https://github.com/GPflow/GPflow
Revision 5e599fb01df65d156a40f7a138ab6627a06a50db authored by Eric Hammy on 07 May 2020, 15:01:50 UTC, committed by GitHub on 07 May 2020, 15:01:50 UTC
* add long_description and project_urls to setup.py (#1438)
* add type hints for probability distributions (#1421)
* remove comment (#1441)
* Use a type alias in the fnction signature of leading_transpose (#1442)
* refactor natgrads to be more efficient (#1443)
* Fix dimensions of kernel evaluation of changepoint kernel (#1446)
* Removed unusued imports. (#1450)
* Improve representation of GPflow objects in IPython/Jupyter notebook (#1453)
* includes the repr() string in IPython/Jupyter notebook representation as well (i.e. fully-qualified class name and object hash (memory address), which helps distinguish objects from each other)
* only displays the parameter table when it is not empty
* makes use of default_summary_fmt() for IPython shell
* Convert data structures to tensor in model init method (#1452)
* Use a boolean for full covariance in sample_mvn. (#1448)
* #1452 for GPMC model (#1458)
* release candidate v2.0.2 (#1457)

Co-authored-by: st-- <st--@users.noreply.github.com>
Co-authored-by: joelberkeley-pio <joel.berkeley@prowler.io>
Co-authored-by: John Mcleod <43960404+johnamcleod@users.noreply.github.com>
Co-authored-by: Mark van der Wilk <markvanderw@gmail.com>
Co-authored-by: Artem Artemev <art.art.v@gmail.com>
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Tip revision: 5e599fb01df65d156a40f7a138ab6627a06a50db authored by Eric Hammy on 07 May 2020, 15:01:50 UTC
Release 2.0.2 (#1459)
Tip revision: 5e599fb
GLOSSARY.md
## Glossary

GPflow does not always follow standard Python naming conventions,
and instead tries to apply the notation in the relevant GP papers.\
The following is the convention we aim to use in the code.

---

<dl>
  <dt>GPR</dt>
  <dd>Gaussian process regression</dd>

  <dt>SVGP</dt>
  <dd>stochastic variational inference for Gaussian process models</dd>

  <dt>Shape constructions [..., A, B]</dt>
  <dd>the way of describing tensor shapes in docstrings and comments. Example: <i>[..., N, D, D]</i>, this is a tensor with an arbitrary number of leading dimensions indicated using the ellipsis sign, and the last two dimensions are equal</dd>

  <dt>X</dt>
  <dd>(and variations like Xnew) refers to input points; always of rank 2, e.g. shape <i>[N, D]</i>, even when <i>D=1</i></dd>

  <dt>Y</dt>
  <dd>(and variations like Ynew) refers to observed output values, potentially with multiple output dimensions; always of rank 2, e.g. shape <i>[N, P]</i>, even when <i>P=1</i></dd>

  <dt>Z</dt>
  <dd>refers to inducing points</dd>

  <dt>M</dt>
  <dd>stands for the number of inducing features (e.g. length of Z)</dd>

  <dt>N</dt>
  <dd>stands for the number of data or minibatch size in docstrings and shape constructions</dd>

  <dt>P</dt>
  <dd>stands for the number of output dimensions in docstrings and shape constructions</dd>

  <dt>D</dt>
  <dd>stands for the number of input dimensions in docstrings and shape constructions</dd>
</dl>
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