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本项目已申请\u002F授权专利 10 余件，获得软件著作权 7 件，有效解 决了私有云产品兼容性与灵活性差，部署实施难，管理控制成本高、 数据泄露丢失等行业应用痛点，已在教育、商业、军事、航空等领域 实际应用。例如，在西安电子科技大学、河南工业大学、西安理工大 学、河北师范大学、海南大学等高校建立了具有多个域的教育云安全 平台；被中国人民解放军中央军事委员会联合参谋部某部队采购，应 用于内部办公系统；为中国科学院无锡物联网研究中心视频物联网系 统提供了云计算安全支撑平台；与河南金路网、山东金口玉芽智慧农 — 189 — 业、中国航空工业第六三一研究所等企业及机关单位达成深度合作； 本项目相关方案和产品先后获得 2019 年“沣东杯”陕西省科技工作者 创新创业大赛银奖、第五届中国“互联网+”大学生创新创业大赛陕西 赛区金奖、2019CCTV 十大创业榜样等，未来将与政务、金融、医疗、 军工等对私有云安全有迫切需求的行业深度合作，力争成为国内私有 云安全的领航者。 （三）关键技术 — 190 — 轻量级多域安全私有云包括软件、硬件等各类系统，提供存储、 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1、基于大数据云计算的公路建管系统项目云控平台：采用云控 运管数字底盘+上层应用的平台模型，构建集收费管理、基于大数据 云计算的公路建管系统项目日常管理、准全天候同行、基于大数据云 计算的公路建管系统项目服务区、车路协同测试段等一体化管理平台。 2、Sub 全文编号转文本() — 159 — — 160 — '将文档中全部自动编号转成正常文本。 ActiveDocument.Range.ListFormat.ConvertNumbersToText End Sub 层应用平台模型，包含以下三个内容：施工项目的建设管理信息 化系统、路面及结构物检测、监测及养护、机电设备检测、监测及养 护。 （三） 关键技术 采用大数据和云计算的技术架构，实现了数据、GIS、视频等资 源的智能融合，建立事件、流量、收费、养护等专题的挖掘模型，涵 盖了高速公路监控、路政、养护、资产等各个业务条线的应用功能。 通过对既有交通数据的分析挖掘，结合交通的历史数据、图片和手机 信息进行深层次的数据碰撞，实现车辆轨迹在时间、空间上全方位智 能分析。 基于 5G 移动互联网技术，运用公路网络视频监控系统视频监控 图像，可实现对视频监控图像中人、车、物等行为、事件乃至交通环 境(保护)参数的智能化检测和分析，核心子系统主要包括多源异构信 息采集系统、核心智能分析系统、联动处理系统等。 — 161 — 基于地理信息技术， 利用高精度道路专用测速雷达作为超速检 测手段，捕获所有经过车辆，以机动车图片抓拍、车辆号牌识别等车 辆特征数据采集，布控比对报警，查报站出警拦截，对道路超速违法 情况进行常年不间断的自动记录，为快速纠正超速违法行为提供重要 的技术手段和证据。 技术成熟度： 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长格局，形成绿色增长和绿色转型的新常态；其次，该技术术区别于 现有的常规的可见光检测和识别技术，具有抗恶劣环境、全天候工作 等特色。目前类似产品尚且少见，技术优势明显，市场需求巨大，应 用前景诱人。故而，本项目的研究对提高国家智慧安防的竞争力、对 促进新型经济结构下的经济发展具有十分显著的意义。 （三）关键技术 本项目针对当前人力密集模式的安防技术现状，提出了基于人工 智能和互联网技术结合的多光谱人脸检测和跨频谱人脸识别技术。具 体来说，我们针对复杂环境和全天候需求，提出一种新的基于多光谱 的人脸检测方法，并设计新型多尺度加速网络；针对全天候下多光谱 人脸识别的需求，研究更特殊的人脸识别情形，即跨光谱人脸识别； — 100 — 为了解决采集来源多样性设计多测量水平网络、双向转化网络等提高 识别性能；为了实现网络化监控系统，研究分布式网络化智能监控方 案，研究以太网和无线网络相结合的组网方式。 技术成熟度： □概念验证 原理样机 工程样机 □中试 □产业化 合作方式： □联合研发 技术入股 转让 授权（许可） 面议 — 101 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小时的实时信息采集。范围覆盖全网，涉及主题 丰富、模态全面：抖音、快手、好看视频等平台的视频信息；微博、 头条、人民号、澎湃新闻等平台的文本和图片信息；喜马拉雅等平台 的音频信息。基于 Elasticsearch 的分布式搜索引擎，通过对多模态数 据的索引构建，实现对数据源的分布式存储与实时检索，包括 Elasticsearch 分布式集群设计模块、垂直领域（网信）个性化词典构 建模块、数据索引模块、数据搜索模块、智能推荐模块。 