nesp

NESP : a Scalable and Universal Network Measurement System Platform

NESP：一种可扩展的通用网络测量系统平台

Research and Implementation of Measurement Tool in NESP

NESP中测量工具的研究与实现

The practice proves NESP to be a scalable and universal network measurement platform .

实践表明，NESP是一个可扩展的、通用的网络测量平台。

Based on NESP , a network Monitor Measurement System called MMS is implemented , which integrates many network measurement tools and network measurement applications .

基于NESP，实现了一个大型网络监视测量系统MMS，该系统整合了多种流测量工具并运行了多种网络测量应用。

Finally , four orthogonal pulses with high NESP values are derived based on Walsh orthogonal code and SDP arithmetic .

最后，基于Walsh正交码和SDP算法还得到了四个频谱利用率都比较高的正交脉冲。

Pulse with notch at UNII band is designed using the SDP arithmetic , whose NESP value is improved obviously compared to PSWF pulse .

基于SDP算法设计了在UNII频带陷波的脉冲，相对于基于PSWF的陷波脉冲，频谱利用率有了明显的改善。

Based on the 1st derivative of Gaussian pulse , two kinds of composite pulses with high NESP values are derived via minimum mean square error principle and semi definite programming ( SDP ) arithmetic .

基于高斯一阶导脉冲，分别利用最小均方误差准则和半定规划（SDP）算法得到了频谱利用率都较高的两种组合波形。

The architecture of Network mEasurement System Platform ( NESP ) is put forward . The flow of NESP 's function modules , and the classification and function of the function modules are given , then the key implementation technologies are discussed .

提出了网络测量系统平台NESP的体系结构，给出了NESP的功能流程及模块分类并讨论了关键实现技术。