3,858 Matching Annotations
  1. Nov 2022
    1. works similar to Android Intents, and it's a good example of how Capyloon is putting the user's experience first and creating a permissionless interface

      a new way of doing Web Intents

    2. UCANs and WNFS and how they can enable decentralized identity encrypted at rest file storage
      • User Controlled Authentication
      • WebNative File system
      • decentt(ralized) identity
    3. only requires HTML, CSS, and JavaScript to work. This made apps much more portable and didn't require developers to specialize in one walled garden.

      not walled gardens

    4. Learn about Capyloon, a resurrected version of Firefox OS built on top of the decentralized web technologies like the IPFS protocol.

      ressurected firefox OS

    1. companies start with less centralized, federated solid data storage and sharing pods, and a single knowledge-graph enabled data model for all providers in the chain.

      = tweet : pipeline automation provides short term kludges long term intractable complications where each data source has it's quirks

      @SoLid

      federated solid pods

    2. Data analytics pipeline best practices: Data governance Data analytics pipelines bring a plethora of benefits, but ensuring successful data initiatives also means following best practices for data governance in analytics pipelines.

      data analytics pipelines

    3. Without a transformed data-centric architecture, companies could unwittingly add to the technical and data debt they already face

      data debt

      in addition to technical debt

    1. IPLD is the data model of the content-addressable web. It allows us to treat all hash-linked data structures as subsets of a unified information space, unifying all data models that link data with hashes as instances of IPLD.

      = for = Conceptipedia

      = what - is? = IPLD - data model - for the = content-addressable = web - treat = hash-linked data structures - as subsets if a - unified = information space - unifying - all = data models - that - link = data - with = hashes - as = instances - of - IPLD

    2. Through IPLD, links can be traversed across protocols, allowing you to explore data regardless of the underlying protocol

      = why = IPLD - links can be traversed across protocols - explore data regardless of the underlying protocols

    Annotators

    URL

    1. We do not put a subject code in each sense defi-nition (as [Guthrie et al., 1992] do).

      = conceptual move = no subject code - but human readable stemmed names

    2. stemmedsense definitions in LDOCE, represented as Prologdatabase structures such as

      = stemmed sense definitions in LDOCE prolog databse structures

    3. The conventions we use are: a) Each word to bedisambiguated is the functor of a predicate, contain-ing a list with stemmed sense definitions (in lists)

      = gloss = stemmed sense definitions named association lists

    1. Lexical disambiguation using Constraint Handling in Prolog (CHIP) George C. Demetriou 1993 Proceedings of the sixth conference on European chapter of the Association for Computational Linguistics -  

      original

    1. I would also like to express my appreciation to Dr Gyuri Lajos for the organisational support and advice on CHIP programming and Mr Clive Souter for his useful recommendations.  ... 

      favorable mention permalink

    1. IBM’s design of the single-level storage was originally conceived and pioneered by Frank Soltis in the late 1970s as a way to build a transitional implementation to computers with 100% solids state memory. The thinking at the time was that disk drives would become obsolete, and would be replaced entirely with some form of solid state memory.

      pioneered by = Frank Soltis

    1. Multics ("Multiplexed Information and Computing Service") is an influential early time-sharing operating system based on the concept of a single-level memory.[4][5]

      informtation and computing service

      single-level memory

    1. One of the interesting features of NLS was that its user interface was parametric and could be supplied by the end user in the form of a "grammar of interaction" given in their compiler-compiler TreeMeta. This was similar to William Newman's early "Reaction Handler" [Newman 66] work in specifying interfaces by having the end-user or developer construct through tablet and stylus an iconic regular expression grammar with action procedures at the states (NLS allowed embeddings via its context free rules)

      Tree-Meta

    1. Camerata literally means a small orchestra or choir. This Camerata was a diverse group of people who gathered and worked on a common problem: they were bored with polyphony, the esteemed music of their day.

