CN104917799A - Resource sharing method, resource gateway, first node and second node - Google Patents

Resource sharing method, resource gateway, first node and second node Download PDF

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CN104917799A
CN104917799A CN 201410094877 CN201410094877A CN104917799A CN 104917799 A CN104917799 A CN 104917799A CN 201410094877 CN201410094877 CN 201410094877 CN 201410094877 A CN201410094877 A CN 201410094877A CN 104917799 A CN104917799 A CN 104917799A
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node
resource
based
gateway
request
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CN 201410094877
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Chinese (zh)
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侯宁
汪凯
刘静
吴俊�
邓旭
刘礼庚
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中国移动通信集团广西有限公司
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Abstract

The invention discloses a resource sharing method which comprises the following steps: when a first node is in a first working state, the first node establishes first communication with a resource gateway based on a hyper-text transfer protocol HTTP1.1; the first node sends a first request to the resource gateway based on the first communication, wherein the first request is used for obtaining second node relevant information corresponding to the second node from the resource gateway; the first node receives a first request response fed back by the resource gateway based on the first communication and obtains the second node relevant information from the first request response; and the first node obtains a first resource from the second node based on the second node relevant information. Meanwhile, the invention also discloses the resource gateway, the first node and the second node.

Description

-种资源分享方法、资源网关、第一节点及第二节点 - kind of resource sharing method, resource gateway, the first node and the second node

技术领域 FIELD

[0001] 本发明涉及电子技术领域,尤其涉及一种资源分享方法、资源网关、第一节点及第二节点。 [0001] The present invention relates to electronic technologies, and in particular, to a method for resource sharing, resource gateway, the first node and the second node.

背景技术 Background technique

[0002] 随着科技的发展,越来越多的电子设备走进了人们的生活,给人们带来诸多便利。 [0002] With the development of science and technology, more and more electronic devices into people's lives, to bring a lot of convenience. 并且,该些电子设备可W在一家庭网络中实现资源的分享。 And, of the electronic device W can realize sharing of resources in a home network.

[0003] 在现有技术中,各个电子设备大多采用UPnPAV架构下的协议进行数据传输,从而实现各个电子设备之间的资源分享。 [0003] In the prior art, various electronic devices mostly used in UPnPAV protocol architecture for data transmission, thereby achieving the sharing of resources among the various electronic devices.

[0004] 但,因为UPnPAV架构下的协议支持的类型过广(例如:支持独立的DVD设备播放与分享),该对电子设备在兼容性方面有很高的要求,导致电子设备在实现较高兼容性时的难度很大,往往需要花费大量的成本才能使电子设备获得较高的兼容性。 [0004] However, because of the agreement supported under UPnPAV too broad architecture type (for example: the pro-independence DVD player and shared equipment), the electronic device has a high demand in terms of compatibility, resulting in electronic equipment in achieving higher when compatibility is very difficult and often takes a lot of cost to make the electronic device to obtain a higher compatibility.

发明内容 SUMMARY

[0005] 本申请实施例通过提供一种资源分享方法,解决了现有技术中由于使用UPnPAV 架构下的协议实现各个电子设备之间资源分享,而造成电子设备不易实现较高的兼容性的技术问题。 [0005] Example embodiments of the present application by providing a method of sharing resources, to solve the high compatibility prior art technique due to the use of the protocol architecture implementation UPnPAV resources sharing among the various electronic devices, causing the electronic device easy to achieve problem.

[0006] 第一方面,本申请通过本申请的一实施例提供如下技术方案: [0006] In a first aspect, the present application provides the following technical solution of an embodiment of the present application:

[0007] -种资源分享方法,包括: [0007] - kind of resource sharing method, comprising:

[0008] 在第一节点处于第一工作状态时,所述第一节点基于超文本传送协议HTTP1. 1协议与资源网关建立第一通信; When [0008] the first operating condition at the first node, the first node HTTP1 1 protocol gateway establishing a first communication resource based on a hypertext transfer protocol;

[0009] 所述第一节点基于所述第一通信,向所述资源网关发送第一请求,所述第一请求用于向所述资源网关获取第二节点对应的第二节点相关信息; [0009] The communication node based on the first, sending a first request to the gateway resource, the first request for acquiring node information corresponding to the second node to the gateway resource;

[0010] 所述第一节点基于所述第一通信,接收所述资源网关反馈的第一请求响应,并从所述第一请求响应中获取所述第二节点相关信息; [0010] The first node based on the first communication, receiving a first request to the gateway resource response feedback point, and in response to said second node acquires point information from the first request;

[0011] 所述第一节点基于所述第二节点相关信息,从所述第二节点获取第一资源。 [0011] The node-related information based on the second point, the second point acquired from the first resource.

[0012] 由于,HTTP1. 1 (HTTP-Hype;rtexttransferprotocol1. 1,超文本传输协议1. 1) 是现在Internet(Internetwork,国际互联网)中标准的网页浏览协议,且大部分的设备都支持HTTP1. 1协议。 [0012] Since, HTTP1 1 (HTTP-Hype;. Rtexttransferprotocol1 1, Hypertext Transfer Protocol 1.1). Now is the Internet (Internetwork, the Internet) in a standard web browser protocol, and most of the equipment support HTTP1. 1 protocol. HTTP1. 1协议不仅定义了文本数据的传输,同时也定义了流媒体数据的传输方式。 HTTP1. 1 defines the transport protocol not only text data, but also defines the transmission of streaming media data. 从设备支持与协议支持角度出发,HTTP1. 1完全胜任家庭网络数据传输的工作。 Slave protocol support and support perspective, HTTP1. 1 fully competent home network data transmission. 从物理设备上出发,现在的智能设备基本都支持HTTP1. 1协议;从协议功能上出发, HTTP1.1协议可W为家庭的流媒体数据传输提供基础。 From the physical device, smart devices now basic support HTTP1 1 protocol; Proceeding from the protocol functions, HTTP1.1 W protocol may provide a basis for streaming data transmission family. 从设备支持与协议功能上可W看出, 使用HTTP1. 1协议比较使用UPnPAV架构下的协议有兼容性更高,实现成本更低的优势。 W can be seen from the support and the device protocol functions using HTTP1. 1 Comparative protocol used in the protocol architecture UPnPAV higher compatibility achieve lower cost advantages.

