基于红外热成像的早期疾病检测技术的研究进展

赵明珠; 张艳; 朱应燕

doi:doi:10.3788/LOP202158.0800002

激光与光电子学进展, 2021, 58 (8): 0800002, 网络出版: 2021-04-12

基于红外热成像的早期疾病检测技术的研究进展下载： 1281次

Research Progress of Early Disease Detection Technology Based on Infrared Thermography

赵明珠 ¹张艳 ^1,2,*朱应燕 ¹

作者单位

¹ 贵州大学大数据与信息工程学院, 贵州贵阳 550025

² 贵阳学院农产品无损检测工程研究中心, 贵州贵阳, 550005

图 & 表

图 1. 红外热成像检测系统的工程流程

Fig. 1. Workflow of infrared thermal imaging detection system

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图 2. 乳腺肿块的红外热像图^[6]。(a)浸润性导管癌患者;(b)纤维腺瘤患者;(c)囊肿患者

Fig. 2. Infrared thermograms of breast masses^[6]. (a)Patient with invasive ductal carcinoma; (b)patient with fibroadenoma; (c)patient with cyst

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图 3. 皮肤癌检测算法框图

Fig. 3. Skin cancer detection algorithm block diagram

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图 4. 腕管综合征患者手部的红外热像图对比^[12]。(a)术前;(b)术后;(c)健康志愿者

Fig. 4. Comparison of infrared thermograms of hands in patients with carpal tunnel syndrome^[12].(a)Before operation; (b)after operation;(c)healthy volunteer

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图 5. 基于红外热成像数据的心肌缺血预诊断方法流程图^[21]

Fig. 5. Process of myocardial ischemic pre-diagnosis based on infrared imaging data^[21]

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图 6. 面部红外热像图。(a)左侧周围性面瘫患者;(b)中枢性面瘫患者;(c)健康志愿者

Fig. 6. Infrared thermograms of face.(a)Patient with left-sided peripheral facial paralysis;(b)patient with central facial paralysis;(c)healthy volunteer

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图 7. 卷积神经网络的基本结构图

Fig. 7. Basic structure diagram of convolutional neural network

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表 1钼靶、超声和远红外热成像诊断直径<2 cm乳腺病灶效能的比较(n=853)^[18]

Table1. Comparison of mammography, ultrasonography, and far-infrared thermography in the diagnosis of breast lesions less than 2 cm in diameter (n=853)^{[18]Item Pathological examination Accuracy/% Sensitivity/% Specificity/%
Malignant Benign
Mammography
Malignant 59 19 96.1 80.8 97.6
Benign 14 761
Color Doppler ultrasonography
Malignant 63 26 95.8 86.3 96.6
Benign 10 754
Far-infrared thermography
Malignant 66 17 97.1 90.4 97.8
Benign 7 763
查看原文}

表 2钼靶、超声和远红外热成像诊断直径>2 cm乳腺病灶效能的比较(n =1193)^[18]

Table2. Comparison of mammography, ultrasonography, and far-infrared thermography in the diagnosis of breast lesions large than 2 cm in diameter (n=1193)^[18]

Item	Pathological examination		Accuracy/%	Sensitivity/%	Specificity/%
Item	Malignant	Benign	Accuracy/%	Sensitivity/%	Specificity/%
Mammography
Malignant	354	116	85.0	84.9	85.1
Benign	63	660	85.0	84.9	85.1
Color Doppler ultrasonography
Malignant	396	78	91.7	95.0	90.0
Benign	21	698	91.7	95.0	90.0
Far-infrared thermography
Malignant	375	39	93.2	90.0	95.0
Benign	42	737	93.2	90.0	95.0

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表 3基于差图的乳腺癌分类结果对比

Table3. Comparison of breast cancer classification results based on differential thermal images

Item	Accuracy/%	Sensitivity/%	Specificity/%
Original images
CNN	62.8	23.9	100
Differential thermal images
CNN	73.4	97.8	65.2
AdaBoost	87.2	91.3	83.3

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赵明珠, 张艳, 朱应燕. 基于红外热成像的早期疾病检测技术的研究进展[J]. 激光与光电子学进展, 2021, 58(8): 0800002. Mingzhu Zhao, Yan Zhang, Yingyan Zhu. Research Progress of Early Disease Detection Technology Based on Infrared Thermography[J]. Laser & Optoelectronics Progress, 2021, 58(8): 0800002.

