| 1. | Multiple texture maps mip maps
若干映射图 |
| 2. | Ospf , is - is , bgp , eigrp ) and analyzing the information to build a real - time , network - wide routing map
并分析信息以建立时时的网络范围路由映射图，提供 |
| 3. | Placeable metafiles provide a nonstandard way to specify how a metafile is mapped and scaled on an output device
可放置的图元文件提供一种非标准的方法，指定如何映射图元文件并根据输出设备进行缩放。 |
| 4. | A convenient mapping of channels being scanned or which channels are being analyzed provides a quick view of current monitoring status
所扫描信道或所分析信道的便利映射图提供当前监测状态的快速视图。 |
| 5. | Important routes can be monitored using the network topology map , allowing operators to see ip routing changes in their network as they happen
重要的路由可采用拓扑映射图监测，支持操作人员在网络中 |
| 6. | Users can select specific links or routers to hypothetically bring up or down or even adjust link metrics , immediately observing the effect of the change on the network map
使用者可以选择特定的链路或路由器，假设提出或甚至交接链路量度，立即观察网络映射图上改变的效果。 |
| 7. | In the experiments , artificial data and real data are used to demonstrate the correctness of the proposed model , and gain insights of the refined self - organizing maps
我们透过人工资料及实际资料实验，验证了所提方法的正确性、了解改良式自组映射图的特性，并探讨一个应用至目录行销案例。 |
| 8. | Route explorer works by passively monitoring the routing protocol exchanges ( e . g . ospf , eigrp , is - is , bgp ) between all routers on the network , then computing and displaying a routing topology map
通过被动监测网络中所有路由器之间的路由协议交换、然后计算并显示路由拓扑映射图，进行工作。 |
| 9. | This paper propose a refined self - organizing map that can directly handle categorical data or hybrid data , map the data to lower dimensions , and also uncover the similarity among data
本研究针对此问题，提出改良式自组映射图，能直接处理种类型态或混合型态的资料，同时在投射后的低维度空间，反映高维度资料之间的相似度。 |
| 10. | However , conventional soms handle only numerical data , categorical data has to be converted to boolean data resulting in unable to disclosure the similarity among the high - dimensional data
然而，传统自组映射图只能处理数值型资料，种类型资料必须透过编码转换成一群二元数值型态资料，因而无法反映种类型资料值之间的相似程度。 |
