必应词典为您提供cross-rangeresolution的释义,网络释义: 在亯标正交方向之解析度;在信标正交方向之解析度;在信标正交方向之分辨率;
1. 在亯标正交方向之解析度 Companding a Law ... cross-power spectrum 交叉功率频谱cross-range resolution在亯标正交方向之解析度crosstalk 串音、 … www.docstoc.com|基于 1 个网页 2. 在信标正交方向之解析度 communication ... ... 交叉必v频谱 cross-power spectrum在信标正交方向之解析度cross-range ...
1) Cross-range resolution 横向距离分辨 2) range resolution 距离向分辨率 1. The combination of these SAR images was used to improve therange resolutionin final image product. 分布式星载SAR利用不同视角回波信号之间地面散射频谱不同的特性来提高SAR图像的距离向分辨率 。
Range resolution is a function of the transmitted waveform and is inversely proportional to the signal bandwidth. The resolution can be expressed by: (10.47)ΔR≅c/(2B), where c is the speed of light and where B is the bandwidth. The factor 2 accounts for the round-trip. The cross-...
4.3Range resolution Active systems add an additional dimension to theimaging systembecause of their ability to resolve the depth of the imaging target. Similar tolateral resolution, two objects at two different ranges can be distinguished if their received phase variations differ by at least 2π rad...
美 英 un.横向距离 网络横向飞行范围;横向航程;横程 英汉 网络释义 un. 1. 横向距离
New method of cross-range scaling of low resolution radar. Jiang Zhenglin,,Bao Zheng. Proc SPIE Int Soc Opt Eng . 2000Z.L. Jiang,Z. Bao.A new method of cross-range scaling of low resolution radar.Proceedings of ICSP. 2000Z.L. Jiang,Z. Bao.A new method of cross-range scaling of ...
(theta_c)^2);% redefine Xc by Xcc for squint processingdu = (Xcc*lambda)/(4*(Y0+L));% sample spacing in aperture domainduc = (Xcc*lambda)/(4*Y0);% sample spacing in aperture domain% for compressed signaldy =(Xcc*lambda)/(4*L);% Cross-range resolutio...
It also provides instruction on how to configure name resolution and Outlook clients, and how to troubleshoot client connectivity. Certification Microsoft 365 Certified: Endpoint Administrator Associate - Certifications Plan and execute an endpoint deployment strategy, using essential elements of modern...
CrossLink-NX评估板 相关应用 莱迪思Nexus技术平台 基于莱迪思Nexus平台构建——结合了28 nm FD-SOI技术和优化的FPGA架构,减少了100倍的软错误率,与同行相比功耗降低达75%,采用小尺寸封装,最小仅为4 mm x 4 mm。 为视觉处理应用提供业界最佳的性能——高存储与逻辑单元比,每逻辑单元高达170 bit,加速AI推理。