    In law, rendition is a "surrender" or "handing over" of persons or property, particularly from one jurisdiction to another. For criminal suspects, extradition is the most common type of rendition. Rendition can also be seen as the act of handing over, after the request for extradition has taken place.

    Rendition can also mean the act of rendering, i.e. delivering, a judicial decision, or of explaining a series of events, as a defendant or witness. It can also mean the execution of a judicial order by the directed parties. But extraordinary rendition is distinct from both deportation and extradition, being inherently illegal.

    Rendition in the United States

    Interstate rendition

    Rendition between states is required by Article Four, Section Two of the United States Constitution; this section is often termed the rendition clause.

    Each state has a presumptive duty to render suspects on the request of another state, as under the full faith and credit clause. The Supreme Court has established certain exceptions; a state may allow its own legal proceedings against a suspect to take precedence, for example. It was established in Kentucky v. Dennison that interstate rendition and extradition were not a federal writ; that is, a state could not petition the federal courts to have another state honor its request for rendition, if the state receiving the request chose not to do so. If the State failed to request federal intervention, but relied on other argument for the rendition, the Hatfield/McCoy feud produced the case of Mahon v. Justice, holding there is "no comity between the states by which a person held upon an indictment for a criminal offense in one state can be turned over to the authorities of another state, although abducted from the latter." The Uniform Extradition Act may nullify this result in those States that have adopted it.

    Pulse (Front 242 album)

    Pulse is a studio album by Front 242, released in 2003. It was the group's first studio album in 10 years, since 1993's 05:22:09:12 Off.

    Track listing

    Notes


    Pulse (app)

    LinkedIn Pulse was an app for Android,iOS and HTML5 browsers, originally released in 2010. The app, in its original incarnation, was deprecated in 2015 and integrated into LinkedIn.

    History

    Pulse was originally released in May 2010 for the Apple iPad. The app was created by Ankit Gupta and Akshay Kothari (two Stanford University graduate students) as part of a course at the Institute of Design. The company they formed, Alphonso Labs, was one of the first to use Stanford's business incubator SSE Labs. Pulse received positive reviews for its easy to use interface.

    On 8 June 2010, the app was temporarily removed from the App Store hours after it was mentioned by Apple co-founder Steve Jobs at WWDC 2010, because The New York Times complained to Apple about the app pulling content from their feed, even though that feed was in use by other apps in the App Store. The app was approved once again and restored to the App Store later the same day after removing the The New York Times feed.

    Pulse (physics)

    In physics, a pulse is a single disturbance that moves through a medium from one point to the next point.

    Pulse Reflection

    Consider a pulse moving through a medium - perhaps through a rope or a slinky. When the pulse reaches the end of that medium, what happens to it depends on whether the medium is fixed in space or free to move at its end. For example, if the pulse is moving through a rope and the end of the rope is held firmly by a person, then it is said that the pulse is approaching a fixed end. On the other hand, if the end of the rope is fixed to a stick such that it is free to move up or down along the stick when the pulse reaches its end, then it is said that the pulse is approaching a free end.

    Free End

    A pulse will reflect off a free end and return with the same direction of displacement that it had before reflection. That is, a pulse with an upward displacement will reflect off the end and return with an upward displacement.

    This is illustrated by figures 1 and 2 that were obtained by the numerical integration of the wave equation.

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