滿額折
生物特徵識別技術應用案例集（簡體書）
商品資訊
ISBN13：9787121505683
出版社：電子工業出版社
作者：全國信息技術標準化技術委員會生物特徵識別分技術委員會 編著
出版日：2025/06/01
裝訂／頁數：平裝／276頁
規格：24cm*17cm (高/寬)
商品簡介
作者簡介
目次
商品簡介
為貫徹落實《"十四五”數字經濟發展規劃》（國發〔2021〕29號），提升我國生物特徵識別產業競爭力，推動我國生物特徵識別產業做大做強，助力經濟社會發展，全國信息技術標準化技術委員會生物特徵識別分技術委員會（SAC/TC28/SC37）組織編制"生物特徵識別技術應用案例集”，並對當前生物特徵識別技術應用情況進行總結分析。本案例集將應用案例劃分為四個主要部分：行業應用篇、新興應用篇、融合應用篇及支撐技術應用篇，共收錄了55項案例。通過彙編生物特徵識別技術應用實例，充分展現了生物特徵識別技術在多個關鍵領域的實際應用成效和重要影響，並希望為技術使用方、研究人員、技術開發者、標準及政策制定者提供全面的參考資源，使生物特徵識別技術應用案例集成為生物特徵識別解決方案選擇的知識數據庫，項目需求對接的橋樑，讓生物特徵識別技術持續為人類社會帶來更加美好的生活體驗。
作者簡介
宋繼偉，2010年畢業于東北大學，系統工程專業，工學博士，高級工程師， 2010年至今在工業和信息化部電子工業標準化研究院從事生物特徵識別、智能製造、無人機、RFID、IC卡、實時定位等相關領域的標準化工作；現任物聯網研究中心感知技術研究室主任，全國信標委卡及身份識別安全設備分委會(SAC/TC28/SC17)副秘書長，全國信標委生物特徵識別分技術委員會(SAC/TC28/SC37)委員，ISO/IEC 18000-4:2018國際標準主編輯，ISO/IEC/ JTC1/SC31，ISO/IEC/JTC1/SC17和ISO/IEC/JTC1/SC37下設6個工作組專家；作為課題負責人，承擔多項科技部國家重點研發計劃項目和工信部智能製造標準專項；作為編制組成員，參與編寫《國家智能製造標準體系建設指南（2015版）解讀》、《智能製造標準化》等著作；獲得省部級科技一等獎1項，三等獎1項，國家發明專利11項，國家實用新型專利10項；發表SCI，EI等論文16篇，主持及參與制定國家標準，行業標準，地方標準60余項。
目次
第1 章 行業應用篇·········································································.1
1.1 概述·······················································································.1
1.2 行業應用特點分析··································································.1
1.2.1 指標優異··············································································.2
1.2.2 易用可靠··············································································.2
1.2.3 安全性高··············································································.2
1.2.4 管理高效··············································································.3
1.3 發展建議················································································.3
1.4 行業應用案例·········································································.3
1.4.1.1 案例1：金融行業銀行指靜脈身份認證系統···································.3
1.4.1.2 案例2：金融行業指靜脈識別管理系統··········································7
1.4.1.3 案例3：金融行業“聲紋+”可信身份認證解決方案·························11
1.4.1.4 案例4：教育考試考生指靜脈身份驗證系統·································.14
1.4.1.5 案例5：基於人臉識別的煤礦門禁考勤系統·································.18
1.4.1.6 案例6：搭載虹膜識別系統的輔運系統智能化信息管理平臺··············.21
1.4.1.7 案例7：基於虹膜識別身份認證的人事檔案管理系統······················.26
1.4.1.8 案例8：基於指紋識別的數據存儲設備應用·································.30
1.4.1.9 案例9：掌靜脈識別智能門鎖·················································.33
1.4.1.10 案例10：3D 人臉識別智能門鎖解決方案···································.37
1.4.1.11 案例11：基於虹膜動態加密解密的電子文件流轉系統····················.40
1.4.1.12 案例12：基於虹膜識別的智能文件交換箱·································.44
1.4.1.13 案例13：基於虹膜識別安全登錄電子信息系統解決方案·················.51
1.4.1.14 案例14：船舶過閘安檢船員身份核驗系統·································.57
1.4.1.15 案例15：景區人票合一智能識別管理系統·································.60
1.4.1.16 案例16：DNA 檔案在幹細胞與再生醫學領域的應用解決方案··········.63
1.4.1.17 案例17：全國社保卡服務平臺生物特徵識別應用·························.68
1.4.1.18 案例18：騰訊“微信刷掌”在各民生場景的應用·························.72
X
第2 章 新興應用篇······································································.79
2.1 概述·····················································································.79
2.2 新興應用的創新特性····························································.79
2.2.1 新興應用之技術突破·····························································.79
2.2.2 新興應用之場景拓展·····························································.80
2.2.3 新興應用之隱私保護·····························································.81
2.3 發展建議··············································································.81
2.4 新興應用案例·······································································.81
2.4.1.1 案例1：多模態防偽大模型平臺···············································.81
2.4.1.2 案例2：虹膜檢驗鑒定實驗室·················································.85
2.4.1.3 案例3：智慧檔案庫房管理平臺···············································.95
2.4.1.4 案例4：賽鴿綜合管理識別平臺···············································100
2.4.1.5 案例5：海鑫智聖“鑫寵”寵物識別算法服務······························104
2.4.1.6 案例6：基於牛只識別技術的智能畜牧養殖保險系統·····················.112
2.4.1.7 案例7：高通量測序動物基因識別系統······································.116
2.4.1.8 案例8：基於行為識別技術的智能頤養系統·································120
2.4.1.9 案例9：XR 頭戴式顯示設備利用虹膜特徵識別技術進行身份認證·······125
2.4.1.10 案例10：AR 自主視覺智能作業技術平臺··································131
2.4.1.11 案例11：基於掌靜脈識別技術的車門解鎖系統····························136
2.4.1.12 案例12：氣味數智化識別平臺···············································139
2.4.1.13 案例13：生物特徵識別在基因檢測領域的應用解決方案·················143
2.4.1.14 案例14： 面向視障殘疾人用戶的分布式
生物特徵識別無障礙身份鑒別應用案例·························149
第3 章 融合應用篇······································································153