      = camerata - diverse group of people - musicians, artists, astrologers, philosophers scientists - met informally - people with diverse skills and expertise working together - gathered and worked on common problems Description

    1. Twitter’s collapse into an unusable wreck is some time off, the engineer says, but the telltale signs of process rot are already there. It starts with the small things: “Bugs in whatever part of whatever client they’re using; whatever service in the back end they’re trying to use. They’ll be small annoyances to start, but as the back-end fixes are being delayed, things will accumulate until people will eventually just give up.”

      into and unusable wreck.

    1. The main require-ment was a programming system for manipulating ex-pressions representing formalized declarative and irnpera-live sentences so that the Advice Taker system could makedeductions.

      =- requirement = a programming system for - manipulating expressions - represent formalized - declarative & imperative sentences - = Advice Taker - make = deductions

    1. Computingmachines will do the routinizable work that must be done toprepare the way for insights and decisions in technical andscientific thinking

      = computing machinery - will do - routinizable work - prepare the way for insights & - decisions - technica; - scientific thinking

    2. enable men and computers to cooperate in making decisionsand controlling complex situations without inflexible dependenceon predetermined programs.

      = enable man and computers to - cooperate in making decisions & - controlling complex situations - without = inflexible dependence on predetermined programs

    3. to let computers facilitate formulative thinking asthey now facilitate the solution of formulated problems,

      = let = computers - facilitate - = formulative thinking - as they now facilitate - solutions to = formulated problems

    1. That ideas should freely spread from one toanother over the globe, for the moral and mutual instruction of man, andimprovement of his condition, seems to have been peculiarly and benevolentlydesigned by nature, when she made them,

      The downfall of computing was when they invented, enfored copy right on system created in the open.

      As long there is a licence we all loose!

      Then you can privatize 20 years of development in the commons called Linux

      If you can beat them run it inside a proprietary operating system. Better still, rely on emulators for old windows so you no longer need to worry about backward compatibiity

    Annotators

    1. How to Prepare for the End of Card PaymentsCash is safe—for now. Contactless payment methods, like Apple Pay or Google Wallet, are more of a threat to the existence of physical cards.FacebookTwitterEmailSave StoryTo revist this article, visit My Profile, then View saved stories.

    1. “Wealth is most essentially knowledge,” Mr. Gilder says. “Let’s face it, the caveman had access to all the materials we have today. Therefore, economic growth is learning, manifested in ‘learning curves’ of collapsing costs driven by markets.” Yet these learning curves get waved away by economists. Mr. Gilder says information, not materials, drives growth: “Crash a car and all its value disappears, though every molecule remains.”

      = claim = Wealth is most essentially knowledge - = mutual learning - = symmathesy

      is =Symmathesy

    1. therefore that i i think that we all live on the intel instruction set there's a whole lot would seem to me 00:27:08 that the the way we push towards uh more diversity of of structure of algorithmic rules and and methods that actually then i suppose tie those together so a lot of these interoperability protocol 00:27:21 solutions polka dot cosmos and so forth so listen to every smart contract essentially a set of algorithmic rules uh i mean that's right

      live on the intel instruction set

    2. the ethereum virtual machine being this this base layer he thinks of the algorithm he says i 00:26:31 think of this sort of algorithmic dependency as being something like you know animal farm there's there's this one set of rules that ultimately is the base layer around which we are all compelled to live by right 00:26:43 and and that's i just found that a very disturbing way of thinking about it and it struck me that as much as you know there are great intentions behind uh all of the core developers i would imagine or most of the core developers in a lot of these decentralized systems 00:26:55 and as much as it is an open source system there is still a lot of bias that gets baked into algorithms

      bias backed into the algorithm

    3. the vision there is that instead of technology enabling a small set of equity owners to stack up value 00:25:55 more quickly and larger than ever in history uh governance can be decentralized on these platforms and people can have much greater ownership much greater agency on lots of these different networks that there's 00:26:07 pickup participating the trust layer component of this right because you know i think uh you're right there's a lot more built into this system that will hopefully prevent us from 00:26:19 ending up in some other centralized world

      equity owners stack up value

    1. We intentionally do not want to reproduce "awesome lists" here that present you with hundreds of links no-one ever reads. Such lists often induce anxiety rather than providing

