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我们的毫米波的人工电磁材料技术可以让 5G 基站天线具有比 4G 基站天线更小面积和更多的天线数及接口，极大地提高系统容量 和频谱效率；天线阵列宽角扫描技术，可以在不增加天线数目的基础 — 369 — 上将手机的覆盖能力提高 70%以上；是满足新一代无线通信产业对多 天线系统小体积、高容量、广覆盖的需求的重要保障，显得尤为迫切 和重要。我们基于矢量拟合法的滤波器特性提取和诊断算法，能够更 精准的设计高良率的无源器件；同时结合神经网络和人工智能算法， 可以适用于我司的滤波器自动检测设备和产线，实现滤波器的无人调 试和高效检验交付。 （三）关键技术 1）基于矢量拟合法这一解析方法实现的滤波器特性提取和响应 诊断方案。这个方法的技术壁垒较高，要求使用者能够熟练掌握电磁 场原理，滤波器电路模型理论，以及数学计算方法等工具。由于这个 方法是基于滤波器工作原理开发的，它每一步计算都具有针对性，在 经过有限步的计算之后，可以准确提取电路模型。与以前自动调试机 器中普遍采用的优化策略相比，该方法不需要提供初始值，而且计算 速度更快，因此非常适合用于滤波器自动调试。可以看到在公开发表 的文献中关于这类方法的研究我们已处于世界领先水平，我们已经在 微波技术领域国际顶级期刊《IEEE Transactions on Microwave Theory","2026-10-09T19:27:17.875Z",[800,801,802,803,804,805],{"code":423,"name":424},{"code":449,"name":450},{"code":404,"name":405},{"code":457,"name":458},{"code":410,"name":411},{"code":463,"name":464},[424,450,405,458,411,464],{"resultType":386,"id":808,"title":809,"abstract":810,"orgName":776,"province":657,"date":811,"trl":10,"transferMode":10,"keywords":393,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":812,"tagNames":824},"cmv1bi76k02cabdd858ui49ie","室内智能位置与姿态检测系统","针对老年人与护理人员存在严重的数量差异，难以匹配，一对多 护理模式难以确保医疗机构护理服务质量，以及视频监控的方式掌握 患者的护理情况存在个人隐私泄露、数据流量庞大、存在监控盲区、 人力成本高昂等痛点问题，本项目采用低成本、小流量可随时随地掌 握护理情况的解决方案，即更便宜：MEMS 可穿戴传感器，更安全： 无需图像采集保护个人隐私，更快捷：数据流量小方便分析上传，实 现室内精确定位、护理情况监控、紧急救护报警等主要功能。 （三）关键技术 主要的关键技术有两项： 一是姿态识别方法：通过采用一种基于深度神经网络的方法对人 体的骨骼关键点姿态进行识别。 图 1. 关键技术之一：姿态识别 — 366 — 二是惯性导航技术：通过 IMU（惯性测量单元）进行人的初始位 置、初始方向、姿态等计算，实现精确室内定位和姿态检测的数据支 撑。 图 2. 关键技术之二：惯性导航 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 — 367 — 应用于 5G\u002F6G 的高性能无线通信器件及","2026-10-09T19:27:17.858Z",[813,814,817,818,819,820,821,822,823],{"code":671,"name":672},{"code":815,"name":816},"CH-32","消费电子",{"code":489,"name":490},{"code":404,"name":405},{"code":678,"name":679},{"code":760,"name":761},{"code":457,"name":458},{"code":410,"name":411},{"code":460,"name":461},[672,816,490,405,679,761,458,411,461],{"resultType":386,"id":826,"title":827,"abstract":828,"orgName":776,"province":657,"date":829,"trl":10,"transferMode":10,"keywords":393,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":830,"tagNames":836},"cmv1bi74p02b8bdd8bcz5awzy","与硬件实现","— 349 — 项目名称：100M 5G 极化码编译器设计与实现 针对 5G 通信标准，开发高速 polar 编译码器，速率达到百兆级 bps。 （三） 关键技术 1. 