2、领域知识图谱构建技术","2026-10-09T19:27:16.885Z",[723,724,727,728,731,734],{"code":399,"name":400},{"code":725,"name":726},"FU-08","生成式人工智能",{"code":413,"name":414},{"code":729,"name":730},"GB-86","新闻和出版业",{"code":732,"name":733},"GB-92","国家机构",{"code":419,"name":420},[400,726,414,730,733,420],{"resultType":386,"id":737,"title":738,"abstract":739,"orgName":587,"province":556,"date":740,"trl":10,"transferMode":10,"keywords":394,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":396,"isRevitalized":396,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":741,"tagNames":754},"cmv1bi68s01u9bdd8c3t3ftqs","“链固”区块链数据库系统","“链固”区块链数据库系统，采用基于分布式对等网络的“区块 链+传统数据库”的双层架构、基于 Raft 和可验证随机函数的安全高 效共识协议、基于共识机制的节点间数据互检以及基于滑动窗口的区 块数据保存机制，实现了兼顾安全和效率的区块链数据库系统，提供 了可信的数据服务，支撑数据进入资本市场，赋能数字经济。系统实 — 2 — 现上核心算法全部做到自主可控，密码学相关算法全面采用国密算法， 支持国产 CPU FT-2000 系列在内的多款 CPU，支持国产操作系统银 河麒麟、中标麒麟在内的多款操作系统。项目已成功应用于中电福富 审计系统和中国航天科技集团第九研究院 771 所的“云脑”项目。 （三）关键技术 本项目围绕区块链和数据库安全和效率进行研究，突破了如下四 项关键技术： 关键技术一：设计了基于分布式对等网络的双层数据库系统结构， 解决了传统数据系统存在单点失效的问题，建立了基于 B+树高效的 索引结构，突破了传统区块链架构查询性能低下的瓶颈。 关键技术二：提出了基于 Raft 和可验证随机函数的安全高效共 识协议，实现了不完全可信环境下分布式数据库系统记账节点的高效 安全选取，满足了海量数据高并发业务对数据高效安全同步的需求。 关键技术三：提出了基于共识机制的高效数据自检和互检协议， 通过双层数据库架构中顶层和底层的相互联动，实现了数据周期性的 防篡改检查和错误修复，满足了企业对敏感数据可信存储的需求。 关键技术四：提出了模块化可配置的系统架构，实现了系统功能 的可定制和可扩展，满足不同业务场景差异性的安全需求，降低了企 业在实际部署过程中的成本。 技术成熟度： □概念验证 □原理样机 □工程样机 中试 □产业化 合作方式： □联合研发 □技术入股 □转让 □授权（许可） 面议 — 3 — 附图 1 节点部署案 附图 2 核心功能验证 — 4 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在推进中，数字孪生技术结合人工智能、5G、区块链等前沿技术与各产业不断 融合深化，有力推动各行业数字化转型的发展，实现智能互联网时代的升级与变 革。数字孪生作为一项关键技术和提高效能的重要工具，需能够有效发挥其在建 模、数据采集、分析预测、虚拟仿真等方面的作用，助推数字化产业化，其行业 应用更是有无限广阔的空间，如可应用于智慧城市、智慧战场、智慧试验场的研 究。","西安工业大学","2026-10-09T19:27:16.333Z",[762,763,764,765,766,767],{"code":591,"name":592},{"code":434,"name":435},{"code":399,"name":400},{"code":652,"name":653},{"code":413,"name":414},{"code":419,"name":420},[592,435,400,653,414,420],{"resultType":386,"id":770,"title":771,"abstract":772,"orgName":759,"province":556,"date":773,"trl":10,"transferMode":10,"keywords":394,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":396,"isRevitalized":396,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":774,"tagNames":782},"cmv1bi5rk01kfbdd80e0o7w59","海绵城市建设及城市排水防涝智慧管控平台","近年来随着智慧城市、孪生城市概念的提出与发展,全国各大城市纷纷开展 了智慧城市建设，为城市管理构建一个智慧大脑，帮助城市更加健康、智能、高 效的发展，智慧海绵城市综合管控平台建设使智慧城市建设核心之一。项目基于 海绵城市规划建设现状，综合运用流量计、水位计、水质在线分析仪、气象站等 在线监测设备构建的物联网 IOT、高速宽带有线无线互联网（4G\u002F5G）、大数据、 地理信息系统、高效高精度雨洪过程和水质耦合模型、AI 污染溯源分析算法等 先进技术为支撑，构建智慧海绵城市综合管控平台，平台采用“1+1+1+N”的架 构模式设计，即一张网、一数据中心、一基础支撑平台和 N类大数据应用，为 海绵城市建设成效、城市排水防涝考核与评估提供依据，同时建立信息化平台， 集中反映城市建设、运营和管理、科研管理的全过程信息，全面提升海绵城市及 城市排水防涝的运营管理水平、规划决策水平和建设管理维护水平，为海绵城市 