[0013] 由上述技术方案可知,第一节点基于超文本传送协议HTTP1. 1协议与资源网关建立第一通信,有效地解决了现有技术中由于使用UPnPAV架构下的协议实现各个电子设备之间资源分享,而造成电子设备不易实现较高的兼容性的技术问题,实现了在保证各个设备间的资源共享的前提下,各个电子设备更容易获得较高的兼容性,且实现成本较低的技术效果。 [0013] From the above technical solution, the first node HTTP1. 1 with the protocol establishing a first communication resource based on a hypertext transfer protocol gateway, effectively solve the prior art between the use of the protocol architecture for the respective electronic devices UPnPAV resource sharing, caused by electronic equipment is not easy to achieve high compatibility of technical problems in ensuring the realization of the shared resources between the various devices premise, various electronic equipment easier to get a higher compatibility and achieve lower cost technical effect.

[0014] 可选的,所述第二节点相关信息,包括: [0014] Optionally, the second node-related information, comprising:

[0015] 所述第二节点处于第二工作状态的第一时间段;和/或 [0015] the second node in a second operating state a first time period; and / or

[0016] 所述第二节点处于第二休眠状态的第二时间段; Second time period [0016] the second node in a second dormant state;

[0017] 其中,在所述第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在所述第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗,所述第二平均功耗小于所述第一平均功耗。 When said second node is in said sleep state; when [0017] wherein, in said second operating point is in the second state, the second node of the first average power consumption of the average power consumption , average power consumption of the second node is a second average power, the second average power consumption of less than the first average power.

[0018] 可选的,所述第一节点基于所述第二节点相关信息,从所述第二节点获取第一资源,包括: [0018] Optionally, the first node of the second node-related information, acquired from the first resource node, based comprising:

[0019] 所述第一节点从所述第一请求响应中获取所述第一时间段、和/或所述第二时间段; [0019] The first response from the first node acquiring the first time period and said second period of time or / requests;

[0020] 在所述第一节点基于所述第一时间段、和/或所述第二时间段,确定所述第二节点当前处于所述第二工作状态时,所述第一节点基于所述第一通信,向所述资源网关发送用于获取所述第一资源的第二请求; When [0020] based on the first time period, and / or the second time period, the first node determining the second point in the second current operating state of the first node based on the said first communication resource to the second gateway sends a request for acquiring the first resource;

[0021] 所述第一节点基于所述第一通信,接收所述资源网关反馈的第二请求响应,并从所述第二请求响应中获取所述第一资源。 [0021] the first node based on the first communication, the gateway receives the resource request in response to a second feedback, and acquiring the first resource response from the second request.

[0022] 可选的,所述第一节点基于所述第二节点相关信息,向所述第二节点获取所述第一资源,包括: [0022] Optionally, the first node based on the node-related information, acquiring the first resource to the second node, comprising:

[0023] 所述第一节点从所述第一请求响应中获取所述第一时间段、和/或所述第二时间段; [0023] The first response from the first node acquiring the first time period and said second period of time or / requests;

[0024] 在所述第一节点基于所述第一时间段、和/或所述第二时间段,确定所述第二节点当前处于所述第二休眠状态时,所述第一节点将所述第一工作状态调整为第一休眠状态;其中,在所述第一节点处于所述第一工作状态时,所述第一节点的平均功耗为第H平均功耗;在所述第一节点处于所述第一休眠状态时,所述第一节点的平均功耗为第四平均功耗,所述第四平均功耗小于所述第H平均功耗; When [0024] based on the first time period, and / or the second time period, determining the first node in the second node of said second current sleep state, by the first node adjusting said first operating state a first dormant state; wherein, the first node is in said first operating state, the first node of the average power consumption of the average power consumption of H; the first the node is in said first dormant state, the first node average power consumption of a fourth average power consumption, the average power consumption is less than a fourth of the average power consumption of H;

[0025] 在当前时间为所述第一时间段的起始时间时,所述第一节点将所述第一休眠状态调整为所述第一工作状态; [0025] When the current time is the start time of the first period, the first node of the first sleep state is adjusted to the first operating state;

[0026] 所述第一节点基于所述第一通信,向所述资源网关发送用于获取所述第一资源的第二请求; [0026] the first node based on the first communication resource to the second gateway sends the request for acquiring the first resource;

[0027] 所述第一节点基于所述第一通信,接收所述资源网关反馈的第二请求响应,并从所述第二请求响应中获取所述第一资源。 [0027] the first node based on the first communication, the gateway receives the resource request in response to a second feedback, and acquiring the first resource response from the second request.

[0028] 由上述技术方案可知,在第一节点确认第二节点当前处于休眠状态时,第一节点也进入休眠状态,待第二节点由休眠状态进入工作状态时,第一节点再进入工作状态,向资源网关发送第二请求W获得第一资源,从而实现节约第一节点的电能的技术效果。 [0028] From the above technical solution, the second node to confirm the current time in a sleep state, the first node can go to sleep until the second point from the sleep state into the working state at the first node, the first node re-enter the working state , sending a second request to obtain the first W resource gateway resources, in order to achieve the technical effect of energy saving node.

[0029] 第二方面,本申请通过本申请的一实施例提供如下技术方案: [0029] a second aspect, the present application provides the following technical solution of an embodiment of the present application:

[0030] 一种资源分享方法,包括: [0030] A method of sharing resources, comprising:

[0031] 在资源网关处于工作状态时,所述资源网关基于超文本传送协议HTTP1. 1协议与第一节点建立第一通信; When [0031] the gateway is working in the resource, the resource gateway establishing a first communication protocol HTTP1 1 based on a hypertext transfer protocol to the first node;

[0032] 所述资源网关基于所述第一通信,接收所述第一节点发送的第一请求,所述第一请求用于向所述资源网关获取第二节点对应的第二节点相关信息; [0032] The gateway based on the first communication resource, the first node receiving the first request, the first request for acquiring node information corresponding to the second node to the gateway resource;

[0033] 所述资源网关基于所述第一通信,向所述第一节点发送包含所述第二节点相关信息的第一请求响应,W使所述第一节点能够基于所述第二节点相关信息从所述第二节点获取第一资源。 The first request [0033] The gateway based on the first communication resource, comprising transmitting information related to the second node to the first node in response, W can be the first node to the second node based on the related node information acquired from the first resource.

