"as I understood it"
A glossary of Computer Science (CS) terms as understood by me (to help organise my LTM), or once used by me (since CS concepts are "volatile": they may vanish from one's "declarative" / "explicit" memory ).
It started with C++ terms as cpp-glossary then added more:
Python, JavaScript, then sections for async, Promise, etc.
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Things that I know. Or once knew. Or once implemented.
- Patterns I found and don't want to throw away into oblivion.
- But also To accumulate them and organise them along each other (like a (cognitive-)map with coordinates (IND-axes): place-"mand")
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Sometimes can be seen also as narrow context tutorials (instead of an article in medium)
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kode-killing: Code that I am killing that (code-sink). (aka dev-notes, etc) -
Things that I keep need to rediscover. Gtest patterns that I liked, kind of worked, etc. (Also overlap with https://github.com/sohale/hemi-glossaries-public )
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Helps me channel the personal comments from my learning.
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Note: The contents put here have not IP issues. Reveals no information about the context of what I am working on.
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A know-how that I inherit for my future self: future in the sense of the gap between me and myself in terms of time-corrotion.
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It also may have a potential for socially expressing it. People may end up here and read something. (This adds a miniscule motivation to tidy up and organise).
Three types of articles:
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The ref versus non-ref articles: "ref" are the sources I found. I don't necessarily know all the contents. (not hands-on knowledge). But everything here is about things I actually tried. Even finding the refs is the knowledge that I gained by trying.
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Even this is a kind of achievement: I finally found a good source. and I want to protect it against loss and corrosion by time.
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notes, tutorials, etc (main type)
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Gathering disperse (survey of parts of concurrency I actually touched)
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Also as a LTM. (This can be the main definition of these). This is an extended LTM (meta- Long Term Memory: in the context of an extended mind)
- The contents are not original
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Also as something I am teaching (to self, others, etc. These could be tutorials, articles. In social LTM~: not only decentralised + also in-the-flow-only: RNN: "Recurrent-time" storage)
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Trying to remember many things I have done in the past and have not connected them, or their memory-distance is so far apart that are not integrated (zMQ in python, versus some concurrent or distributed code)
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Discovery: Hard-earned discoveries ("Lessons learned the hard way") in learning or practice context. Things that you come-by once-a-lifetime that can improve things. (See the
refstyle) -
This repo kind of reflects (and consolidates) the expertise that I am gaining. (If I put everything down, which currently happens at 0.001% ).
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But it is a "subset" of that. Of that Type (Category). "Subset" in that sense.
tree ..
├── LICENSE
├── README.md
├── adt.md
├── api-rest-http
