Lecture 15: Advanced Topics in Material Modeling (46)
ABSchloss
Do we ignore contribution from future bounce combinations because they are so small in magnitude? Or am I misunderstanding where the second and third contribution comes from.
JiaweiChenKodomo
Looks like there is no refraction in the medulla. Is this the real case?
chen-eric
In Slide 53, cuticle thickness is listed as a possible feature for use in neural networks. I'm curious as to how cuticle thickness would effect the overall bounce patterns in a hair follicle and how that would show visually, if there exists any real difference at all.
Do we ignore contribution from future bounce combinations because they are so small in magnitude? Or am I misunderstanding where the second and third contribution comes from.
Looks like there is no refraction in the medulla. Is this the real case?
In Slide 53, cuticle thickness is listed as a possible feature for use in neural networks. I'm curious as to how cuticle thickness would effect the overall bounce patterns in a hair follicle and how that would show visually, if there exists any real difference at all.