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警系统”，实现高精度时空基准信息输出、导航服务精度告警、干扰与欺骗式干扰检测与预 警等功能。 设备采用单站监测+多站组网+大数据服务工作模式，单站产品是针对小区域监测和单个 区域服务；多站组网具备大区域监测与告警，数据结果融合分析，多站误差比对等能力，由 数据中心形成大数据产品，大数据和单站组网，可以服务大范围用户，为导航用户不仅仅提 供拥堵告警，也提供导航性能服务精度指示。 设备功能结构框图如下 基本监测能力 （1）卫星导航基本测量功能： （2）卫星导航授时； （3）导航性能监测与区域预警； （4）电磁环境监测； （5）导航欺骗式干扰监测； （6）影响导航服务因素监测与趋势分析； 邮政编码：710126 传 真：029-81891405 电 话：029-81892585 西安电子科技大学技术转移中心公众微信号： （7）分布式多站组网干扰定位。 （三） 关键技术 1、卫星导航欺骗式干扰检测技术 由于欺骗式干扰功率略强于真实卫星导航信号，但淹没于环境噪声中，常用的电磁干扰 检测方法不能适用于欺骗式干扰检测。如何准确的在欺骗式干扰出现、欺骗引导等过程检测 到干扰信号","西安电子科技大学","2026-10-09T19:27:18.156Z",[678,679,680,681,684,685,686,689,690,693,694,695,698],{"code":559,"name":560},{"code":399,"name":79},{"code":594,"name":595},{"code":682,"name":683},"CH-34","云计算\u002F算力",{"code":480,"name":117},{"code":514,"name":515},{"code":687,"name":688},"GB-55","水上运输业",{"code":600,"name":601},{"code":691,"name":692},"GB-59","邮政业",{"code":482,"name":483},{"code":413,"name":414},{"code":696,"name":697},"GB-75","科技推广和应用服务业",{"code":467,"name":468},[560,79,595,683,117,515,688,601,692,483,414,697,468],{"resultType":386,"id":701,"title":702,"abstract":703,"orgName":675,"province":503,"date":704,"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":705,"tagNames":710},"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",[706,707,708,709],{"code":399,"name":79},{"code":535,"name":536},{"code":410,"name":411},{"code":413,"name":414},[79,536,411,414],{"resultType":386,"id":712,"title":713,"abstract":714,"orgName":675,"province":503,"date":715,"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":716,"tagNames":725},"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",[717,718,721,722,723,724],{"code":399,"name":79},{"code":719,"name":720},"GB-07","石油和天然气开采业",{"code":407,"name":408},{"code":463,"name":464},{"code":413,"name":414},{"code":467,"name":468},[79,720,408,464,414,468],{"resultType":386,"id":727,"title":728,"abstract":729,"orgName":675,"province":503,"date":730,"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":731,"tagNames":739},"cmv1bi6gn01yrbdd85b0jo7md","直升机机载卫星通信系统研究与实现","本项目提供一种应用于直升机卫星通信的机载电子设备,包括天 线、功放、低噪放、基带装置和视频采集装置。该设备关键技术突破 了直升机旋翼阻断通信链路的技术瓶颈，在 Ku 频段静止轨道卫星链 路，可支持传输速率不低于 1Mbps 的数据传输（支持 H.265 高清视 频传输），特别适用于人迹难至区域有视频快速回传需求的场景，如 森林救火、抗灾救援和全局勘测等。 （三）关键技术 直升机旋翼遮挡因素分析。直升机旋翼对卫星通信信号周期性的 遮挡会造成通信链路阻断，遮挡时长直接影响链路通信质量，因此， 对旋翼遮挡的因素进行分析是解决通信链路阻断的前提。 高动态环境下的信号增益控制与同步方法。正常情况下，直升机 — 92 — 由于旋翼遮挡或者姿态调整，都会导致卫星通信信号的强度存在大动 态的变化。针对这个问题，本项目针对性地提出高动态场景下通信信 号的自动增益控制方法和载波、定时同步环路方法。 极低解调门限的差错控制编码方法。直升机旋翼毫秒级的信号发 射窗口，决定了机载卫星通信终端只能采用较短码长的差错控制编码 方法。为实现系统的极低解调门限，本项目采用短码长低码率的低密 度奇偶校验（LDPC）编码方案。考虑到直升机旋翼可能带来的不利 遮挡，本项目还结合喷泉码的技术特点，实现信号的可靠传输。 基带信号波形与调制解调方案。基带信号波形与调制解调是通 信系统必不可少的功能单元，前者决定了通信信号的频谱结构，后者 则直接会影响通信系统的抗噪声性能。针对直升机旋翼遮挡，收发系 统频偏、信号带宽以及视频信息传输等多种因素，本项目设计抗遮挡 的信号波形。 □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 — 93 —","2026-10-09T19:27:16.864Z",[732,733,736,737,738],{"code":399,"name":79},{"code":734,"name":735},"GB-02","林业",{"code":460,"name":461},{"code":535,"name":536},{"code":410,"name":411},[79,735,461,536,411],{"resultType":386,"id":741,"title":742,"abstract":743,"orgName":675,"province":503,"date":744,"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":745,"tagNames":753},"cmv1bi6ah01v4bdd8h2oitxju","多波束\u002F涡旋波束天线技术","本项目提供一种用于无线通信系统中的多波束低造价超表面天 线。当每个波束独立工作时，通过切换波束实质上实现了波束扫描。 雷达、卫星通信、新一代移动通信都需要波束扫描或多波束天线提高 通信容量和覆盖灵活性。超表面具有调控电磁波的极化、传播和空间 分布的能力，将电磁超表面与天线设计相结合，有效避免了复杂网络 设计、成本较低、设计灵活。研究基于电磁超表面的高效率、低成本 的多波束天线是解决上述问题的一个重要设计方向。 （三）关键技术 该项目利用超表面的灵活相位调控，实现多个波束的产生，涉及 到的关键技术包括多波束天线以及涡旋波生成技术。 多波束技术 多波束天线具有高增益、低副瓣以及可在较宽范围内波束扫描等 优点，广泛应用于雷达系统、卫星通信以及 5G 通信等技术领域，在 满足辐射性能要求的同时还要考虑成本、可靠性、体积等因素。其中， 多波束抛物面天线、多波束相控阵天线、多波束透镜天线等应用最为 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