[0034] 由于,HTTP1. 1是现在Internet(Internetwork,国际互联网)中标准的网页浏览协议,且大部分的设备都支持HTTP1. 1协议。 [0034] Since, HTTP1. 1 is now the Internet (Internetwork, the Internet) in a standard web browser protocol, and most devices support HTTP1. 1 protocol. HTTP1. 1协议不仅定义了文本数据的传输,同时也定义了流媒体数据的传输方式。 HTTP1. 1 defines the transport protocol not only text data, but also defines the transmission of streaming media data. 从设备支持与协议支持角度出发,HTTP1. 1完全胜任家庭网络数据传输的工作。 Slave protocol support and support perspective, HTTP1. 1 fully competent home network data transmission. 从物理设备上出发,现在的智能设备基本都支持HTTP1. 1协议; 从协议功能上出发,HTTP1.1协议可W为家庭的流媒体数据传输提供基础。 From the physical device, smart devices now basic support HTTP1 1 protocol; Proceeding from the protocol functions, HTTP1.1 W protocol may provide a basis for streaming data transmission family. 从设备支持与协议功能上可W看出,使用HTTP1. 1协议比较使用UPnPAV架构下的协议有兼容性更高,实现成本更低的优势。 W can be seen from the support and the device protocol functions using HTTP1. 1 Comparative protocol used in the protocol architecture UPnPAV higher compatibility achieve lower cost advantages.

[00巧]由上述技术方案可知,资源网关基于超文本传送协议HTTP1. 1协议与第一节点建立第一通信,有效地解决了现有技术中由于使用UPnPAV架构下的协议实现各个电子设备之间资源分享,而造成电子设备不易实现较高的兼容性的技术问题,实现了在保证各个设备间的资源共享的前提下,各个电子设备更容易获得较高的兼容性,且实现成本较低的技术效果。 [Qiao 00] can be seen from the above technical solutions, based on the resource gateway hypertext transfer protocol HTTP1. 1 protocol establishing a first communication with the first node, effectively solves the prior art due to the use of the protocol architecture UPnPAV implement various electronic devices resource sharing among, caused by electronic equipment is not easy to achieve high compatibility of technical problems in ensuring the realization of the shared resources between the various devices premise, various electronic equipment easier to get a higher compatibility and achieve a lower cost technical effect.

[0036] 可选的,在所述资源网关基于所述第一通信,接收所述第一节点发送的第一请求之前,所述方法还包括: Before [0036] Optionally, the gateway based on the first communication resource, the first node receiving a first request, the method further comprising:

[0037] 所述资源网关基于所述超文本传送协议HTTP1. 1协议与所述第二节点建立第二通信; [0037] The gateway resource based on the HyperText Transfer Protocol HTTP1 1 with the protocol establishing a second communication node;

[0038] 所述资源网关基于所述第二通信,接收所述第二节点发送的所述第二节点相关信息。 [0038] The gateway based on the second communication resource, the node sends the second node receiving said second information.

[0039] 可选的,所述第二节点相关信息,包括: [0039] Optionally, the second node-related information, comprising:

[0040] 所述第二节点处于第二工作状态的第一时间段;和/或 [0040] the second node in a second operating state a first time period; and / or

[0041] 所述第二节点处于第二休眠状态的第二时间段; Second time period [0041] the second node in a second dormant state;

[0042]其中,在所述第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在所述第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗,所述第二平均功耗小于所述第一平均功耗。 When said second node is in said sleep state; when [0042] wherein, in said second operating point is in the second state, the second node of the first average power consumption of the average power consumption , average power consumption of the second node is a second average power, the second average power consumption of less than the first average power.

[0043] 可选的,在所述资源网关基于所述第一通信,向所述第一节点发送包含所述第二节点相关信息的第一请求响应之后,所述方法还包括: [0043] Alternatively, after the first request for the gateway based on the first communication resource, the first node sends to the second node comprising information related to the response, the method further comprising:

[0044] 所述资源网关基于所述第一通信,接收所述第一节点发送的用于获取所述第一资源的第二请求; [0044] The gateway based on the first communication resource, the first receiving node sends a second request for acquiring the first resource;

[0045] 所述资源网关基于所述第二通信,将所述第二请求发送给所述第二节点; [0045] The gateway based on the second communication resource, the second request to the second node;

[0046]所述资源网关基于所述第二通信,接收所述第二节点反馈的包含所述第一资源的第二请求响应; [0046] The gateway based on the second communication resource, the second receiving a second request including the first resource in response to the feedback point;

[0047] 所述资源网关基于所述第一通信,将所述第二请求响应发送给所述第一节点。 The [0047] based on the first communication resource gateway, sending a response to the second request to the first node.

[0048] 由上述技术方案可知,第一节点与第二节点的往来通信均通过资源网关进行转达,从而实现了通过资源网关对第一节点和第二节点进行数据监控的技术效果。 [0048] From the above technical solutions, communications to the first node and the second node are performed by the resource gateway conveyed, thereby achieving the technical effect of monitoring data through the resource of the gateway node and the second node.

[0049] 可选的,所述资源网关始终保持工作状态。 [0049] Alternatively, the resource gateway remains active.

[0050] 由上述技术方案可知,由于资源网关始终处于工作状态,使得对于第一节点任意时刻发出的第一请求,都能进行及时地做出响应,从而该保证了资源网关的QoS(Quality ofService,服务质量)。 [0050] From the above technical solution, since the resource gateway is always active, so that the first request for a given node at any time, be able to respond in a timely manner, thereby ensuring the QoS resources of the gateway (Quality ofService ,service quality).

[0051] 第H方面,本申请通过本申请的一实施例提供如下技术方案: [0051] H a first aspect, the present application provides the following technical solution of the present application to an embodiment:

[0052] -种资源分享方法,包括: [0052] - kind of resource sharing method, comprising:

[0053] 在第二节点处于第二工作状态时,所述第二节点基于超文本传送协议HTTP1. 1协议与资源网关建立第二通信; When [0053] in a second operating state in the second node, the second node HTTP1 1 protocol to establish the second communication resource based on a hypertext transfer protocol gateway.;

[0054] 所述第二节点基于所述第二通信,向所述资源网关发送第二节点相关信息,W使第一节点能够从所述资源网关获取所述第二节点相关信息,并基于所述第二节点相关信息从所述第二节点获取第一资源。 [0054] the second node based on the second communication resource is sent to the gateway node information, W first node the second node can obtain the resource-related information from the gateway, based on the the second node of said second node information acquired from the first resource.