建设、城市排水防涝的有效实施提供现代数字化管理手段。","2026-10-09T19:27:15.899Z",[775,776,777,778,779,780,781],{"code":399,"name":400},{"code":402,"name":403},{"code":405,"name":117},{"code":407,"name":408},{"code":413,"name":414},{"code":452,"name":453},{"code":419,"name":420},[400,403,117,408,414,453,420],{"resultType":386,"id":784,"title":785,"abstract":786,"orgName":759,"province":556,"date":787,"trl":10,"transferMode":10,"keywords":394,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":396,"isRevitalized":396,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":788,"tagNames":799},"cmv1bi5re01k5bdd8yj2hzfvb","海绵城市及城市防洪排涝智慧管控平台建设技术","本项目基于智慧城市的建设理念，开发了集在线监测技术、物联网技术、 GIS技术、高效高精度雨洪过程模拟技术等于一体的智慧综合管控平台，实现了 海绵城市建设和城市防洪排涝监控、预报预警、应急指挥调度、建设成效评估等 功能，作为智慧城市建设内容之一，海绵城市及城市防洪排涝智慧管控平台可为 城市管理构建一个智慧大脑，帮助城市更加健康、智能、高效的发展，该技术已 在多个城市得到了推广应用。 该技术基于海绵城市规划建设现状，综合运用流量计、水位计、水质在线分 析仪、气象站等在线监测设备构建的物联网 IOT、高速宽带有线无线互联网 （4G\u002F5G）、大数据、地理信息系统、高效高精度雨洪过程和水质耦合模型、AI 污染溯源分析算法等先进技术为支撑，构建智慧海绵城市综合管控平台，平台采 用“1+1+1+N”的架构模式设计，即一张网、一数据中心、一基础支撑平台和 N 类大数据应用，为海绵城市建设成效、城市排水防涝考核与评估提供依据，同时 建立信息化平台，集中反映城市建设、运营和管理、科研管理的全过程信息，全 面提升海绵城市及城市排水防涝的运营管理水平、规划决策水平和建设管理维护 水平，为海绵城市建设、城市排水防涝的有效实施提供现代数字化管理手段。","2026-10-09T19:27:15.893Z",[789,790,791,792,793,794,795,798],{"code":399,"name":400},{"code":402,"name":403},{"code":405,"name":117},{"code":407,"name":408},{"code":413,"name":414},{"code":452,"name":453},{"code":796,"name":797},"GB-76","水利管理业",{"code":419,"name":420},[400,403,117,408,414,453,797,420],{"resultType":386,"id":801,"title":802,"abstract":803,"orgName":804,"province":556,"date":805,"trl":806,"transferMode":807,"keywords":394,"industry":808,"patentType":10,"legalStatus":10,"isOpenLicense":396,"isRevitalized":396,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":809,"tagNames":841},"cmv1bi52d014zbdd8b4e49mjg","先进传感材料与器件制造","工业4.0物联时代，传感器肩负重任，工业互联网将依靠智能的机器加上先进的分析工具，实现通信、计算、控制的三位一体。这其中，传感器是数据采集的入口，是物联网的神经末梢。半导体气体传感器当前已在环境污染监测、爆炸物检测、国家安防等领域得到了初步应用。这类传感器一般需要在高温工作，能耗高，长时间探测易使设备老化，可靠性差，难以便携。发展柔性低功耗传感器技术，有望在上述领域推动传感器工作模式的革新发展，并拓展其在可穿戴器件、人体健康监测、动力电池安全监控分析等新型领域的应用。本项目一方面利用自研的具备国际领先水平的高性能气体传感材料，推广其在国内外高校、科研院所与企业的应用；一方面，借助微电子打印与 3D 打印技术，研发出新型的柔性传感器芯片，推出高通量传感器制备技术与联网数据采集方法，将之用于锂离子动力电池安全联网监控、人类高危疾病的快速筛查监测等国内研制初级领域，率先建立相关行业标准与占据市场高地。