Others are more upbeat, including Yann Le Cun, a neuroscience professor at M.I.T. who specializes in visual recognition systems for handwriting and robots.
It logically follows that other, less 'scientific' domains of forensic science that involve visual comparisons (e.g., handwriting identification, microscopic hair and fiber analysis, forensic odontology, etc).
But as a child, my daughter was found to have visual motor integration problems, and her handwriting is extremely sloppy.
The gestures of their handwriting resonate with a visual language that, rooted in pre-Islamic times, was perfected by Muslim artists and designers: the arabesque.
They may be poorly coordinated, or have an odd or bouncy gait or posture, poor handwriting, or problems with visual-motor integration.
Hemni et al. [7] compared the effects of HGF and HGP on a handwriting task in addition to visual cues.
OLD children had: (a) low average (85 – 89) or below average (<85) verbal IQ, (b) below average (<85) auditory processing, processing speed, visual perceptual ability, reading comprehension, spelling, or handwriting, and (c) average reading rate and accuracy (85 – 115).
We decided to keep the task simple and allowed both visual and auditory cues to be provided during the bedside handwriting test.
A handwriting scale was also used to detect dysgraphy, visual perception was assessed with form recognition tasks, and kinaesthetic perception (memory) was assessed by positioning child's arm and finger and asking him with eyes closed to remember and repeat.