[00巧]由于,HTTP1. 1是现在Internet(Internetwork,国际互联网)中标准的网页浏览协议,且大部分的设备都支持HTTP1. 1协议。 [00 clever] Because, HTTP1. 1 is now the Internet (Internetwork, the Internet) in a standard web browser protocol, and most devices support HTTP1. 1 protocol. HTTP1. 1协议不仅定义了文本数据的传输,同时也定义了流媒体数据的传输方式。 HTTP1. 1 defines the transport protocol not only text data, but also defines the transmission of streaming media data. 从设备支持与协议支持角度出发,HTTP1. 1完全胜任家庭网络数据传输的工作。 Slave protocol support and support perspective, HTTP1. 1 fully competent home network data transmission. 从物理设备上出发,现在的智能设备基本都支持HTTP1. 1协议; 从协议功能上出发,HTTP1.1协议可W为家庭的流媒体数据传输提供基础。 From the physical device, smart devices now basic support HTTP1 1 protocol; Proceeding from the protocol functions, HTTP1.1 W protocol may provide a basis for streaming data transmission family. 从设备支持与协议功能上可W看出,使用HTTP1. 1协议比较使用UPnPAV架构下的协议有兼容性更高,实现成本更低的优势。 W can be seen from the support and the device protocol functions using HTTP1. 1 Comparative protocol used in the protocol architecture UPnPAV higher compatibility achieve lower cost advantages.

[0056] 由上述技术方案可知,第二节点基于超文本传送协议HTTP1. 1协议与资源网关建立第二通信,有效地解决了现有技术中由于使用UPnPAV架构下的协议实现各个电子设备之间资源分享,而造成电子设备不易实现较高的兼容性的技术问题,实现了在保证各个设备间的资源共享的前提下,各个电子设备更容易获得较高的兼容性,且实现成本较低的技术效果。 [0056] From the above technical solution, the second node HTTP1. 1 protocol to establish the second communication resource based on a hypertext transfer protocol gateway, effectively solve the prior art between the use of the protocol architecture for the respective electronic devices UPnPAV resource sharing, caused by electronic equipment is not easy to achieve high compatibility of technical problems in ensuring the realization of the shared resources between the various devices premise, various electronic equipment easier to get a higher compatibility and achieve lower cost technical effect.

[0057] 可选的,在所述第二节点基于所述第二通信,向所述资源网关发送第二节点相关信息之后,所述方法还包括: [0057] Alternatively, after transmitting the relevant information to the second node based on the second communication resource at the gateway to the second node, the method further comprising:

[0058] 所述第二节点接收所述资源网关发送的第二请求,所述第二请求为第一节点获取所述第二节点的第一资源的请求; The second request [0058] The gateway node receiving the transmitted resource, the second request is a request for acquiring the first resource node of the second node;

[0059] 所述第二节点基于所述第二通信,向所述资源网关发送包含所述第一资源的第二请求响应。 The second request [0059] the second node based on the second communication resource to the gateway transmits a response to the first resource.

[0060] 可选的,在所述第二节点基于所述第二通信,向所述资源网关发送第二节点相关信息之前,所述方法还包括: [0060] Optionally, before sending the related information to the second node based on the second communication resource at the gateway to the second node, the method further comprising:

[0061] 所述第二节点确定处于所述第二工作状态的第一时间长度; [0061] The second point to determine the length of a first time in said second operating condition;

[0062] 所述第二节点确定处于第二休眠状态的第二时间长度; [0062] The second point to determine the length of a second time in a second sleep state;

[0063] 其中,在第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗, 所述第二平均功耗小于所述第一平均功耗,且所述第二节点无法接收所述第二请求。 When [0063] wherein, in the second working point is in the second state, the second node is a first average power consumption of the average power consumption; when the second node is in the sleep state, the first two average power node is a second average power, average power consumption is less than the second average power consumption of the first and the second node can not receive the second request.

[0064] 可选的,所述方法还包括: [0064] Optionally, the method further comprising:

[0065] 所述第二节点基于当前时间、所述第一时间长度和所述第二时间长度,确定所述第二节点处于所述第二工作状态的第一时间段; [0065] the second node based on the current time, the time length of the first length and said second time, determining a first point in the second period of the operation state of said second node;

[0066] 所述第二节点基于当前时间、所述第一时间长度和所述第二时间长度,确定所述第二节点处于所述第二休眠状态的第二时间段; [0066] the second node based on the current time, the time length of the first length and said second time, determining a second point in the second period of the second sleep state;

[0067] 所述第二节点基于所述第一时间段和所述第二时间段,生成所述第二节点相关信息; [0067] the second node based on the first time period and said second time period, the related information generating second point;

[0068] 所述第二节点通过所述第二通信,将所述第二节点相关信息发送给所述资源网关。 [0068] the second node via the second communication, the node transmits the resource-related information to the gateway.

[0069] 可选的,所述方法还包括: [0069] Optionally, the method further comprising:

[0070] 在当前时间处于所述第二时间段内时,所述第二节点调整所述第二工作状态为所述第二休眠状态; When [0070] the second time period is a current time, the second node adjusts the second operating state to the second sleep state;

[0071] 在当前时间处于所述第一时间段内时,所述第二节点调整所述第二休眠状态为所述第二工作状态。 When [0071] the first time period at the present time, the second node adjusts the second sleep state to the second operating state.

[0072] 由上述技术方案可知,第二节点能够在第一时间段处于工作状态,而在第二时间段处于休眠状态。 [0072] From the above technical solution, the second node can be in operation at a first time period, the second time period while in a sleep state. 由于第二节点具有间歇式的工作方式,相比于持续的工作方式,具有间歇式的工作方式的第二节点更加节能。 Since the second node having a second node of the intermittent mode of operation, as compared to the continuous mode of operation, intermittent operation with a more energy efficient manner. 从而实现了节约第二节点的电能的技术效果。 Thereby achieving the technical effect of the second node power conservation.

[0073] 可选的,所述第二节点基于如下公式,确定所述第一时间长度: [0073] Optionally, the second node based on the following equation, the length of the first time:

[0074] [0074]

Figure CN104917799AD00121

[0075] 其中,Ti为所述第一时间长度,Sh为历史使用情况集合,化U为历史时刻使用情况集合,N为历史统计总数,MaxTi为历史最大第一时间长度,MinTi为历史最小第一时间长度。 [0075] where, Ti is the first time length, Sh usage history collection, the collection of U historical usage time, N is the total number of historical statistics, MaxTi maximum length of a first time history, historical minimum of Minti a length of time.

