12 Matching Annotations
  1. Sep 2019
    1. He is now intending to collaborate with Bourne on a series of articles about the find. “Having these annotations might allow us to identify further books that have been annotated by Milton,” he said. “This is evidence of how digital technology and the opening up of libraries [could] transform our knowledge of this period.”
    2. “Not only does this hand look like Milton’s, but it behaves like Milton’s writing elsewhere does, doing exactly the things Milton does when he annotates books, and using exactly the same marks,” said Dr Will Poole at New College Oxford.

      The discussion of the information theoretic idea of "hand" is interesting here, particularly as it relates to the "hand" of annotation and how it was done in other settings by the same person.

  2. Apr 2019
    1. Digital sociology needs more big theory as well as testable theory.

      Here I might posit that Cesar Hidalgo's book Why Information Grows (MIT, 2015) has some interesting theses about links between people and companies which could be extrapolated up to "societies of linked companies". What could we predict about how those will interact based on the underlying pieces? Is it possible that we see other emergent complex behaviors?

  3. Mar 2019
    1. Engelbart insisted that effective intellectual augmentation was always realized within a system, and that any intervention intended to accelerate intellectual augmentation must be understood as an intervention in a system. And while at many points the 1962 report emphasizes the individual knowledge worker, there is also the idea of sharing the context of one’s work (an idea Vannevar Bush had also described in “As We May Think”), the foundation of Engelbart’s lifelong view that a crucial way to accelerate intellectual augmentation was to think together more comprehensively and effectively. One might even rewrite Engelbart’s words above to say, “We do not speak of isolated clever individuals with knowledge of particular domains. We refer to a way of life in an integrated society where poets, musicians, dreamers, and visionaries usefully co-exist with engineers, scientists, executives, and governmental leaders.” Make your own list.
    1. Found reference to this in a review of Henry Quastler's book Information Theory in Biology.

      A more serious thing, in the reviewer's opinion, is the compIete absence of contributions deaJing with information theory and the central nervous system, which may be the field par excellence for the use of such a theory. Although no explicit reference to information theory is made in the well-known paper of W. McCulloch and W. Pitts (1943), the connection is quite obvious. This is made explicit in the systematic elaboration of the McCulloch-Pitts' approach by J. von Neumann (1952). In his interesting book J. T. Culbertson (1950) discussed possible neuraI mechanisms for recognition of visual patterns, and particularly investigated the problems of how greatly a pattern may be deformed without ceasing to be recognizable. The connection between this problem and the problem of distortion in the theory of information is obvious. The work of Anatol Rapoport and his associates on random nets, and especially on their applications to rumor spread (see the series of papers which appeared in this Journal during the past four years), is also closely connected with problems of information theory.

      Electronic copy available at: http://www.cse.chalmers.se/~coquand/AUTOMATA/mcp.pdf

  4. Jan 2019
    1. By examining information as a product of people’s contingent choices, rather than as an impartial recording of unchanging truths, the critically information-literate student develops an outlook toward information characterized by a robust sense of agency and a heightened concern for justice.

      It seems like there's still a transfer problem here, though. There seems to be an assertion that criticality will be inherently cross-domain, but I'm not clear why that should be true. Why would the critical outlook not remain domain-specific. (To say "if it does, then it isn't critical", seems like a tautology.)

  5. Nov 2018
    1. I had begun to think of social movements’ abilities in terms of “capacities”—like the muscles one develops while exercising but could be used for other purposes like carrying groceries or walking long distances—and their repertoire of pro-test, like marches, rallies, and occupations as “signals” of those capacities.

      I find it interesting that she's using words from information theory like "capacities" and "signals" here. It reminds me of the thesis of Caesar Hidalgo's Why Information Grows and his ideas about links. While within the social milieu, links may be easier to break with new modes of communication, what most protesters won't grasp or have the time and patience for is the recreation of new links to create new institutions for rule. As seen in many war torn countries, this is the most difficult part. Similarly campaigning is easy, governing is much harder.

      As an example: The US government's breaking of the links of military and police forces in post-war Iraq made their recovery process far more difficult because all those links within the social hierarchy and political landscape proved harder to reconstruct.

    1. Understanding Individual Neuron Importance Using Information Theory

      前几天也发现了这个文,果断收藏下载了!

      在信息论下,讨论互信息和分类效率等在网络内部的影响~

    2. Understanding Convolutional Neural Network Training with Information Theory

      要认真读的文,从信息论观点去理解 CNN。

  6. Sep 2018
  7. Aug 2018
    1. Social scientist, on the other hand, have focused on what ties are more likely to bring in new information, which are primarily weak ties (Granovetter 1973), and on why weak ties bring new information (because they bridge structural holes (Burt 2001), (Burt 2005)).
  8. Apr 2016
    1. The notion that counting more shapes in the sky will reveal more details of the Big Bang is implied in a central principle of quantum physics known as “unitarity.” Unitarity dictates that the probabilities of all possible quantum states of the universe must add up to one, now and forever; thus, information, which is stored in quantum states, can never be lost — only scrambled. This means that all information about the birth of the cosmos remains encoded in its present state, and the more precisely cosmologists know the latter, the more they can learn about the former.