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"The stack" is a term used in science and technology studies, the philosophy of technology and media studies to describe the multiple interconnected layers that computation depends on at a planetary scale. The term was introduced by Benjamin H. Bratton in a 2014 essay [1] and expanded upon in his 2016 book The Stack: On Software and Sovereignty, [2] and has been adapted, critiqued and expande
See also: The stack (model of planetary computation) Benjamin Bratton developed the concept of Planetary Computation which refers both to the global scale of digital infrastructures and also how contemporary scientific and philosophical concepts of the Planetary emerge in relation to computational perception and modeling.
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This led to his famous quip that "philosophy of science is philosophy enough". [12] He led a "systematic attempt to understand science from within the resources of science itself" [ 13 ] and developed an influential naturalized epistemology that tried to provide "an improved scientific explanation of how we have developed elaborate scientific ...
A priori and a posteriori; A series and B series; Abductive reasoning; Ability; Absolute; Absolute time and space; Abstract and concrete; Adiaphora; Aesthetic emotions
John Haugeland (/ ˈ h ɔː ɡ l ə n d /; March 13, 1945 – June 23, 2010 [1]) was a professor of philosophy, specializing in the philosophy of mind, cognitive science, phenomenology, and Heidegger. He spent most of his career at the University of Pittsburgh, followed by the University of Chicago from 1999 until his death.
Martin studied at Oxford University where he won The Henry Wilde Prize in Philosophy in 1985 and earned his D.Phil. in 1992. [3] He joined the faculty at University College London in 1992, and was promoted to Professor of Philosophy there in 2002. [4] He became Wilde Professor of Mental Philosophy in 2018, succeeding Martin Davies, who retired.
Very long instruction word (VLIW) refers to instruction set architectures that are designed to exploit instruction-level parallelism (ILP). A VLIW processor allows programs to explicitly specify instructions to execute in parallel, whereas conventional central processing units (CPUs) mostly allow programs to specify instructions to execute in sequence only.