[0076] 可选的,所述第二节点基于如下公式,确定所述第二时间长度: [0076] Optionally, the second node based on the following equation, the length of the second time:

[0077] [0077]

Figure CN104917799AD00122

[0078] 其中,Ts为所述第二时间长度,Sh为历史使用情况集合,化U为过去历史时刻使用情况集合,N为历史统计总数,MaxTs为历史最大第二时间长度,MinTs为历史最小第二时间长度。 [0078] wherein, Ts of said second length of time, historical usage Sh is set as the past history of the U usage time set, N being the total number of historical statistics, MaxTs the maximum length of the second time in history, the history of minimum MINTS a second length of time.

[0079] 第四方面,本申请通过本申请的一实施例提供如下技术方案: [0079] a fourth aspect, the present application provides the following technical solution of an embodiment of the present application:

[0080] -种第一节点,包括: [0080] - seed node, comprising:

[0081] 第一建立单元,用于在所述第一节点处于第一工作状态时,基于超文本传送协议HTTP1. 1协议与资源网关建立第一通信; [0081] establishing a first unit for the first node when in the first operating state, HTTP1 1 protocol gateway establishing a first communication resource based on a hypertext transfer protocol;

[0082] 第一发送单元,用于基于所述第一通信,向所述资源网关发送第一请求,所述第一请求用于向所述资源网关获取第二节点对应的第二节点相关信息; [0082] a first transmitting unit, based on the first communication, sending a first request to the gateway resource, the first request for acquiring the second node corresponding to the gateway node to the resource-related information ;

[0083] 第一接收单元,用于基于所述第一通信,接收所述资源网关反馈的第一请求响应, 并从所述第一请求响应中获取所述第二节点相关信息; [0083] The first receiving unit, based on the first communication resource in response to receiving the first request feedback gateway, and acquires point information in response to the first request from the second node;

[0084] 第一获取单元,用于基于所述第二节点相关信息,从所述第二节点获取第一资源。 [0084] a first obtaining unit, based on information related to the second node, the second node acquired from said first resource.

[0085] 可选的,所述第二节点相关信息,包括: [0085] Optionally, the second node-related information, comprising:

[0086] 所述第二节点处于第二工作状态的第一时间段;和/或 [0086] the second node in a second operating state a first time period; and / or

[0087] 所述第二节点处于第二休眠状态的第二时间段; Second time period [0087] the second node in a second dormant state;

[0088] 其中,在所述第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在所述第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗,所述第二平均功耗小于所述第一平均功耗。 When said second node is in said sleep state; when [0088] wherein, in said second operating point is in the second state, the second node of the first average power consumption of the average power consumption , average power consumption of the second node is a second average power, the second average power consumption of less than the first average power.

[0089] 可选的,所述第一获取单元,包括: [0089] Optionally, the first obtaining unit, comprising:

[0090] 第一获取模块,用于从所述第一请求响应中获取所述第一时间段、和/或所述第二时间段; [0090] The first acquisition module configured to acquire the first response time, and / or the second time period from the first request;

[0091] 第一发送模块,用于在基于所述第一时间段、和/或所述第二时间段,确定所述第二节点当前处于所述第二工作状态时,基于所述第一通信,向所述资源网关发送用于获取所述第一资源的第二请求; [0091] The first sending module, configured to, when the first time period based on, or the second time period and / determining the current node is in the second operating state, based on the first communication, the gateway transmits to the resource request for acquiring a second of said first resource;

[0092] 第一接收模块,用于基于所述第一通信,接收所述资源网关反馈的第二请求响应, 并从所述第二请求响应中获取所述第一资源。 [0092] a first receiving module, based on the first communication, the gateway receives the resource request in response to a second feedback, and acquiring the first resource response from the second request.

[0093] 可选的,所述第一获取单元,包括: [0093] Optionally, the first obtaining unit, comprising:

[0094] 第二获取模块,用于从所述第一请求响应中获取所述第一时间段、和/或所述第二时间段; [0094] The second acquiring module, for acquiring the first response from the first time period, and / or request a second time period;

[0095] 第一调整模块,用于在基于所述第一时间段、和/或所述第二时间段,确定所述第二节点当前处于所述第二休眠状态时,将所述第一工作状态调整为第一休眠状态;其中,在所述第一节点处于所述第一工作状态时,所述第一节点的平均功耗为第H平均功耗;在所述第一节点处于所述第一休眠状态时,所述第一节点的平均功耗为第四平均功耗,所述第四平均功耗小于所述第H平均功耗; [0095] The first adjusting module configured based upon the first time period, and / or the second time period, determining that the current node is in the second sleep state, the first adjusting a first operational state is a sleep state; wherein, the first node is in said first operating state, the first node of the average power consumption of the average power consumption of H; in that the first node when said first dormant state, the first node average power consumption of a fourth average power consumption, the average power consumption is less than a fourth of the average power consumption of H;

[0096] 第二调整模块,用于在当前时间为所述第一时间段的起始时间时,将所述第一休眠状态调整为所述第一工作状态; [0096] The second adjustment module, the starting time for said first time period, the first sleep state is adjusted to the first operation state at the current time;

[0097] 第二发送模块,用于基于所述第一通信,向所述资源网关发送用于获取所述第一资源的第二请求; [0097] The second sending module, based on the first communication resource to the gateway sending the second request for acquiring the first resource;

[0098] 第二接收模块,用于基于所述第一通信,接收所述资源网关反馈的第二请求响应, 并从所述第二请求响应中获取所述第一资源。 [0098] a second receiving module, based on the first communication, the gateway receives the resource request in response to a second feedback, and acquiring the first resource response from the second request.

[0099] 第五方面,本申请通过本申请的一实施例提供如下技术方案: [0099] a fifth aspect, the present application provides the following technical solution of the present application to an embodiment:

[0100] -种资源网关,包括: [0100] - Gateway kinds of resources, including:

[0101] 第二建立单元,用于在所述资源网关处于工作状态时,基于超文本传送协议HTTP1. 1协议与第一节点建立第一通信; . [0101] establishing a second unit, when the resource for the gateway in a working state, HTTP1 1 establishing a first communication protocol based on a hypertext transfer protocol to the first node;

[0102] 第二接收单元,用于基于所述第一通信,接收所述第一节点发送的第一请求,所述第一请求用于向所述资源网关获取第二节点对应的第二节点相关信息; [0102] The second receiving unit, based on the first communication, receiving a first request sent from the first node, the first request for acquiring the second node to the corresponding node gateway resource Related Information;

[0103] 第二发送单元,用于基于所述第一通信,向所述第一节点发送包含所述第二节点相关信息的第一请求响应,W使所述第一节点能够基于所述第二节点相关信息从所述第二节点获取第一资源。 [0103] a second transmitting unit, based on the first communication, the first node sends a first request comprising the second node in response to the related information, W can be the first node based on the first second node a second node information acquired from the first resource.

