资源列表
IC-design-FAQ
- 为了方便大家尽快找到需要的话题，经icfb版主建议，编辑这个数字后端的FAQ。 如果您是初学者，建议先搜索相关的资料，读读其他人的帖子，一些基本概念在那里都已经讨论过了-Icfb moderator suggested that, in order to facilitate everyone as soon as possible to find the topic, edit this digital backend FAQ. If you are a beginner, it is r
110091006-(2)
- 对无线通信业的发展介绍，对于我们了解未来4G或者更快更有效的通信系统很有帮助-Introduction of the development of the wireless communications industry, the future 4G or faster and more effective communication system is helpful for us to understand
panoramic-parking
- 全景泊车的实现及前景，文档里有相应的软件硬件说明，适用兴趣爱好者及小企业工程师来参考-The panoramic parking realize Overview
speech-emotion
- Speech Emotion Recognition: Comparison of Speech Segmentation Approaches -Recognition of emotional states carried in speech, is of a great interest in modern human computer interaction developments.
Carrier-infrared-interference
- 红外诱饵弹的仿真文献 对科研有很大帮助 里面包含三份-The infrared decoys simulation literature research of great help which contains three copies
simple-experiment-with-ns2
- NS2是基于Linux开发平台的仿真软件，这是一个NS2的简单实验，希望对初学者有帮助！- NS2 simulation software development platform based on Linux, which is a NS2 simple experiment, for beginners!
2finite-automata-weak-reversible
- 有限自动机的积可逆性讨论 有限自动机的积可逆性讨论-finite automata weak reversible finite automata weak reversible
CDMA_kuopin
- CDMA系统中的扩频研究，这是时下应用广泛的一种技术，并且会在接下来的4G网络中更深应用-Study of the spread spectrum CDMA system, which is nowadays widely used a technology, and deeper in the next 4G network applications
java-development
- 里面具体介绍了java语言的发展前景，可以给一些想转行java的人一点建议-Intro inside the java language development prospects, some advice can give some people who want to switch to java
path-planning-literature
- 宇航学报中收录的关于无人机航迹规划的优秀论文，十分值得参考！-literature about path planning and worth referencing
OFDM-pilot-symbol
- 这是关于OFDM系统下的发展介绍，重点讲述了关于导频的使用，并且提出了一种相对合理的导频方法。-it is about the ofdm system
5
- 在GPS软件接收机和SINS辅助GPS跟踪技术的基础上,提出了一种SINS/GPS超紧致组合导航方案。该超紧致方案在GPS软件接收机的捕获环节中加入了基于相位估计的精细捕获算法,从而提高了频率捕获精度,省略了频率跟踪牵引过程 在信号跟踪环节中,利用SINS位置、速度信息与卫星参数,求取接收机与卫星之间的径向距离和径向距离率,为码环、载波环提供辅助,从而降低了载体动态变化对跟踪环的影响,提高了跟踪环的动态跟踪性能 同时,降低载波环噪声带宽,减小码环相关间隔,从而提高了载波环和码环的跟踪精度。-On