Description: 非常好的测量网络流量及MIB浏览器编译-过！-Very good measurement of network traffic and the MIB Browser to compile- too! Platform: |
Size: 659456 |
Author:袁珂 |
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Description: VC开发基于SNMP的网络管理软件_源码，内含mib浏览器、监视线路、广域网数据流量测量、设备监控、探测网络拓补、基于VLAN局域网管理、基于IP数据流量统计等工具源码。并附编译好的对应SNMP++库，可直接使用，绝对超值！(其实论坛上有的类似小工具源码就是从这个包中分离出的，且无SNMP库，难以使用的。)-VC-based SNMP network management software source code _ containing mib browser, monitor lines, wide area network data flow measurement, equipment monitoring, detection network Billiton premium, based on the VLAN network management, IP-based statistical tools such as data traffic source. Compiled with the corresponding SNMP++ Library can be used directly, the absolute value! (In fact, some similar forums gadget package from this source is isolated and has no SNMP library s difficult to use.) Platform: |
Size: 964608 |
Author:xiefy |
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Description: 网络流量测量系统的设计与实现
要实现网络流量的测量，Winsock给我们提供了一个接口，我们通过这个接口可以实现对IP层以上的层的数据包的监测-Network Traffic Measurement System Design and Implementation of network traffic in order to achieve the measurement, Winsock provides us with an interface, we can achieve through this interface layer to the IP layer over the monitoring of packets Platform: |
Size: 224256 |
Author:tiddy |
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Description: 网络流量，检测网络流量，并将流量用图形显·监视线路·广域网数据流量测量·设备监控·探测网络拓-Network traffic to detect network traffic, and significant flow of graphics data to monitor WAN line flow measurement device to detect network monitoring extension Platform: |
Size: 662528 |
Author:文文 |
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Description: 附件中是一些ArcGIS Engine代码的集合,主要是一些比较常见的GIS功能的实现方法,作者用C#+AE都实现了,可能包括基本GIS地图操作,空间分析,几何或交通网络分析等,内容还不错,可以让不太懂的人学习一下,也可以让比较懂的人借鉴一下。
具体成果有:（1）开发了一些常规的GIS基本功能，如放大、缩小、全屏、查询、查找、量测、鹰眼等；（2）开发了一些常用的空间分析功能，如距离计算、密度分析、栅格插值、表面分析、象素统计、数据转换等。（3）网络分析功能，如计算最临近服务设施。（4）几何网络设施分析，如水管和阀门关停、上朔追踪、剖面分析等-Attached is a collection of some ArcGIS, main Engine code is some common method to realize the function of GIS, the authors use c#+ AE is realized, which may include basic GIS spatial analysis, operation, map or network traffic analysis geometry, content is good, can let the person don t understand, also can let the person is to understand the reference.
Specific results are as follows: (1) the development of GIS basic function of some conventional, such as amplifier, narrow, screen, query, search, measurement, and an eagle s eye, etc. (2) developing some common features, such as the space analysis, calculation and analysis of distance, the density of grid interpolation surface analysis, and statistical data, convert, and pixels. (3) network analysis function, such as the most near service facilities. (4) geometric network facilities, such as pipe and analysis on the valve shut, new track, profile analysis, etc Platform: |
Size: 181248 |
Author:dajiang |
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Description: The signal received by a user over the forward link in such a high data rate system contains interference from the neighboring base stations. we note that the strength of this interference is a function of the network load in the neighboring cells. we obtain an expression for the received SINR (Signal to Interference and Noise Ratio) as a function of the traffic load in the interfering cells. Using this result, we propose an improvement to the SINR estimation scheme that is implemented in the current cellular data network. The proposed scheme provides a more accurate estimate of the user SINR by taking better account of the contribution of inter-cell interference. It builds on top of the current SINR measurement scheme by using a combination of pilot measurement and traffic load measurement-The signal received by a user over the forward link in such a high data rate system contains interference from the neighboring base stations. we note that the strength of this interference is a function of the network load in the neighboring cells. we obtain an expression for the received SINR (Signal to Interference and Noise Ratio) as a function of the traffic load in the interfering cells. Using this result, we propose an improvement to the SINR estimation scheme that is implemented in the current cellular data network. The proposed scheme provides a more accurate estimate of the user SINR by taking better account of the contribution of inter-cell interference. It builds on top of the current SINR measurement scheme by using a combination of pilot measurement and traffic load measurement Platform: |
Size: 1024 |
Author:suresh |
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Description: The signal received by a user over the forward link in such a high data rate system contains interference from the neighboring base stations. we note that the strength of this interference is a function of the network load in the neighboring cells. we obtain an expression for the received SINR (Signal to Interference and Noise Ratio) as a function of the traffic load in the interfering cells. Using this result, we propose an improvement to the SINR estimation scheme that is implemented in the current cellular data network. The proposed scheme provides a more accurate estimate of the user SINR by taking better account of the contribution of inter-cell interference. It builds on top of the current SINR measurement scheme by using a combination of pilot measurement and traffic load measurement-The signal received by a user over the forward link in such a high data rate system contains interference from the neighboring base stations. we note that the strength of this interference is a function of the network load in the neighboring cells. we obtain an expression for the received SINR (Signal to Interference and Noise Ratio) as a function of the traffic load in the interfering cells. Using this result, we propose an improvement to the SINR estimation scheme that is implemented in the current cellular data network. The proposed scheme provides a more accurate estimate of the user SINR by taking better account of the contribution of inter-cell interference. It builds on top of the current SINR measurement scheme by using a combination of pilot measurement and traffic load measurement Platform: |
Size: 1024 |
Author:suresh |
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