[0104] 可选的,所述资源网关还包括: [0104] Alternatively, the gateway resource further comprises:

[0105] 第H建立单元,用于在所述资源网关基于所述第一通信,接收所述第一节点发送的第一请求之前,基于所述超文本传送协议HTTPl. 1协议与所述第二节点建立第二通信; [0105] Section H establishing unit, before the first request for the gateway based on the first communication resource, the first node receiving the transmission, 1 and the second protocol based on the Hypertext Transfer Protocol HTTPl establishing a second communication node two;

[0106] 第H接收单元,用于基于所述第二通信,接收所述第二节点发送的所述第二节点相关信息。 [0106] H of a receiving unit, based on the second communication, the receiving node transmits the node information.

[0107] 可选的,所述第二节点相关信息,包括: [0107] Optionally, the second node-related information, comprising:

[010引所述第二节点处于第二工作状态的第一时间段;和/或 A first time period [010 lead to the second node in a second operational state; and / or

[0109] 所述第二节点处于第二休眠状态的第二时间段; Second time period [0109] the second node in a second dormant state;

[0110] 其中,在所述第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在所述第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗,所述第二平均功耗小于所述第一平均功耗。 When said second node is in said sleep state; when [0110] wherein, in said second operating point is in the second state, the second node of the first average power consumption of the average power consumption , average power consumption of the second node is a second average power, the second average power consumption of less than the first average power.

[0111] 可选的,所述资源网关还包括: [0111] Alternatively, the gateway resource further comprises:

[0112] 第四接收单元,用于在所述资源网关基于所述第一通信,向所述第一节点发送包含所述第二节点相关信息的第一请求响应之后,基于所述第一通信,接收所述第一节点发送的用于获取所述第一资源的第二请求; [0112] a fourth receiving unit, after the first request for the gateway based on the first communication resource, comprising transmitting information related to the second node to the first node in response to the first communication based on receiving the first node sending a second request for acquiring the first resource;

[0113] 第H发送单元,用于基于所述第二通信,将所述第二请求发送给所述第二节点; [0113] The first transmitting unit H, based on the second communication, the second request to the second node;

[0114] 第五接收单元,用于基于所述第二通信,接收所述第二节点反馈的包含所述第一资源的第二请求响应; [0114] fifth receiving unit, based on the second communication, the second node receiving a feedback request comprises the second resource in response to the first;

[0115] 第四发送单元,用于基于所述第一通信,将所述第二请求响应发送给所述第一节点。 [0115] The fourth transmission unit, based on the first communication, in response to the second request sent to the first node.

[0116] 可选的,所述资源网关还包括: [0116] Alternatively, the gateway resource further comprises:

[0117] 保持单元,用于始终保持工作状态。 [0117] holding means for permanently operating.

[0118] 第六方面,本申请通过本申请的一实施例提供如下技术方案: [0118] a sixth aspect, the present application provides the following technical solution of an embodiment of the present application:

[0119] 一种第二节点,包括: [0119] A node, comprising:

[0120] 第四建立单元,用于在所述第二节点处于第二工作状态时,基于超文本传送协议HTTP1. 1协议与资源网关建立第二通信; [0120] Fourth establishing unit, configured in the second node when in the second operating state, HTTP1 1 with the protocol establishing a second communication resource based on a hypertext transfer protocol gateway.;

[0121] 第五发送单元,用于基于所述第二通信,向所述资源网关发送第二节点相关信息, W使第一节点能够从所述资源网关获取所述第二节点相关信息,并基于所述第二节点相关信息从所述第二节点获取第一资源。 [0121] The fifth sending means for sending the related information to the second node based on the second communication resource gateway, W first node the second node can obtain the resource-related information from the gateway, and Related information based on the second node from the point of acquiring the first resource.

[0122] 可选的,所述第二节点还包括: [0122] Optionally, the second node further comprises:

[0123] 第六接收单元,用于在所述基于所述第二通信,向所述资源网关发送第二节点相关信息之后,接收所述资源网关发送的第二请求,所述第二请求为第一节点获取所述第二节点的第一资源的请求; [0123] sixth receiving means for, after the communication based on the second, the second node transmits the resource related information to the gateway, the gateway receives the resource request sent by the second, the second request is a first node resource acquisition request to the second node;

[0124] 第六发送单元,用于基于所述第二通信,向所述资源网关发送包含所述第一资源的第二请求响应。 [0124] The sixth transmission unit, based on the second communication, sending a second request including the first resource in response to the resource of the gateway.

[01巧]可选的,所述第二节点还包括: [Qiao 01] Alternatively, the second node further comprises:

[0126] 第一确定单元,用于在所述第二节点基于所述第二通信,向所述资源网关发送第二节点相关信息之前,确定处于所述第二工作状态的第一时间长度; [0126] a first determining unit configured to, based on the second communication node, the second node transmits the resource related information to the gateway before, determining a second operating condition in a first length of time;

[0127] 第二确定单元,用于确定处于第二休眠状态的第二时间长度; [0127] The second determination unit for determining a second length of time in the second sleep state;

[012引其中,在第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗, 所述第二平均功耗小于所述第一平均功耗,且所述第二节点无法接收所述第二请求。 When [012 primer wherein the second node is in the second operating state, the average power consumption of the node is a first average power; when the second node is in the sleep state, the first two average power node is a second average power, average power consumption is less than the second average power consumption of the first and the second node can not receive the second request.

[0129] 可选的,所述第二节点还包括: [0129] Optionally, the second node further comprises:

[0130] 第H确定单元,用于基于当前时间、所述第一时间长度和所述第二时间长度,确定所述第二节点处于所述第二工作状态的第一时间段; [0130] The first determination unit H, based on the current time, the time length of the first length and said second time, determining a first point in the second period of the operation state of said second node;

[0131] 第四确定单元,用于基于当前时间、所述第一时间长度和所述第二时间长度,确定所述第二节点处于所述第二休眠状态的第二时间段; [0131] fourth determining unit, based on the current time, the time length of the first length and said second time, determining a second point in the second period of the second sleep state;

[0132] 第一生成单元,用于基于所述第一时间段和所述第二时间段,生成所述第二节点相关f旨息; [0132] a first generation unit, based on the first time period and said second time period, generating a second node f purpose related information;

[0133] 第走发送单元,用于通过所述第二通信,将所述第二节点相关信息发送给所述资源网关。 [0133] The first transmitting unit to go, for transmitting the second point-related information to the gateway through the second communication resource.

