Skip to content

Releases: beringresearch/ivis

ivis: dimensionality reduction in very large datasets using Siamese Networks

01 Oct 13:16
Compare
Choose a tag to compare

ivis: dimensionality reduction in very large datasets using Siamese Networks

05 Sep 13:22
Compare
Choose a tag to compare

Added support for supervised multi-label dimensionality reduction.

ivis: dimensionality reduction in very large datasets using Siamese Networks

19 Aug 13:16
8aa67db
Compare
Choose a tag to compare

A number of major additions:

  • Support for both classification- and regression-type supervision
  • Access to all Keras losses for supervised dimensionality reduction
  • Bug fixes and performance improvements

ivis: dimensionality reduction in very large datasets using Siamese Networks

06 Aug 11:50
Compare
Choose a tag to compare

This release introduces a number of new features into ivis:

  • Windows support
  • Code changes to support ivis on Python2
  • R package received a major facelift - with big thanks to JOSS reviewers
  • Added cosine distance metric in triplet loss function
  • Minor bug fixes and performance improvements

1.2.4

05 Aug 14:06
Compare
Choose a tag to compare

Appropriate contribution assignments.

1.2.3-joss

05 Aug 13:28
Compare
Choose a tag to compare

ivis release following feedback from JOSS review.

1.2.3

04 Jul 06:18
Compare
Choose a tag to compare

Support for sparse matrices in supervised mode
Bug fixes

1.2.2

02 Jul 10:47
Compare
Choose a tag to compare

Added callbacks and sanity checks during module imports

1.2.1

02 Jul 04:41
Compare
Choose a tag to compare

Bug fixes and cleanup

1.2.0

02 Jul 04:27
91e5021
Compare
Choose a tag to compare

Supervised mode added to ivis. Additional features:

  • Add classification_weight parameter to allow users to tune balance between classification vs. triplet loss.
  • Add Ivis callbacks module for ivis-specific callbacks such as checkpointing during training. Ivis object code changed to deal with provided callbacks.
  • Tensorboard callbacks
  • Sparse matrix support in supervised mode