资源列表
krus
- 对自适应系统的决策制定的支持：从目标模型向动态决策网的发展-Support Decision-Making for Self-Adaptive Systems: From Goal Models to Dynamic Decision Networks
ProblemsInRecommendation
- 文件为中国知网的文件格式，主要研究了推荐系统中的一些关键问题，并且就其中一些给出了解决方案。-The file the Chinese HowNet file format, major research some of the key problems in the recommendation system, and on some of the solutions.
h264rc
- 基于模糊控制的H.264/AVC宏块层码率控制算法-New macro-block layer rate control algorithm based on Fuzzy control for H.264
Analysis-of-crack-shaft-stiffness
- 一篇关于裂纹转子轴振动特性的研究，可为从事这方面工作者提供很有价值的参考意义。-A study on the vibration characteristics of a cracked rotor shaft, provide valuable reference for workers in this field significance.
System_on_Chip_Reuse
- Pre-designed and pre-verified hardware and software blocks can be combined on chips for many different applicationsVthey promise large productivity gains.-Pre-designed and pre-verified hardware a nd software blocks can be combined on chips for m an
Papers
- it is a few article about microRNA in science direct
6
- zvt and zct in power converters
Hilbert-transform-hologram
- 基于希尔伯特变换实现全息图像的高精度相位重建文章-Hilbert transform hologram of high resolution phase reconstruction article
QuantumCryptography
- about encryption method of the quantom . this way is the new method for powerfull encrypting messages for security applets.
analyze-and-compare-
- 一维激波管问题差分格式计算对比分析，采用了MacCormack, Jameson, FVS, FDS, AUSM 的格式对一维激波问题进行分析计算，并对比了其性能-The comparison and analysis of one-dimensional shock tube problem with difference scheme is carried out. MacCormack, Jameson, FVS, FDS and AUSM are used to analyze and
FaceDe
- 基于支持向量聚类的多聚焦图像融合算法. 从无监督机器学习角度提出了一种基于SVC(support vector clustering)的图像融合规则,解决了基于 SVM(support vector machine)的融合规则在处理多聚焦图像融合问题时所引起的区域混叠与非平滑过渡问题,进一步提高了融合图像的质量.-Based on support vector clustering algorithm for multi-focus image fusion. Never oversig
NANOPA RTICI E-BASED MEMRISTOR STRUCTURE
- A memristor structure has two electrodes sandwiching an insulating region, and includes a nanoparticle providing a conducting path between the two electrodes, wherein either the insulating region comprises an inorganic material and nanoparticle c