[0134] 可选的,所述第二节点还包括: [0134] Optionally, the second node further comprises:

[01巧]第一调整单元,用于在当前时间处于所述第二时间段内时,调整所述第二工作状态为所述第二休眠状态; When [Qiao 01] a first adjustment means for said second time period is a current time, adjusting the second operating state to the second sleep state;

[0136] 第二调整单元,用于在当前时间处于所述第一时间段内时,调整所述第二休眠状态为所述第二工作状态。 When [0136] the second adjustment means for said first time period is a current time, adjusting the second sleep state to the second operating state.

[0137] 可选的,所述第一确定单元基于如下公式,确定所述第一时间长度: [0137] Optionally, the first determination unit is based on the following equation, the length of the first time:

[013 引 [013 Cited

Figure CN104917799AD00151

[0139] 其中,Ti为所述第一时间长度,Sh为历史使用情况集合,化U为历史时刻使用情况集合,N为历史统计总数,MaxTi为历史最大第一时间长度,MinTi为历史最小第一时间长度。 [0139] where, Ti is the first time length, Sh usage history collection, the collection of U historical usage time, N is the total number of historical statistics, MaxTi maximum length of a first time history, historical minimum of Minti a length of time.

[0140] 可选的,所述第二确定单元基于如下公式,确定所述第二时间长度: [0140] Optionally, the second determining unit based on the following equation, the length of the second time:

[0141] [0141]

Figure CN104917799AD00152

[0142] 其中,Ts为所述第二时间长度,Sh为历史使用情况集合,化U为过去历史时刻使用情况集合,N为历史统计总数,MaxTs为历史最大第二时间长度,MinTs为历史最小第二时间长度。 [0142] wherein, Ts of said second length of time, historical usage Sh is set as the past history of the U usage time set, N being the total number of historical statistics, MaxTs the maximum length of the second time in history, the history of minimum MINTS a second length of time.

附图说明 BRIEF DESCRIPTION

[0143] 为了更清楚地说明本发明实施例或现有技术中的技术方案,下面将对实施例或现有技术描述中所需要使用的附图作一简单地介绍,显而易见地,下面描述中的附图是本发明的一些实施例,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可W根据该些附图获得其他的附图。 [0143] In order to more clearly illustrate the technical solutions in the embodiments or the prior art embodiment of the present invention, the accompanying drawings for illustrating the prior art described or needed to be used in an embodiment will be briefly introduced hereinafter, the description below the figures show some embodiments of the present invention, those of ordinary skill in the art is concerned, without any creative effort, W may also obtain other drawings according to the plurality of reference.

[0144] 图1为本申请实施例中资源共享系统的结构示意图; [0144] Figure 1 is a schematic structural diagram of the application resource sharing system embodiment;

[0145] 图2为本申请实施例一中资源分型方法的流程图; [0145] FIG 2 is a flowchart of the application according to a genotyping method of resource embodiment;

[0146] 图3为本申请实施例二中资源分型方法的流程图; [0146] FIG. 3 is a flowchart of a method according to a second type resource embodiment of the present application;

[0147] 图4为本申请实施例H中资源分型方法的流程图; [0147] FIG 4 is a flowchart Example H typing resources embodiment of the present application;

[014引图5为本申请实施例四中第一节点的结构示意图;。 [014 primer schematic structural diagram of FIG. 5 of the present application according to Fourth embodiment of the first node;.

[0149] 图6为本申请实施例五中资源网关的结构示意图; [0149] FIG. 6 is a schematic configuration example of the fifth embodiment of the present application gateway resources;

[0150] 图7为本申请实施例六中第二节点的结构示意图。 [0150] FIG. 7 is a schematic configuration node according to the Sixth Embodiment of the present application.

具体实施方式 detailed description

[015。 [015. 本申请实施例通过提供一种资源分享方法,解决了现有技术中由于使用UPnPAV 架构下的协议实现各个电子设备之间资源分享,而造成电子设备不易实现较高的兼容性的技术问题。 Embodiment by providing a method of sharing resources, to solve the prior art due to the use of the protocol architecture implementation UPnPAV respective electronic devices sharing resources between, causing the electronic device is not easy to achieve high compatibility with the technical problem of the present application.

[0152] 本申请实施例的技术方案为解决上述技术问题,总体思路如下: [0152] Technical solutions of the embodiments of the present application to solve the above problems, the general idea is as follows:

[0153] 一种资源分享方法,包括: [0153] A method of sharing resources, comprising:

[0154] 在第一节点处于第一工作状态时,所述第一节点基于超文本传送协议HTTP1. 1协议与资源网关建立第一通信; When [0154] the first operating condition at the first node, the first node HTTP1 1 protocol gateway establishing a first communication resource based on a hypertext transfer protocol;

[0155] 所述第一节点基于所述第一通信,向所述资源网关发送第一请求,所述第一请求用于向所述资源网关获取第二节点对应的第二节点相关信息; [0155] The communication node based on the first, sending a first request to the gateway resource, the first request for acquiring node information corresponding to the second node to the gateway resource;

[0156] 所述第一节点基于所述第一通信,接收所述资源网关反馈的第一请求响应,并从所述第一请求响应中获取所述第二节点相关信息; [0156] The first node based on the first communication, receiving a first request to the gateway resource response feedback point, and in response to said second node acquires point information from the first request;

[0157] 所述第一节点基于所述第二节点相关信息,从所述第二节点获取第一资源。 [0157] The node-related information based on the second point, the second point acquired from the first resource.

[0158] 由于,HTTP1. 1 (HTTP-Hype;rtexttransferprotocol1. 1,超文本传输协议1. 1) 是现在Internet(Internetwork,国际互联网)中标准的网页浏览协议,且大部分的设备都支持HTTP1. 1协议。 [0158] Since, HTTP1 1 (HTTP-Hype;. Rtexttransferprotocol1 1, Hypertext Transfer Protocol 1.1). Now is the Internet (Internetwork, the Internet) in a standard web browser protocol, and most of the equipment support HTTP1. 1 protocol. HTTP1. 1协议不仅定义了文本数据的传输,同时也定义了流媒体数据的传输方式。 HTTP1. 1 defines the transport protocol not only text data, but also defines the transmission of streaming media data. 从设备支持与协议支持角度出发,HTTP1. 1完全胜任家庭网络数据传输的工作。 Slave protocol support and support perspective, HTTP1. 1 fully competent home network data transmission. 从物理设备上出发,现在的智能设备基本都支持HTTP1. 1协议;从协议功能上出发, HTTP1.1协议可W为家庭的流媒体数据传输提供基础。 From the physical device, smart devices now basic support HTTP1 1 protocol; Proceeding from the protocol functions, HTTP1.1 W protocol may provide a basis for streaming data transmission family. 从设备支持与协议功能上可W看出, 使用HTTP1. 1协议比较使用UPnPAV架构下的协议有兼容性更高,实现成本更低的优势。 W can be seen from the support and the device protocol functions using HTTP1. 1 Comparative protocol used in the protocol architecture UPnPAV higher compatibility achieve lower cost advantages.