3.1 概述·····················································································153
3.2 融合應用的融合特性····························································154
3.2.1 生物特徵識別多模態融合應用的特點及分析······························154
3.2.2 跨界融合多模態拓展應用特點及分析········································154
3.3 發展建議··············································································155
3.4 融合應用案例·······································································156
XI
3.4.1.1 案例1：ABIS 多模
1.1 概述·······················································································.1
1.2 行業應用特點分析··································································.1
1.2.1 指標優異··············································································.2
1.2.2 易用可靠··············································································.2
1.2.3 安全性高··············································································.2
1.2.4 管理高效··············································································.3
1.3 發展建議················································································.3
1.4 行業應用案例·········································································.3
1.4.1.1 案例1：金融行業銀行指靜脈身份認證系統···································.3
1.4.1.2 案例2：金融行業指靜脈識別管理系統··········································7
1.4.1.3 案例3：金融行業“聲紋+”可信身份認證解決方案·························11
1.4.1.4 案例4：教育考試考生指靜脈身份驗證系統·································.14
1.4.1.5 案例5：基於人臉識別的煤礦門禁考勤系統·································.18
1.4.1.6 案例6：搭載虹膜識別系統的輔運系統智能化信息管理平臺··············.21
1.4.1.7 案例7：基於虹膜識別身份認證的人事檔案管理系統······················.26
1.4.1.8 案例8：基於指紋識別的數據存儲設備應用·································.30
1.4.1.9 案例9：掌靜脈識別智能門鎖·················································.33
1.4.1.10 案例10：3D 人臉識別智能門鎖解決方案···································.37
1.4.1.11 案例11：基於虹膜動態加密解密的電子文件流轉系統····················.40
1.4.1.12 案例12：基於虹膜識別的智能文件交換箱·································.44
1.4.1.13 案例13：基於虹膜識別安全登錄電子信息系統解決方案·················.51
1.4.1.14 案例14：船舶過閘安檢船員身份核驗系統·································.57
1.4.1.15 案例15：景區人票合一智能識別管理系統·································.60
1.4.1.16 案例16：DNA 檔案在幹細胞與再生醫學領域的應用解決方案··········.63
1.4.1.17 案例17：全國社保卡服務平臺生物特徵識別應用·························.68
1.4.1.18 案例18：騰訊“微信刷掌”在各民生場景的應用·························.72
X
第2 章 新興應用篇······································································.79
2.1 概述·····················································································.79
2.2 新興應用的創新特性····························································.79
2.2.1 新興應用之技術突破·····························································.79
2.2.2 新興應用之場景拓展·····························································.80
2.2.3 新興應用之隱私保護·····························································.81
2.3 發展建議··············································································.81
2.4 新興應用案例·······································································.81
2.4.1.1 案例1：多模態防偽大模型平臺···············································.81
2.4.1.2 案例2：虹膜檢驗鑒定實驗室·················································.85
2.4.1.3 案例3：智慧檔案庫房管理平臺···············································.95
2.4.1.4 案例4：賽鴿綜合管理識別平臺···············································100
2.4.1.5 案例5：海鑫智聖“鑫寵”寵物識別算法服務······························104
2.4.1.6 案例6：基於牛只識別技術的智能畜牧養殖保險系統·····················.112
2.4.1.7 案例7：高通量測序動物基因識別系統······································.116
2.4.1.8 案例8：基於行為識別技術的智能頤養系統·································120
2.4.1.9 案例9：XR 頭戴式顯示設備利用虹膜特徵識別技術進行身份認證·······125
2.4.1.10 案例10：AR 自主視覺智能作業技術平臺··································131
2.4.1.11 案例11：基於掌靜脈識別技術的車門解鎖系統····························136
2.4.1.12 案例12：氣味數智化識別平臺···············································139
2.4.1.13 案例13：生物特徵識別在基因檢測領域的應用解決方案·················143
2.4.1.14 案例14： 面向視障殘疾人用戶的分布式
生物特徵識別無障礙身份鑒別應用案例·························149
第3 章 融合應用篇······································································153
3.1 概述·····················································································153
3.2 融合應用的融合特性····························································154
3.2.1 生物特徵識別多模態融合應用的特點及分析······························154
3.2.2 跨界融合多模態拓展應用特點及分析········································154
3.3 發展建議··············································································155
3.4 融合應用案例·······································································156
XI
3.4.1.1 案例1：ABIS 多模
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