兼容大部分编码速率和编码长度的设计 2. 基于 SCL 的 5G 编译码器架构 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 码性能测试平台照片（上位机-FPGA） — 350 —  上位机软件界面截图（LDPC 码部分）  上位机软件界面截图（Polar 部分） — 351 —","2026-10-09T19:27:17.790Z",[831,832,833,834,835],{"code":404,"name":405},{"code":786,"name":787},{"code":457,"name":458},{"code":410,"name":411},{"code":463,"name":464},[405,787,458,411,464],{"resultType":386,"id":838,"title":839,"abstract":840,"orgName":776,"province":657,"date":841,"trl":10,"transferMode":10,"keywords":393,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":842,"tagNames":850},"cmv1bi74h02b2bdd883zf3k2s","高速 LDPC 编译码器的设计与硬件实现技术","项目 1. 面向 5G-LDPC 码的高速编译码器实现 针对 5G 通信标准，开发高速 LDPC 编译码器。最高实现速率达 — 347 — 到 1Gbps。 项目 2. 800M DVB-S2 标准 LDPC 码编译码器实现 针对 DVB-S2 标准，开发高速 LDPC 编译码。 项目 3. 800M 深空与卫星通信 LDPC 码编译码器硬件实现 针对 CCSDS 标准，开发高速 LDPC 编译码器。 项目 4. 面向突发信道的 LDPC 设计与实现 针对某些特殊应用场景，自主构造 LDPC 码并根据 LDPC 编译码 器。 项目 5. 高速 QC-LDPC 码仿真验证平台开发 针对 QC-LDPC 码搭建仿真验证平台，为 LDPC 码的高速仿真提 供便捷条件。 （三） 关键技术 1. 优化的分层译码译码算法设计 2. 基于分层译码的新型译码器架构 3. 灵活可变的译码可配置技术 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 — 348 — 5G Polar 码高速编译码器的设计","2026-10-09T19:27:17.782Z",[843,844,845,848,849],{"code":689,"name":79},{"code":404,"name":405},{"code":846,"name":847},"GB-63","电信、广播电视和卫星传输服务",{"code":457,"name":458},{"code":410,"name":411},[79,405,847,458,411],{"resultType":386,"id":852,"title":853,"abstract":854,"orgName":776,"province":657,"date":855,"trl":10,"transferMode":10,"keywords":393,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":856,"tagNames":869},"cmv1bi736029sbdd879zoenwz","天地互联统一安全接入认证系统","— 327 — 本项目直面移动网络发展中密码安全防护欠缺的问题，开发天地 互联安全接入仿真系统。本系统面向未来 5G\u002F6G 网络场景，兼容 4G 网络安全过程，结合当前学术研究重点和企业痛点，并依据 3GPP 最 新标准和通信产业共识，突破海量多元终端接入认证及无缝切换漫游、 IoT 群组快速接入和动态管理以及星载网络资源受限等关键问题，开 发面向未来天地互联网络的全场景网络安全仿真系统。所设计的仿真 系统面向密码算法在移动互联网中的实际部署需求，基于项目组在天 地一体化信息网络、5G 网络安全等国家重点研发项目和国家自然基 金项目中的积累，依据标准实现仿真系统流程，为国密算法、自研密 码算法以及密码协议等相关领域提供可靠、高效的实验验证平台和靶 场环境。 系统面向国家及企业应用急需，围绕 4G、5G 以及天地一体化网 络下出现的各种异构、海量终端的组网、接入、漫游等安全场景进行 研究，开发天地互联安全接入仿真系统，解决面向未来复杂异构网络 的安全部署、安全管理和安全验证的难题。该系统主要包含：4G 网 络安全仿真子系统、5G 大规模统一认证仿真子系统和天地一体化卫 星组网认证子系统，模拟 4G、5G 和天地一体化卫星网络中涉及组网、 接入、漫游、通信等过程中的安全交互环节，可支持基于国密算法和 自主设计的密码安全协议的系统性验证和相关教学、科研任务。 （三） 关键技术 1. 基于生物\u002F软生物特征的隐私保护安全身份认证技术 2. 动态可重构的统一接入认证机制 3. 