Abstract: Systems and methods for exploiting link information in streaming feature selection, resulting in a novel unsupervised streaming feature selection framework are disclosed.

Abstract: A processor is configured with a learning framework to characterize the residuals of attribute information and its coherence with network information for improved anomaly detection.

Abstract: Systems and methods for exploiting link information in streaming feature selection, resulting in a novel unsupervised streaming feature selection framework are disclosed.

Abstract: Method and device for measurement compensation for inter-system reselection and handover in a dual-mode terminal are disclosed. The method comprises: a GSM physical layer reporting measured RSCP and Ec/No values of a 3G neighbor cell to a radio resource management layer with inter-layer primitives; the radio resource management layer receiving the inter-layer primitives carrying the RSCP and Ec/No values reported by the physical layer, and performing measurement compensation for the inter-layer primitives in the radio resource management layer. Since the measurement compensation is performed in the radio resource management layer of the terminal, the terminal preferably resides on 3G network when detecting the 3G network. It can be applied to measurement compensation for the inter-system reselection and handover when 2G and 3G mobile communication systems co-exist. The terminal is more easily retained on the network of one of the systems and allowed to make a priority selection of the networks.

Abstract: Method and device for measurement compensation for inter-system reselection and handover in a dual-mode terminal are disclosed. The method comprises: a GSM physical layer reporting measured RSCP and Ec/No values of a 3G neighbor cell to a radio resource management layer with inter-layer primitives; the radio resource management layer receiving the inter-layer primitives carrying the RSCP and Ec/No values reported by the physical layer, and performing measurement compensation for the inter-layer primitives in the radio resource management layer. Since the measurement compensation is performed in the radio resource management layer of the terminal, the terminal preferably resides on 3G network when detecting the 3G network. It can be applied to measurement compensation for the inter-system reselection and handover when 2G and 3G mobile communication systems co-exist. The terminal is more easily retained on the network of one of the systems and allowed to make a priority selection of the networks.

Abstract: A surface treatment process for coloring metal articles includes following steps. In a first step, a metal article is anodized to form a first anodic oxide layer including a first portion and a second portion on the original metal article. In a second step, the anodized metal article is dyed. In a third step, the first portion of the first anodic oxide layer is removed from the anodized metal article to partially expose a metal body of the anodized metal article. In a fourth step, the exposed metal body of the anodized metal article is anodized to form a second anodic oxide layer. In a fifth step, the exposed metal body of the metal article is dyed.

Abstract: A protective cover is used for protecting thermal conducting mediums on two heat sinks from being damaged simultaneously. The protective cover includes a plate body and two holding portions. The plate body has two opposite plate surfaces respectively covering the sides of the two heat sinks coated with a thermal conducting medium. The two holding portions are formed on the periphery of the two plate surfaces and surround the two plate surfaces to form an accommodation space respectively. The holding portions are engaged with the two heat sinks and cover the thermal conducting mediums in the accommodation space respectively.

Abstract: A thermal conductive medium cover is covered on the bottom of a heat sink for protecting a thermal conductive medium on the bottom of the heat sink, and is latched by a latching member for the heat sink. The thermal conductive medium cover includes a tray body covered on the bottom of the heat sink for protecting the thermal conductive medium, and two latched portions formed on two opposite lateral edges of the tray body. Two ends of the latching member respectively latch the two latched portions, so as to fix the tray body to the bottom of the heat sink. Thus, the thermal conductive medium cover is firmly fixed and will not fall off. Meanwhile, the latching member is also fixed and will not shake relative to the heat sink, thus preventing the latching member from colliding with the heat sink.