通过本项目的实施，有望在柔性电子传感器芯片领域及其在新能源汽车、大健康等应用场景提供成熟服务方案。","西安交通大学","2026-10-09T19:27:14.998Z",4,"面议","电子材料与器件",[810,813,816,819,820,823,824,825,826,829,832,833,834,835,836,837,840],{"code":811,"name":812},"CH-08","集成电路",{"code":814,"name":815},"CH-19","新能源",{"code":817,"name":818},"CH-21","新能源汽车",{"code":437,"name":438},{"code":821,"name":822},"CH-32","消费电子",{"code":563,"name":564},{"code":407,"name":408},{"code":410,"name":411},{"code":827,"name":828},"GB-36","汽车制造业",{"code":830,"name":831},"GB-38","电气机械和器材制造业",{"code":444,"name":445},{"code":413,"name":414},{"code":416,"name":417},{"code":452,"name":453},{"code":419,"name":420},{"code":838,"name":839},"SEI-05","新能源汽车产业",{"code":482,"name":483},[812,815,818,438,822,564,408,411,828,831,445,414,417,453,420,839,483],{"resultType":386,"id":843,"title":844,"abstract":845,"orgName":804,"province":556,"date":846,"trl":49,"transferMode":807,"keywords":394,"industry":847,"patentType":10,"legalStatus":10,"isOpenLicense":396,"isRevitalized":396,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":848,"tagNames":855},"cmv1bi4y8012obdd8h91po8g6","±10kV 机械式直流断路器","柔性直流输电是解决风电等可再生能源高效开发利用的重要途径，作为新一代电网技术，直流电网已成为世界各国电力系统发展的重要方向，而高压直流开断技术是迫切需要解决的关键问题。2018年，本团队研制了±10kV 机械式直流断路器，开断电流10kA，开断时间小于3ms。该产品在国家智能电网输配电设备质检中心（广东）通过了短路开断试验，这也是国内机械式直流断路器首次采用低频发电机进行的高压直流短路开断试验，与常规的LC源试验相比，具有与实际直流系统更强的等效性。该产品已在世界规模最大多端交直流混合柔性配网互联工程（国家能源局首批支持能源消费革命的城市-园区双级“互联网+”智慧能源示范工程物理层项目）中成功投运。这是国际上机械式直流断路器在交直流混合柔性配网中的首次工程应用。","2026-10-09T19:27:14.828Z","电力装备与特高压",[849,850,851,852,853,854],{"code":814,"name":815},{"code":626,"name":627},{"code":830,"name":831},{"code":634,"name":635},{"code":413,"name":414},{"code":482,"name":483},[815,627,831,635,414,483],{"resultType":386,"id":857,"title":858,"abstract":859,"orgName":804,"province":556,"date":860,"trl":63,"transferMode":861,"keywords":394,"industry":558,"patentType":10,"legalStatus":10,"isOpenLicense":396,"isRevitalized":396,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":862,"tagNames":872},"cmv1bi44n00gnbdd8djlsaztx","社交网络中舆情数据的精准实时抓取与实证应用","舆情监控是整合互联网信息采集技术及信息智能处理技术通过对互联网海量信息自动抓取、自动分类聚类、主题检测、专题聚焦，实现用户的网络舆情监测和新闻专题追踪等信息需求，形成简报、报告、图表等分析结果，为客户全面掌握网民思想、行为动态，做出正确舆论引导，提供分析依据。图1 整体架构西安交通大学大数据分析技术与算法国家工程实验室舆情大数据分析研究小组在舆情监控领域进行了大量的研究工作，在数据方面构建了包括 Facebook、Twitter、微博、贴吧、门户网站、论坛在内的100 余处主流站点的数据，构建了包括文本、图片、视频等在内的跨模态舆情大数据。该项目团队拥有完整独立自主的知识产权，实现了技术的自主可控，并且能够提供一站式社交网络信息处理方案和技术支持，如更广的数据采集扩展、丰富的数据分析、多样的舆情报告、多端的平台应用。目前该系统已应用于教育部考试舆情监控系统、榆林舆情监控系统、丝路学院知识中心，用户涵盖国家部委、公安、宣传、军队、高校等领域，并获得了用户的一致认可和高度评价。