      = - respond - could have those "awesome list" - as hypermapped territories - share = curated trails - designed for specific - = purpose, intent and audience, learning objectives

    2. The curated briefs are much more paradoxical documents in that they tend to be quite long. Do I contradict myself? Very well, I contradict myself. I am large, I contain multitudes.

      paradoxical documents

      I contain multitudes

  2. www.kernel.community www.kernel.community
    1. how to free the shared record of human knowledge from closed, rent-seeking corporations and extricate ourselves from an extractive attention economy.
      • free the = shared record - of = human knowledge
      • from - closed, rent-seeking = corporations
      • extricate = ourselves
      • from extractive = attention economy
  3. www.kernel.community www.kernel.community
    1. What is lacking is upgradingdesign: enhancing the current HTTP web, and introducingnew functionality without degrading user experience

      = lacking = upgrading design

    2. evolving Webinfrastructure is near-impossible, given the number of back-wards compatibility constraints and the number of strong

      = claim - evolving Web infrastructure - near-impossible

      = cause - backward-compatibility constraints - strong parties invested

    3. ails to take advantageof dozens of brilliant file distribution techniques invented inthe last fifteen years.

      = HTTP - fails to take advantage of - dozens of = file distribution techniques - emerged in the last 15 years

    4. HTTP is the mostsuccessful “distributed system of files” ever deployed

      = HTTP - is - the most successful - = "distributed system of files" - - claim : ever deployed

    5. no general file-system has emerged that offers global,low-latency, and decentralized distribution

      = - no = general file system - emerged - with - global - low-latency - decentralized distribution

      = IPFS - is - global - low-latency - decentralized distribution network

    6. eployed largefile distribution systems supporting over 100 million simul-taneous user

      = large file distribution systems - - supporting - over : 100 million simultaneous users

    7. IPFS has no singlepoint of failure, and nodes do not need to trust each other

      = IPFS - has - no single point of failure

      = nodes - do not need to - trust each other - Trust but verify

    8. IPFScombines a distributed hashtable, an incentivized block ex-change, and a self-certifying namespace

      = IPFS - combines - = distributed hashtable - = incentivized block exchange - = self-certifying namespace

      = - comment - Once the names are exchanged within - a network of parties of interest - the original source of the names may even go away! - or on need can be recreated

      This is key to permanence!

    9. This forms a generalized MerkleDAG, a data structure upon which one can build versionedfile systems, blockchains, and even a Permanent We

      = IPFS - forms - = generalized Merkle-DAG - = data structure - to build - versioned file system - blockchains - Permanent Web-

      = - NB not built on block chain but can be used to build bclockhains of arbitrary design

    10. InterPlanetary File System (IPFS) i

      IPFS as a Named Data/HyperMedia Network Protocol with content-addressable hyperlinks IPLD

      allows the construction of a single Global Giant Graph to organize not only knowledge but to connect, people as autonomous actors, ideas, information, data in meaning/intentional way with computational artifacts

    11. IPFS - Content Addressed, Versioned, P2P File System

      = use = TrailMarks - plain text - in line - in-notation - to articulate in high resolution meaningfully addressable linkable chunks - where the intent/meaning/saliant aspect/propositional/claim structure ies explicated in a meta level MindGraphj - the intent/salient/aspect/semantics/meaning of content in self-contextualizing high resolution meaningfully searchable self- organuizing contexts forming HyperMaps that ARE the Territory

      the following is an experiment to capture in annotation

      the narrative, propositional trails

      improving the ability to - comprehend - search - high resolution reference - deep self-exlicatory meaningful links - structure and implicate order of the content in context

    12. The InterPlanetary File System (IPFS) is a peer-to-peer dis-tributed file system that seeks to connect all computing de-vices with the same system of files

      = gloss = IPFS - - is a : peer-to-peer file system - - connect : all computing devices - - with the : same system of files

    13. PFS provides a high through-put content-addressed block storage model, with content-addressed hyper links.

      = IPFS - provides - high throughput - content-addressed - block storage model - - with : content-addressed hyper links

    14. een as a sin-gle BitTorrent swarm, exchanging objects within one Gitrepository.

