Although nanorobots have been used as clinical prescriptions for work such as gastroscopy, and even photoacoustic tomography technology has been proposed to control nanorobots to deliver drugs at designated delivery points in real time, and there are cases of eliminating "superbacteria" in blood through nanorobots, most technologies are immature, either with low efficiency or low accuracy, Either it can not be mass produced, so the most effective way to treat cancer diseases at this stage is through chemotherapy and radiotherapy. Patients are suffering and can not be cured. Therefore, this paper proposes an ideal model of a treatment method that can completely cure cancer, a cooperative treatment method based on nano robot queue through team member communication and computer vision image classification (target detection).

翻译：虽然纳米机器人一直被用作诸如胃镜检查等工作的临床处方,甚至还提议光声波摄影技术来控制纳米机器人在指定交付点实时交付药物,而且存在通过纳米机器人消除血液中的“超细菌”的案例,但大多数技术都是不成熟的,效率低或精度低,要么不能生产,要么不能大规模生产,因此现阶段治疗癌症疾病的最有效方式是通过化疗和放射治疗。病人正在遭受痛苦,不能治愈。因此,本文件提出了一个治疗方法的理想模式,即通过团队成员通信和计算机视觉图像分类(目标检测),以纳米机器人队列为基础的合作治疗方法,可以完全治愈癌症。