Added
- Added the
nengolib.RLS()
recursive least-squares (RLS) learning rule. This can be substituted fornengo.PES()
. Seenotebooks/examples/full_force_learning.ipynb
for an example that uses this to implement spiking FORCE in Nengo. (#133) - Added the
nengolib.stats.Rd()
method for quasi-random sampling of arbitrarily high-dimensional vectors. It is now the default method for scattered sampling of encoders and evaluation points. The method can be manually switched back tonengolib.stats.Sobol()
. (#153)
Tested against Nengo versions 2.1.0-2.7.0.
Added
- Solving for connection weights by accounting for the neural dynamics. To use, pass in
nengolib.Temporal()
tonengo.Connection
for thesolver
parameter. Requiresnengo>=2.5.0
. (#137)
Tested against Nengo versions 2.1.0-2.6.0.
Fixed
- Compatible with newest SciPy release (1.0.0). (#130)
Initial beta release of nengolib. Tested against Nengo versions 2.1.0-2.4.0.