      = IPFS - - seen as : single BitTorent swarm - - exchanging : objects within one Git repository

    1. decentralization moving from something that's centralized to something that's no

      decentralization

      =- comment : more than that - ambient - whole - with emergent properties - and self-organization

    2. the Internet is humanity's most important technology it's our shared nervous 00:01:07 system our shared brain
      • humanity's most important technology
      • shared nervous system
    1. This year marks the 60th Anniversary of Doug Engelbart's landmark 'manifesto' Augmenting Human Intellect: A Conceptual Framework – stay tuned for opportunities to celebrate!

      60th anniversary

    1. Semantic layers are read-only. Analyst domain knowledge can never write back to augment the model.

      analyst domain knowledge write back to augment the model.

  4. tryprojectmushroom.com tryprojectmushroom.com
    1. Join the waitlistProject Mushroom is designed to reclaim power from the scorched earth policies of billionaires on a warming planet. We are building the world that needs to exist because there is no time to waste. We intend for Project Mushroom to be a safe place for creators and their communities to connect and share ideas. We are so excited for you to join us!

      reclaim power

    1. Brad deGraf (He/Him) 2nd degree connection 2nd Trust Networks and Collective Decision-Making EdCast UC San Diego Sebastopol, California, United States Contact info

    1. Open data for innovation, useful social graphs, grist for AI, ...

      https://pbs.twimg.com/media/EzKDptzVIAkrA5i?format=jpg&name=small

      grist for AI

      Description [find it odd[(https://pbs.twimg.com/media/EzKDptzVIAkrA5i?format=jpg&name=small)

      I watch what's on my colleagues are doing with language processing with a high in semantic way I find it odd that we're not as humans trying to capture somewhere any internal semantics and when we write in the way either way we link so that oh machine learn and coming the other way down the track and say oh this is what the human beings are

      https://hypothes.is/a/to2xQGBSEe2vqocDXxTloA

    2. What venues

      venues for Sytmergic Mutual Learning (Symmathesy)

      Mark the trails you blaze across the Web

      with TrailMarks that enables you to designate the subject matter and qualify, characterize, aspectize, operationalie, interpret, contextualize, weaving associative complexes that scaffolds the learning trails, where everything eventually connected in explicitly name meaningful ways

    3. sensemaking within content landscapes

      sense making with content landscape

      = analogous to = HyperMaps - in - TrailMarks HyperMaps of Salient Context meaningfully connected

      Where the Map IS the Territory

    4. Human-to-human stigmergic marking that facilitates emergent collective behavior and creates open-data social graphs with lots of uses.

      consonant with TrailMarks' vision and of course the MEMEX and Engelrbart's Autmenting Human (Inter) Intellect!

    1. find it odd that we're 00:10:49 not as humans trying to capture somewhere any internal semantics and when we write in the way either way we link so that oh machine learn and coming the other way down the track and say oh this is what the human beings are

      find it odd ...

    1. why we, as human beings, do not capture the internal semantics when write in the way we link

      The Way We Link

      Capture the learning (not semantics)

    1. = for - integration = Telegram & IndyLab

      = comment : Using "Saved Messages" in Telegram to capture links, images, youtube video comments.