│ ├── DNS-https-setup.md
│ ├── cors.md
│ ├── made-simple-tls-1.md
│ ├── nginx-setup.md
│ ├── oauth-sec-draft.md
│ └── restful.md
├── bash
│ ├── brew-like-systems.md
│ └── nice-bash-solutions.sh
├── c++
│ ├── c++concern-list.md
│ ├── c++good-libs.md
│ ├── c++multithread.md
│ ├── c++questions.md
│ ├── c++test.md
│ ├── cmake
│ │ ├── ament_cmake.md
│ │ └── cmake_why_non_understandable.md
│ ├── cpp-details.cpp
│ ├── cpp-glossary.md
│ ├── eigen-notes.md
│ ├── gtest_floating_point.md
│ ├── header-only-libraries.md
│ ├── map_emplace.cpp
│ ├── mistakes-bulk.cpp
│ ├── on-cpp.md
│ ├── readme.md
│ └── tooling.md
├── compilers
│ ├── compiler-book.md
│ ├── compiler-design.md
│ ├── the-path-to-compile.md
│ └── under-the-cpp.md
├── concurrent
│ ├── concurrency-async-terms.md
│ ├── concurrency.md
│ ├── concurreny-concepts-roots.md
│ └── why-concurrency.md
├── conference-attendances
│ └── 2024-werner-reichardt-symposium.md
├── cpp-practice
│ ├── Clang-in-Docker
│ ├── char8.cpp
│ ├── compile.bash
│ ├── init.bash
│ └── readme.md
├── devops
│ ├── cloud
│ │ ├── azure-glossary.md
│ │ ├── cloud-generic.md
│ │ └── gcp-glossary.md
│ ├── docker
│ │ ├── docker-internals.md
│ │ ├── docker-questions.md
│ │ └── docker.md
│ ├── github-actions.md
│ └── terraform-tut.md
├── docs
├── formal-verification
│ └── lean4.md
├── git-notes.md
├── gpu
│ ├── cuda.md
│ └── ptx.md
├── groovy-jenkins.md
├── hdl
│ ├── existing-fpga-for-nn.md
│ ├── hdl.md
│ ├── refs-vhdl-resources.md
│ └── vhdl-teach.md
├── iv
│ ├── design-patterns.md
│ ├── interview-checklist.md
│ ├── real-intv-quest.md
│ └── specific
│ ├── causL.md
│ └── opteran.md
├── js
│ ├── cute-javascript-solutions.md
│ ├── do-you-know-enough-js.md
│ ├── js-tests.md
│ ├── modern-javascript.md
│ ├── npm-tricks.md
│ ├── promise-a-tutorial
│ │ ├── QuasiPromise.js
│ │ ├── map-series.js
│ │ ├── promise1-5.js
│ │ ├── promise1-7.js
│ │ ├── promise1.js
│ │ ├── promise2.js
│ │ ├── promise3.js
│ │ ├── promise4.js
│ │ ├── quasi-promise.ms
│ │ └── readme.md
│ ├── promises-a-tutorial.md
│ ├── react.md
│ └── solutions-to-keep.js
├── math-ml
│ ├── 4e-robotics.md
│ ├── Legendre-transform.md
│ ├── bias-corrected-mi.md
│ ├── boltzmann-to-helmholtz.md
│ ├── boosting.md
│ ├── boring
│ │ ├── fft-ht.md
│ │ └── wavelet-denoise.md
│ ├── compact-dense.md
│ ├── cs-test-types.md
│ ├── dempster-shafer.md
│ ├── dl-buss
│ │ └── dl-hw-businesses.md
│ ├── eigenvalues.md
│ ├── em.md
│ ├── fisher-info.md
│ ├── group-theory-for-optic-flow.md
│ ├── hamiltonian.md
│ ├── hopfield-boltzmann-machine.md
│ ├── information-geometry.md
│ ├── inverse-gaussian-pp.md
│ ├── knn.md
│ ├── lagrange-multipliers.md
│ ├── lyapunov.md
│ ├── mcmc.md
│ ├── nlo.md
│ ├── olof-persson.md
│ ├── point-processes.md
│ ├── readme.md
│ ├── renormalization.md
│ ├── representation-theory.md
│ ├── simplical-complexes.md
│ ├── spiking-nn.md
│ ├── standard-mainstream
│ │ ├── elm-nn.md
│ │ ├── mlops+tuning.md
│ │ ├── nn-types-models.md
│ │ ├── nn-types.md
│ │ └── standard-ml.md
│ ├── svm.md
│ ├── universal-physics.md
│ └── viola-jones-adaboost.md
├── microcontroller.md
├── my-undestnaings-qm
│ ├── partition-function.md
│ ├── qm.md
│ └── spin.md
├── ns
│ ├── bees-nervous-system.md
│ ├── hippocampal-formation.md
│ ├── hypothalamus.md
│ ├── mclean-triunal.md
│ ├── meanfield.md
│ ├── muscles-motor.md
│ ├── neural-coding-adts.md
│ ├── norepinephrine.md
│ ├── stdp.md
│ └── the-spike.md
├── org
│ └── org-speak.md
├── posters
│ └── free-energy-poster1.tex
├── principles-scaffold-meta.md
├── probabilistic-programming
│ └── probabilistic-programming.md
├── python
│ ├── high-performance-python.md
│ ├── python-interview-notes.md
│ └── python-threads.md
├── robo
│ └── spatial.md
├── security
│ └── security.md
└── software-testing.md
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