5G 云雾架构下的用户认证方案 — 328 — 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 — 329 — 仿真软件截图 — 330 — 面向多源信息融合的电力电缆状态诊断","2026-10-09T19:27:17.732Z",[857,858,859,860,861,862,863,864,865,866,867,868],{"code":671,"name":672},{"code":645,"name":646},{"code":625,"name":626},{"code":489,"name":490},{"code":404,"name":405},{"code":678,"name":679},{"code":649,"name":650},{"code":692,"name":693},{"code":786,"name":787},{"code":457,"name":458},{"code":410,"name":411},{"code":463,"name":464},[672,646,626,490,405,679,650,693,787,458,411,464],{"resultType":386,"id":871,"title":872,"abstract":873,"orgName":776,"province":657,"date":874,"trl":10,"transferMode":10,"keywords":393,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":875,"tagNames":883},"cmv1bi6vr026ebdd8syfcm9pz","基于北斗通信的高精密阀门远程控制器","油气管线的阀门通常分为开关阀与调节阀，其中开关阀只能进行 阀门的开闭操作，调节阀又叫做气动执行器，它可以控制阀门的开度 大小。此外工业现场环境以及阀门的状态信息还需要对各种传感设备 进行实时监控。用户针对阀门或传感器的控制或查询指令需要通过北 斗短报文或 4G\u002F5G 的无线通信方式传递到控制系统。 项目研制的控制系统由一个微型控制单元（MCU）结合 RS232、 RS485 通信端口，北斗收发机与 4G\u002F5G 通信模块、电磁继电器，电 流转换电路，液晶屏，按键等硬件外设组成，相互协调共同实现了对 — 239 — 工业现场阀门及传感器进行远程控制、查询与实时监控的功能。 （三） 关键技术 基于北斗短报文通信的指令收发与控制技术 一个控制系统可以同时控制两路开关阀，一路调节阀和八个传感 器，每个阀门与传感器在一个控制系统下都有唯一的 ID 号，而一个 用户又能够同时对工业现场的多个控制系统进行控制与查询操作，针 对北斗短报文自定义字段部分进行统一设计，形成三种功能的报文格 式，包括指令发送报文，返回信息报文和定位信息报文。结合报文中 的“设备卡号”、“阀门号”与“传感器号”字段即可实现了现场控 制系统同多个阀门与传感器设备的协议组网；结合基于北斗短报文的 阀门远程控制系统的多路电磁继电器与电流控制设备，既能够对现场 多路开关阀与调节阀进行精确控制，还能够对现场阀门或传感器的状 态信息进行实时检测或预警，对设备所在地经纬度信息进行查询，实 现了用户对多设备的双向通信。 整个控制系统的指令接收，识别，处理，控制信号的生成，信息 回传等功能均是通过微型控制单元（MCU）的软件部分实现的。阀门 的反馈信号会通过控制系统的 IO 口进行检测，形成闭环控制，以防 止指令的失效或是二次执行，增加了控制系统的可靠性。 — 240 — 技术成熟度： □概念验证 原理样机 □工程样机 □中试 □","2026-10-09T19:27:17.448Z",[876,877,878,879,880,881,882],{"code":689,"name":79},{"code":404,"name":405},{"code":537,"name":538},{"code":760,"name":761},{"code":786,"name":787},{"code":410,"name":411},{"code":463,"name":464},[79,405,538,761,787,411,464],{"resultType":386,"id":885,"title":886,"abstract":887,"orgName":776,"province":657,"date":888,"trl":10,"transferMode":10,"keywords":393,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":889,"tagNames":907},"cmv1bi6mn0220bdd8vjakri3z","基于大数据云计算的公路建管系统项目","基于大数据云计算的公路建管系统项目采用“两大核心平台+基 于大数据云计算的公路建管系统项目应用”的架构进行建设。 两大核心平台 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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