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    Thumbnail 1 of 5, A-Line Dress, "Community Structure Algorithm Dendrogram"© designed and sold by Lisa Clark - Thinker Collection STEM Art and MORE.
    Thumbnail 2 of 5, A-Line Dress, "Community Structure Algorithm Dendrogram"© designed and sold by Lisa Clark - Thinker Collection STEM Art and MORE.
    Thumbnail 3 of 5, A-Line Dress, "Community Structure Algorithm Dendrogram"© designed and sold by Lisa Clark - Thinker Collection STEM Art and MORE.
    Thumbnail 4 of 5, A-Line Dress, "Community Structure Algorithm Dendrogram"© designed and sold by Lisa Clark - Thinker Collection STEM Art and MORE.
    Thumbnail 5 of 5, A-Line Dress, "Community Structure Algorithm Dendrogram"© designed and sold by Lisa Clark - Thinker Collection STEM Art and MORE.
    A-Line Dress, "Community Structure Algorithm Dendrogram"© designed and sold by Lisa Clark - Thinker Collection STEM Art and MORE

    "Community Structure Algorithm Dendrogram"© A-Line Dress

    $48.27
    $60.33 (20% off)
    20% off ends soon
    Size
    $48.27
    $60.33 (20% off)
    • Super-easy returnsProblem? No problem. We’ll fix it, fast.

    • Loose swing shape for an easy, flowy fit
    • Sizes run large, so order a size down from your usual
    • Print covers entire front and back panel with your chosen design, by an independent artist
    • 97% polyester, 3% elastane woven dress fabric with silky handfeel
    • Note that due to the production process, the placement of the print may vary slightly from the preview
    • The third party printer of this product is evaluated according to International Labor Organization standards
    • Since every item is made just for you by your local third-party fulfiller, there may be slight variances in the product received
    Artwork thumbnail, "Community Structure Algorithm Dendrogram"© by Lisa Clark - Thinker Collection STEM Art and MORE
    "Community Structure Algorithm Dendrogram"©
    KNOW YOUR NODES AND CLUSTERS? Dendrograms are tree diagrams frequently used to illustrate arrangements of clusters produced by hierarchical clustering. In complex networks, a network has community structure if the its nodes can be easily grouped into (potentially overlapping) sets densely connected internally. Essentially, node pairs are more likely to be connected if they are both members of the same community(ies), and less likely if they don't have communities. © 2015 Textiles for Thinkers, LLC. All Rights Reserved.

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