Table 3 The symbol dictionary of the improved version of the DLob (DLobV2).
From: TATPat based explainable EEG model for neonatal seizure detection
No | Symbol | Explanation | No | Symbol | Explanation |
|---|---|---|---|---|---|
1 | FL | Logical thinking, planning, and decision-making are represented. It is associated with speech production (e.g., Broca’s area) and sequential thought processes | 8 | FR | Creative thinking, spatial orientation, and non-verbal communication are involved. It plays a role in attention, impulse control, and emotional regulation |
2 | TL | Language comprehension and production are represented (e.g., Wernicke’s area), including verbal memory and understanding of spoken and written language | 9 | TR | Sound processing, including language and music, is represented. It is involved in recognizing faces and objects |
3 | CL | Coordination, motor control, and planning of complex movements are represented | 10 | CR | Coordination, motor control, and planning of complex movements are represented, similar to CL but on the right hemisphere |
4 | PL | Language and mathematical processing are represented. It plays a role in understanding and producing speech, as well as reading and writing | 11 | PR | Spatial awareness and navigation are involved. It plays a role in recognizing patterns, shapes, and object positions |
5 | OL | Visual information processing from the right visual field is represented. It is involved in recognizing letters, words, and other visual stimuli related to language | 12 | OR | Visual information processing from the left visual field is represented. It is involved in recognizing faces, scenes, and spatial orientation of objects |
6 | FZ | The central frontal region is involved in higher cognitive functions such as decision-making and attention | 13 | CZ | The central midline area is important for sensorimotor integration and sensory information processing |
7 | PZ | The midline parietal area is involved in integrating sensory information and spatial processing | – | – | – |