      I can access these from the browser via the link https://web.telegram.org/z/#936254324

      This link is private, requires authenticating with Telegram on my devices

      I made copious screen captures and comments in my private "Saved Messages" Telegram Channel on this video

  5. bafybeif7qfmsn3pg2gublckkr6daxofp3bz4ebpywpaozvxqmtotp32uk4.ipfs.w3s.link bafybeif7qfmsn3pg2gublckkr6daxofp3bz4ebpywpaozvxqmtotp32uk4.ipfs.w3s.link
    1. My elders say that it is land that holds all knowledge of life and death and is a constantteacher

      land teacher

      not to learn its language is to die

    2. Community Wisdom Gardening —2022-11-01

      As long as you log into Hypothesis

      this pdf is available to be annotated and the annotations can be shared and are visible even if the reader do not have hypothesis chrome extension installed e.g. even on mobile devices)

    1. A heterarchy possesses a flexible structure made up of interdependent units, and the relationships between those units are characterized by multiple intricate linkages that create circular paths rather than hierarchical ones.

      = has - flexible structure - multiple linkages between units - rather than create circular paths (loops)

    2. Heterarchies are best described as networks of actors—each of which may be made up of one or more hierarchies—that are variously ranked according to different metrics. Etymologically speaking, the term is made up of the Greek words heteros, meaning “the other,” and archein, meaning “to rule.”

      = networks - of = actors

    1. separation of the Idea into parts by dividing it at the joints as nature directs, not breaking any part in half as a bad carver might

      = separation of = Idea - into = parts - by - = dividing = it - at the joints

    2. gathering of scattered particulars into one Idea so that everyone understands what is being talked about;

      = gathering | scattering = particulars - into = one Idea - = everyone - understands = what is being talked about

    3. Lisp-like dynamics to do experiments with “differential programming” (meaning: various ways to accomplish “this is like that except”).

      = differential programming - "this is like that except"

      = comment - point to instance first class-free objects - prototypes - mix ins

    4. All relies on the cleanliness of mind of programmers (and even the most clean of these often just do things they need when in the throes of debugging).

      = cleanliness of mind - of the = programmer - do things = needed - in the = throws of debugging

    5. the mechanism itself let too many semantically different things to be “done” (aka “kluged”) by the programmer

      = inheritance - let too many things to be done **"kuldged""

    1. Every user runs the application on their own device, creates and stores their own data, and talks directly to other users.

      = users - run = application - on = their own device - create & store = own data - talk - directly - to = other users

    2. The security of the application is supported by both cryptography and peer accountability

      = application security - supported by - cryptography & - peer accountability

    3. open-source application development framework and peer-to-peer networking protocol

      = is = Holochain - and - open-source = application development framework - peer-to-peer networking protocol

    1. Holochain takes distributed apps beyond DeFi and NFTs to address coordination at scale with self-owned data and peer accountability.

      self-owned data

    1. This palpable, active, ongoing grief is a non-negotiable part of this period of immense change. Grief is one of the most beautiful and difficult ways we love. As we grieve we feel our humanity and connection to each other. Building the path from this heartbreaking present to a future where we center our collective existence in love and care is where we come in. We are the ones shining light on the lies and inconsistencies in our current reality, and we are the ones dreaming up, remembering and practicing mutual ways of being in community with each other. We are learning how to grieve without disappearing, and we are refusing to normalize this terror. We are scholars of belonging and accountability, releasing ourselves from the reductive protocols of punitive culture. We are protesting injustice wherever we find it, while forging the pathways to a justice we cocreate. We are releasing either/or thinking, and we are outgrowing every construct meant to divide and disempower us. We understand that this is an extinction point, and we are not just interested in survival – we want a just world for future generations and for the earth. Each day, we are the ones creating more possibilities. We at ESII see how this community is showing up to hold each other, to grieve, to care for each other, to practice the future together. We love you, we trust you, we grieve with you, and we change with you.

