Seizures of automatism are common in frontal lobe epilepsy, and this type of epilepsy accounts for 20% to 30% of all types of partial epilepsy. Frontal lobe epilepsy automatism is characterized by simple partial, complex partial, secondary generalized seizures, or a combination of these seizures. Seizures usually occur several times a day and often during sleep. The disease is very harmful to the patient’s body, so patients with the disease must be alerted early for early detection and treatment. The diagnosis of frontal lobe epilepsy is based on the following: 1. Loss of consciousness immediately after a generalized tonic-clonic seizure. 2. At the beginning of the seizure, the head and eyes turn to the opposite side, followed by generalized convulsions. The initial head and eyes turn to the opposite side of the lesion, with clear and gradual unconsciousness, followed by complete loss of consciousness and generalized convulsions, suggesting that the epileptogenic focus originates in the middle part of the frontal lobe convex surface. 4. Postural movements of a part of the body, such as tonic elevation of the contralateral arm, downward extension of the ipsilateral arm and head turning to the opposite side of the lesion, suggest that the epileptogenic focus is located in the medial part of the frontal lobe. 5, often showing no sense of expression, or a brief pause in movement, disorganized thinking, and staring followed by generalized convulsive seizures. 6. Seizures may have interictal or postictal automatism, similar to temporal lobe epilepsy. SPECT and PET during the interictal period can confirm localized cerebral hypoperfusion or hypometabolism, while SPECT during the seizure period often shows hyperperfusion in the frontal cortex, which helps to localize the epileptic focus. There is a consensus that 80% to 90% of epileptic patients whose presence of lesions is confirmed by MRI achieve good outcomes after surgical removal of the lesions in epilepsy. In contrast, for non-focal epilepsy without positive findings on MRI, the postoperative outcome is not satisfactory.