提出人工免疫多波段红外测温方法 .该方法以Planck定律做为被测物体的“自我”模式 ,将干扰 (被测物体的发射率及传输过程的能量损失 )作为“非我” (“抗原”) ,采用人工免疫编码方法对“非我”影响而引起畸变的“自我”模式进行识别 ,自动产生相应“抗体”中和“抗原”的作用 ,求得物体的温度 .仿真结果验证了该方法的有效性 The artificial immune multi-band infrared temperature measurement method is proposed in this paper.The method uses Planck’s law as the “self” mode of the measured object and regards the interference (the emissivity of the measured object and the energy loss of the transmission process) as the “non-self” “), Using artificial immune coding method to identify the” self “pattern caused by the distortion of” non-me “effect and automatically generate the role of neutralizing” antigen “in the” antibody "to obtain the temperature of the object.The simulation results verify that The effectiveness of the method