    1. adrienne maree brown 'The only way to deal with an unfree world is to become so absolutely free that your very existence is an act of rebellion.' – camus…documenting my liberation

    1. attempting continually to transcend the flawed thing that you currently are and what's so interesting about that is that the meaning in life is to be found in that pursuit

      transcend flawed thing u r

      meaning in life is to be found in that pursuit

      not themeaning of but meaning in

    2. have enough humility to set the bar properly low then you could be better tomorrow than you are today you might say well what's the right way of being in the world if there is such a thing

      humility to set the bar low

      right way of being in the world

    3. life is bounded by 00:02:55 mortality but that doesn't mean that you don't get out there and contend and you develop by contending and you minimize the net amount of suffering in the world and that's something man that's something to do

      life is bounded by mortality

      contend with

    4. it's a luxury to pursue what makes you happy it's a moral obligation to pursue what you find meaningful
      • luxury happy
      • moral obligation pursue meaningful
    1. According to Taoist philosophy,   we can either embark on the flow of nature and  navigate through life more effortlessly or swim   00:04:35 against the flow, expending copious amounts of  energy in exchange for low returns

      float along natural flow

    2. based on the acceptance of what  is. As Oxford Languages defines it: “The capacity to accept or  tolerate delay, trouble,   or suffering without getting angry or upset.”

      = virtue = patience - acceptance of what is - capacity to tolerate suffering without anger

    3. Impatience is the  unwillingness to live life at the pace it   actually happens; we wish for the universe  to bend to our will. We want things now.   We want things to change in an instant. But in  reality, external circumstances are not up to us:   00:02:51 no matter how much we wish that to be  the case.

      = impatience - unwillingness to life life at the pace it actually happens - wish the universe to bend to our will - want change now - external circumstances not up to us

    4. Viktor Frankl once stated: “When we are no longer able to change a  situation, we are challenged to change ourselves.”
      • challenge to change ourselves
      • author = Victor Frankl
    1. It is the hypothetical source of/evidence for its existence is provided by: Sanskrit pari "around, about, through," parah "farther, remote, ulterior," pura "formerly, before," pra- "before, forward, forth;" Avestan pairi- "around," paro "before;" Hittite para "outside of," Greek peri "around, about, near, beyond," pera "across, beyond," paros "before," para "from beside, beyond," pro "before;" Latin pro "before, for, on behalf of, instead of," porro "forward," prae "before," per "through;" Old Church Slavonic pra-dedu "great-grandfather;" Russian pere- "through;" Lithuanian per "through;" Old Irish ire "farther," roar "enough;" Gothic faura "before," Old English fore (prep.) "before, in front of," (adv.) "before, previously," fram "forward, from," feor "to a great distance, long ago;" German vor "before, in front of;" Old Irish air- Gothic fair-, German ver-, Old English fer-, intensive prefixes.

      = per(1)

    2. *sta- *stā-, Proto-Indo-European root meaning "to stand, set down, make or be firm," with derivatives meaning "place or thing that is standing."

      standing

    3. Proto-Indo-European root forming prepositions, etc., meaning "forward," and, by extension, "in front of, before, first, chief, toward, near, against," etc.

      = per (1)

    4. persist (v.)"continue steadily and firmly in some state or course of action," especially in spite of opposition or remonstrance; "persevere obstinately," 1530s, from French persister (14c.), from Latin persistere "abide, continue steadfastly," from per "thoroughly" (from PIE root *per- (1) "forward," hence "through") + sistere "come to stand, cause to stand still" (from PIE *si-st-, reduplicated form of root *sta- "to stand, make or be firm"). Related: Persisted; persisting.

      = persist

    1. persistence (n.)1540s, "steady or firm adherence to or continuance in a state, course of action, or pursuit that has been entered upon, especially if more or less obstinate," from French persistance, from persistant "lasting, enduring, permanent," from Latin persistentem (nominative persistens), present participle of persistere (see persist). In 16c. often spelled persistance, but the classical spelling prevailed. Meaning "continuance of an effect after the cause which gave rise to it is removed" is from 1862. Related: Persistency.

      = question ? - is = persistence | perseverance = everything

    1. perseverance (n.)mid-14c., perseveraunce "will or ability to persevere, tenacity," from Old French perseverance "persistence, endurance" (12c., Modern French persévérance) and directly from Latin perseverantia "steadfastness, constancy," from perseverant- past-participle stem of perseverare "continue steadfastly" (see persevere). From late 14c. as "quality or state of continuing or enduring."

      = perseverance

      = question ? - is = persistence | perseverance = everything