Abstract: Steroid derivative regulators, a method for preparing the same, and uses thereof are described. Specifically, a compound of formula (I), a preparation method therefor, a pharmaceutical composition containing the compound, and uses thereof as a regulator the of GABAA receptor for treating depression, convulsion, Parkinson's disease, and nervous system diseases are described, wherein the substituents of the formula (I) are as defined in the description.

Abstract: This application provides a cloud service deployment method of a cloud platform and a related device. When a cloud service is deployed for a tenant, impact brought by another tenant may be considered, to implement cross-tenant cloud service optimization deployment. The method of this application includes: A cloud platform provides a service feature setting interface, where the service feature setting interface is configured to obtain a supply-dependency relationship of different tenants. The cloud platform deploys, based on the supply-dependency relationship obtained by the service feature setting interface, a cloud service for a tenant serving as a dependent party or for a tenant serving as a supplier.

Abstract: Disclosed are methods and systems for displaying media data, host computers, devices, and media. A method of triggering electronic signage to display media data, which is executable at a wireless access device, includes: receiving, from a host computer, media data carrying a signage identifier for uniquely identifying the electronic signage; and sending the media data to the electronic signage to which the signage identifier belongs, to trigger the electronic signage to display the media data. A method of triggering electronic signage to display media data, which is executable at a host computer, includes: sending media data carrying a signage identifier for uniquely identifying the electronic signage to a wireless access device, to trigger the electronic signage to display the media data.

Abstract: Disclosed are methods and systems for displaying media data, host computers, devices, and media. A method of triggering electronic signage to display media data, which is executable at a wireless access device, includes: receiving, from a host computer, media data carrying a signage identifier for uniquely identifying the electronic signage; and sending the media data to the electronic signage to which the signage identifier belongs, to trigger the electronic signage to display the media data. A method of triggering electronic signage to display media data, which is executable at a host computer, includes: sending media data carrying a signage identifier for uniquely identifying the electronic signage to a wireless access device, to trigger the electronic signage to display the media data.

Abstract: An industrial fabric is a web woven from warp yarns made of monofilaments and weft yarns made of monofilaments. The warp yarns are of a double-layer structure. One of warp yarn basic units comprises four sub-units, two sub-units being located on an upper layer, the other two sub-units being located on a lower layer. The warp yarns on the upper layer and the warp yarns on the lower layer are vertically overlapped, wherein at least two sub-units comprise two parallel narrow warp yarns. Upper warp yarns and lower warp yarns are identical in texture structure, or one surface is identical to the other surface after rotating by 180 degrees. The industrial fabric is stable in structure and good in overall consistency. The upper surface is good in flatness, the surface is free from defects, and the quality and intensity of the fabric are improved.

Abstract: An industrial fabric is a web woven from warp yarns made of monofilaments and weft yarns made of monofilaments. The warp yarns are of a double-layer structure. One of warp yarn basic units comprises four sub-units, two sub-units being located on an upper layer, the other two sub-units being located on a lower layer. The warp yarns on the upper layer and the warp yarns on the lower layer are vertically overlapped, wherein at least two sub-units comprise two parallel narrow warp yarns. Upper warp yarns and lower warp yarns are identical in texture structure, or one surface is identical to the other surface after rotating by 180 degrees. The industrial fabric is stable in structure and good in overall consistency. The upper surface is good in flatness, the surface is free from defects, and the quality and intensity of the fabric are improved.

Abstract: A method for packet routing in a network is disclosed. The network includes a network controller, a first switch connected to the network controller, a first server directly connected to the first switch, and a second server. The network controller obtains network connection information of the two servers. The network connection information indicates that the first server belongs to a first subnet and the second server belongs to a second subnet, the first subnet and the second subnet are two different subnets, and the two different subnets are configured on a same router. The network controller sends configuration information to the first switch. The configuration information configures the first switch to modify a packet header of a packet sent from the first server to the second server, and forward the modified packet to the second server.

Abstract: A method for packet routing in a network is disclosed. The network includes a network controller, a first switch connected to the network controller, a first server directly connected to the first switch, and a second server. The network controller obtains network connection information of the two servers. The network connection information indicates that the first server belongs to a first subnet and the second server belongs to a second subnet, the first subnet and the second subnet are two different subnets, and the two different subnets are configured on a same router. The network controller sends configuration information to the first switch. The configuration information configures the first switch to modify a packet header of a packet sent from the first server to the second server, and forward the modified packet to the second server.

Abstract: A method for distributed routing of a packet in a network is provided. The network includes a controller, a first server, a second server, and a first switch. The method includes: obtaining identifiers of the two servers in the network and network connection information; determining whether the two servers are in two different subnets of the network and whether the two different subnets are configured on a same router according to the identifiers of the two servers and the network connection information of the two servers; when it is determined that that the two servers are in two different subnets of the network and the two different subnets are configured on a same router, instructing the first switch to modify a packet header of a packet sent by the first server to the second server and forward the modified packet to the second server.

Abstract: A method for distributed routing of a packet in a network is provided. The network includes a controller, a first server, a second server, and a first switch. The method includes: obtaining identifiers of the two servers in the network and network connection information; determining whether the two servers are in two different subnets of the network and whether the two different subnets are configured on a same router according to the identifiers of the two servers and the network connection information of the two servers; when it is determined that that the two servers are in two different subnets of the network and the two different subnets are configured on a same router, instructing the first switch to modify a packet header of a packet sent by the first server to the second server and forward the modified packet to the second server.