r图2 教育部对该系统的评价","2026-10-09T19:27:13.702Z","技术入股、面议",[863,864,865,866,867,868,869,870,871],{"code":595,"name":596},{"code":399,"name":400},{"code":405,"name":117},{"code":413,"name":414},{"code":416,"name":417},{"code":452,"name":453},{"code":475,"name":476},{"code":729,"name":730},{"code":419,"name":420},[596,400,117,414,417,453,476,730,420],{"resultType":386,"id":874,"title":875,"abstract":876,"orgName":877,"province":556,"date":878,"trl":10,"transferMode":10,"keywords":394,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":396,"isRevitalized":396,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":879,"tagNames":888},"cmv1bi3yp00btbdd828b20uqn","智能化医学影像处理平台","智能化医学影像处理平台（IntelligentMedicalimageprocessing，iMips），用以分析 处理PACS系统中的数据。iMips为PACS之上的一层中间件，通过中间接口，导入数据，在服务器端 执行计算，包括图像分割、三维重建、计算机辅助检测等智能处理服务。根据用户的请求，将分析 结果利用“可视化技术”返回到医生桌面或手持前端设备，为医生的日常诊断提供整体化的影像服务。 iMips通过接口调取相应系统的数据，经过处理和分析，生成处理结果，最终将信息传输到前端设备 供医生参阅。为了更好地满足分级诊疗制度，立足省市一级的综合医院，构建了远程医疗云服务平 台。乡镇医院与县级医院属于远程医疗服务单位，由终端发出服务请求，通过互联网将数据上传至 定点服务协作单位的系统中。PACS等系统首先对数据进行归档存储，由iMips做出服务响应，将数 据处理的结果通过网络返回给终端，供医生诊断参考。影像预处理服务，根据不同科室，有针对地 对图像进行预处理，使图像更加清晰直观，病灶更加突出明显。另一方面，加入大数据、机器学习 技术，提供多部位器官的精准分割及自动识别。医学影像器官三维重建服务，医生只需要提供医学 影像数据，就能在后端快速重建出器官的三维模型，提供可视化和测量等简单操作。三维重建后效 果直观，不仅可以准确定位病灶位置，而且方便医生患者的交流。计算机辅助诊断服务，积累形成 了中国人医学影像大数据，构建智能诊断模型，可以自动识别影像中可疑的病灶信息，减轻医生繁 重的工作。","西北大学","2026-10-09T19:27:13.469Z",[880,881,882,883,884,885,886,887],{"code":399,"name":400},{"code":402,"name":403},{"code":405,"name":117},{"code":695,"name":696},{"code":413,"name":414},{"code":452,"name":453},{"code":680,"name":681},{"code":419,"name":420},[400,403,117,696,414,453,681,420],{"resultType":386,"id":890,"title":891,"abstract":892,"orgName":877,"province":556,"date":893,"trl":10,"transferMode":10,"keywords":394,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":396,"isRevitalized":396,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":894,"tagNames":907},"cmv1bi3xy00b8bdd8ykygrzqk","穿越西汉 VR\u002FAR 系统","基于VR\u002FAR技术，可突破文化遗产实体游览的时空局限性，产品场景模型与史料记 载数据严格一致，准确再现了汉长安城恢弘原貌；以重要历史事件和历史人物为素材，以用户的感 受为关注点，精心设计体验细节，保证了产品的趣味性和沉浸感；将Kinect体感技术、HTC技术与 增强现实技术相结合，凸显出产品的特色和先进性。同时，还可以使文化遗产资源从市场中获得保 护资金，实现可持续的文化遗产保护，为后续合作开展文化遗产大数据消费打下了很好的基础。 成果用途：成果可以用于文化遗产VR\u002FAR体验馆产业化，也可以用于基于互联网的文化遗产虚 拟游览。通过用VR和AR技术实现支持虚拟文化遗产的身临其境参观、现实文化遗产的远程实时参 观，不仅可以解决我国文化遗产消费的瓶颈，还可以实现可持续的文化遗产保护。成果中采用的相 关技术如虚拟现实技术、人机交互技术、增强现实技术等也可用于娱乐、家居等其他很多领域应用。 成果成熟度：中试阶段 投资方式：企业出资采购，学校为主体和企业共同实施转化；学校以该科技成果作价投资，与 其他单位共同实施转化。 预期成果收益：12年内开发出完整的游览系统及相应的AR\u002FVR引擎并推向市场，产品推广后， 预计每年新增产值10亿元以上。 西北大学高技术转移创新研究院科技成果转化办公室：029-88302617 成果完成人：彭进业 邮箱：kaifa@nwu.edu.cn 113 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