From 19ae076146f84a92f77a6c23829cc71c25e91839 Mon Sep 17 00:00:00 2001 From: Yuko Munakata <58264197+yukomunakata@users.noreply.github.com> Date: Tue, 3 Dec 2024 08:46:45 -0800 Subject: [PATCH] clarify conabs --- ch10/dyslexia/README.md | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/ch10/dyslexia/README.md b/ch10/dyslexia/README.md index 8df8d5e5..f3a3fbec 100644 --- a/ch10/dyslexia/README.md +++ b/ch10/dyslexia/README.md @@ -24,7 +24,7 @@ You will see the activation flow through the network, and it should settle into * Click on the `Test Trial Plot` tab to see a record of the network's performance on the full set of words. It should only make one "Other" error for the word "flag", which it pronounces as "flaw". -The `ConAbs` column (click the checkbox to view) shows whether this item is concrete (*Con*) or abstract (*Abs*) (`ConAbs`=0 for concrete, 1 for abstract), and the columns after that indicate what type of error the network makes: `Vis` = visual errors, `Sem` = semantic errors, `VisSem` = both, `Blend` = not a clearly pronounced word, `Other` = some other hard-to-categorize error. Concrete words have more distinctive features, whereas abstract words have fewer, which impacts their relative susceptibility to lesions, as we'll see. +`ConAbs` shows whether this item is concrete (*Con*) or abstract (*Abs*) (`ConAbs`=0 for concrete, 1 for abstract). You can click the checkbox next to `ConAbs` to view it; you'll see that the second half of the list contains abstract words. Most of the checkboxes after `ConAbs` indicate what type of error the network makes: `Vis` = visual errors, `Sem` = semantic errors, `VisSem` = both, `Blend` = not a clearly pronounced word, `Other` = some other hard-to-categorize error. (You may need to expand your browser to see the colors of the bars, or you can hover at the top of a bar to see what it represents.) Concrete words have more distinctive features, whereas abstract words have fewer, which impacts their relative susceptibility to lesions, as we'll see. # Reading with Complete Pathway Lesions