method
active
method:gradient-descentGradient Descent
Used for updating hidden state expectations; provides dynamical process theory testable against neuronal data
Neighborhood — ranked by edge-count
Frameworks (2)
framework
- The novel framework introduced in this paper, combining DLGN and NCA for fully differentiable discrete CA learning
- Neural Cellular AutomataimplementsPrior framework combining cellular automata with deep learning, extended by this work
Concepts (1)
concept
- Key technique enabling gradient-based training of discrete logic gates by replacing binary operations with differentiable approximations
Methods (1)
method
- Gradient methodrelated_toOptimization technique that computes weight changes by following the gradient of an error function; contrasted with evolutionary stochastic search.
Related by similarity (8)
cosine ≥ 0.65 · no typed edgeEntities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.
- The property that qualities vary slowly, subtly, gradually across the extent of each living thing; gradients arise as natural responses to changing circumstances and create field-like character that points toward and establishes centers
- Optimization procedure for simultaneously updating action selection and perception; uses step size ζ (default 4).
- Baseline method against which probe-based ranking is compared; more computationally expensive.
- Process by which neuronal dynamics minimize free energy; produces empirically observable neural phenomena.
- A structure-preserving transformation: using gradual change across space to soften and intensify transitions.
- DAS uses SGD over differentiable parameterizations of orthogonal matrices (via PyTorch) to find optimal distributed alignments.
- When gradients of different tasks have negative cosine similarity, harming multi-task learning.
- Gradient balancing by solving multi-objective optimization for minimum-norm aggregated gradient.