Fig. 2.
Simulated data, network reconstruction. Distance between true and inferred networks, in terms of the number of edge differences or ‘Structural Hamming Distance (SHD; smaller values indicate closer approximation to true network) for simulated data at sample sizes of n = 20, 30, 40, 50 per cluster. Results shown for: ℓ1-penalized network inference applied to complete data, without clustering (‘All Data & L1’); K-means clustering followed by ℓ1-penalized network inference applied to the clusters discovered (‘KM & L1’); clustering using a (full covariance) Gaussian mixture model followed by ℓ1-penalized network inference [‘GMM (full) & L1’]; full covariance GMM [‘GMM (full)’]; network clustering using ℓ1-penalized network inference (‘NC:L1’); and network clustering using shrinkage-based network inference (‘NC:shrink’). Mean SHD over 100 iterations are shown, and error bars indicate SEM.

Simulated data, network reconstruction. Distance between true and inferred networks, in terms of the number of edge differences or ‘Structural Hamming Distance (SHD; smaller values indicate closer approximation to true network) for simulated data at sample sizes of n = 20, 30, 40, 50 per cluster. Results shown for: ℓ1-penalized network inference applied to complete data, without clustering (‘All Data & L1’); K-means clustering followed by ℓ1-penalized network inference applied to the clusters discovered (‘KM & L1’); clustering using a (full covariance) Gaussian mixture model followed by ℓ1-penalized network inference [‘GMM (full) & L1’]; full covariance GMM [‘GMM (full)’]; network clustering using ℓ1-penalized network inference (‘NC:L1’); and network clustering using shrinkage-based network inference (‘NC:shrink’). Mean SHD over 100 iterations are shown, and error bars indicate SEM.

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