基于红外热成像的早期疾病检测技术的研究进展下载： 1281次

图 1. 红外热成像检测系统的工程流程

Fig. 1. Workflow of infrared thermal imaging detection system

图 2. 乳腺肿块的红外热像图^[6]。(a)浸润性导管癌患者;(b)纤维腺瘤患者;(c)囊肿患者

Fig. 2. Infrared thermograms of breast masses^[6]. (a)Patient with invasive ductal carcinoma; (b)patient with fibroadenoma; (c)patient with cyst

图 3. 皮肤癌检测算法框图

Fig. 3. Skin cancer detection algorithm block diagram

图 4. 腕管综合征患者手部的红外热像图对比^[12]。(a)术前;(b)术后;(c)健康志愿者

Fig. 4. Comparison of infrared thermograms of hands in patients with carpal tunnel syndrome^[12].(a)Before operation; (b)after operation;(c)healthy volunteer

图 5. 基于红外热成像数据的心肌缺血预诊断方法流程图^[21]

Fig. 5. Process of myocardial ischemic pre-diagnosis based on infrared imaging data^[21]

图 6. 面部红外热像图。(a)左侧周围性面瘫患者;(b)中枢性面瘫患者;(c)健康志愿者

Fig. 6. Infrared thermograms of face.(a)Patient with left-sided peripheral facial paralysis;(b)patient with central facial paralysis;(c)healthy volunteer

图 7. 卷积神经网络的基本结构图

Fig. 7. Basic structure diagram of convolutional neural network

表 1钼靶、超声和远红外热成像诊断直径<2 cm乳腺病灶效能的比较(n=853)^[18]

表 2钼靶、超声和远红外热成像诊断直径>2 cm乳腺病灶效能的比较(n =1193)^[18]

Table2. Comparison of mammography, ultrasonography, and far-infrared thermography in the diagnosis of breast lesions large than 2 cm in diameter (n=1193)^[18]

表 3基于差图的乳腺癌分类结果对比

Table3. Comparison of breast cancer classification results based on differential thermal images

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基于红外热成像的早期疾病检测技术的研究进展 下载： 1281次

图 1. 红外热成像检测系统的工程流程

Fig. 1. Workflow of infrared thermal imaging detection system

图 2. 乳腺肿块的红外热像图[6]。(a)浸润性导管癌患者;(b)纤维腺瘤患者;(c)囊肿患者

Fig. 2. Infrared thermograms of breast masses[6]. (a)Patient with invasive ductal carcinoma; (b)patient with fibroadenoma; (c)patient with cyst

图 3. 皮肤癌检测算法框图

Fig. 3. Skin cancer detection algorithm block diagram

图 4. 腕管综合征患者手部的红外热像图对比[12]。(a)术前;(b)术后;(c)健康志愿者

Fig. 4. Comparison of infrared thermograms of hands in patients with carpal tunnel syndrome[12].(a)Before operation; (b)after operation;(c)healthy volunteer

图 5. 基于红外热成像数据的心肌缺血预诊断方法流程图[21]

Fig. 5. Process of myocardial ischemic pre-diagnosis based on infrared imaging data[21]

图 6. 面部红外热像图。(a)左侧周围性面瘫患者;(b)中枢性面瘫患者;(c)健康志愿者

Fig. 6. Infrared thermograms of face.(a)Patient with left-sided peripheral facial paralysis;(b)patient with central facial paralysis;(c)healthy volunteer

图 7. 卷积神经网络的基本结构图

Fig. 7. Basic structure diagram of convolutional neural network

表 1钼靶、超声和远红外热成像诊断直径<2 cm乳腺病灶效能的比较(n=853)[18]

表 2钼靶、超声和远红外热成像诊断直径>2 cm乳腺病灶效能的比较(n =1193)[18]

Table2. Comparison of mammography, ultrasonography, and far-infrared thermography in the diagnosis of breast lesions large than 2 cm in diameter (n=1193)[18]

表 3基于差图的乳腺癌分类结果对比

Table3. Comparison of breast cancer classification results based on differential thermal images

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基于红外热成像的早期疾病检测技术的研究进展下载： 1281次

图 2. 乳腺肿块的红外热像图^[6]。(a)浸润性导管癌患者;(b)纤维腺瘤患者;(c)囊肿患者

Fig. 2. Infrared thermograms of breast masses^[6]. (a)Patient with invasive ductal carcinoma; (b)patient with fibroadenoma; (c)patient with cyst

图 4. 腕管综合征患者手部的红外热像图对比^[12]。(a)术前;(b)术后;(c)健康志愿者

Fig. 4. Comparison of infrared thermograms of hands in patients with carpal tunnel syndrome^[12].(a)Before operation; (b)after operation;(c)healthy volunteer

图 5. 基于红外热成像数据的心肌缺血预诊断方法流程图^[21]

Fig. 5. Process of myocardial ischemic pre-diagnosis based on infrared imaging data^[21]

表 1钼靶、超声和远红外热成像诊断直径<2 cm乳腺病灶效能的比较(n=853)^[18]

表 2钼靶、超声和远红外热成像诊断直径>2 cm乳腺病灶效能的比较(n =1193)^[18]

Table2. Comparison of mammography, ultrasonography, and far-infrared thermography in the diagnosis of breast lesions large than 2 cm in diameter (n=1193)^[18]