[0159] 由上述技术方案可知,第一节点基于超文本传送协议HTTP1. 1协议与资源网关建立第一通信,有效地解决了现有技术中由于使用UPnPAV架构下的协议实现各个电子设备之间资源分享,而造成电子设备不易实现较高的兼容性的技术问题,实现了在保证各个设备间的资源共享的前提下,各个电子设备更容易获得较高的兼容性,且实现成本较低的技术效果。 [0159] From the above technical solution, the first node HTTP1. 1 with the protocol establishing a first communication resource based on a hypertext transfer protocol gateway, effectively solve the prior art between the use of the protocol architecture for the respective electronic devices UPnPAV resource sharing, caused by electronic equipment is not easy to achieve high compatibility of technical problems in ensuring the realization of the shared resources between the various devices premise, various electronic equipment easier to get a higher compatibility and achieve lower cost technical effect.

[0160] 为使本申请一实施例的目的、技术方案和优点更加清楚,下面将结合本申请实施例中的附图,对本申请实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例是本申请一部分实施例,而不是全部的实施例。 [0160] For the present application one embodiment the objectives, technical solutions and advantages of the more clearly, the following of the present application embodiment in the accompanying drawings, technical solutions of embodiments of the present application will be clearly and completely described, obviously, the described embodiments are part of an embodiment of the present application, rather than all embodiments. 基于本申请中的实施例,本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。 Based on the embodiments of the present disclosure, one of ordinary skill in this art All other embodiments without creative work obtained by, it falls within the scope of the present invention.

[0161] 首先说明,本文中出现的术语"和/或",仅仅是一种描述关联对象的关联关系,表示可W存在H种关系,例如,A和/或B,可W表示;单独存在A,同时存在A和B,单独存在B 该H种情况。 [0161] First, terms appearing herein, "and / or" merely describe a relationship of associated objects, W represents H species relationship exists, for example, A and / or B, and W may represent; alone A, both A and B, and B present case the H alone. 另外,本文中字符"/",一般表示前后关联对象是一种"或"的关系。 Further, the character "/", represents the general context-objects is a "or" relationship.

[0162] 其次说明,本文中出现的术语"第一节点",可W是任一智能电子设备,该电子设备与资源网关通过有线(或无线)方式连接,通过与资源网关进行通信,可w获得与资源网关连接的第二节点所提供的(第一)资源。 [0162] Next, the term "node" appearing herein, W can be an electronic device can be Renyi Zhi, the electronic device and the gateway resources through wired (or wireless) connected, by communicating with the gateway resources, can w obtaining a second node connected to the gateway and the resource provided by the (first) resources.

[0163] 再次说明,本文中出现的术语"第二节点",可W是任一智能电子设备,该电子设备与资源网关通过有线(或无线)方式连接,通过与资源网关进行通信,可W向第一节点提供(第一)资源。 [0163] Again, the term "node" appearing herein, W can be an electronic device can be Renyi Zhi, the electronic device and the gateway resources through wired (or wireless) connected, by communicating with the gateway resources, W may be providing (first) resources to the first node.

[0164] 再次说明,本文中出现的术语"资源网关",可W是任一智能电子设备,该电子设备通过有线(或无线)方式连接与多个第一节点或第二节点连接,用于控制第一节点和第二节点,实现将第二节点的(第一)资源分享给第一节点。 [0164] Again, the term "resource gateway" appearing herein, W can be an electronic device can be Renyi Zhi, the plurality of electronic apparatus connected to the first connection point or node via a wired (or wireless) manner, for control of the first node and the second node, to achieve the shared (first) resource of the second node to the first node.

[0165] 再次说明,本文中出现的术语"第一资源"或"资源",是指第二节点所具有的资源, 该资源可W是数据或文件、也可W是某一特定的业务,例如:打印业务、大屏显示业务、邮件业务、卫星定位业务等等,对于该特定业务具体是何种业务,本申请实施例不做具体限制。 [0165] Again, the term appears herein, "first resource" or "resources" refers to a second node having the resource, which may be data or a file is W, W may be a particular service, for example: printing service, large screen display service, mail service, satellite positioning services, etc., for that particular service which service particular, application of the present embodiment is not particularly limited.

[0166] 实施例一 [0166] Example a

[0167] 本实施例提供一种资源分享方法,在介绍该资源分享方法之前,先对第一节点所在的资源分享系统进行如下介绍: [0167] The present embodiment provides a method of sharing resources, prior to introducing the resource sharing method, resource sharing system to the point where the first described as follows:

[016引如图1所示,图1中给出了一种资源分享系统,该系统包括第一节点、资源网关和第二节点,第一节点与第二节点通过有线(或无线)方式与资源网关连接。 [016 Primer 1, Figure 1 shows in a resource sharing system includes a first node, second node and the gateway resources, the first and second nodes via a wired (or wireless) manner resource gateway connection. 第一节点做为资源使用者,通过资源网关获得第二节点提供的(第一)资源;第二节点作为资源拥有者,通过资源网关向第一节点提供(第一)资源。 The first node as resource users, get (first) node resources provided by the resource gateway; the second node as resource owners, to provide (first) resources to the first node through a resource gateway. 资源网关作为资源分享的管理者,将多个(或一个) 第一节点和多个(或一个)第二节点连接起来,构成如图1所示的资源分享系统。 As the gateway resource manager resource sharing, a plurality of (or one) of the first node and a plurality of (or a) connecting a second node, the resource sharing system configuration shown in FIG.

[0169] 如图2所示,站在第一节点侧,本实施例提供一种资源分享方法,包括: [0169] 2, the first node side of the stand, the present embodiment provides a method of sharing resources, comprising:

[0170] 步骤101 ;在第一节点处于第一工作状态时,第一节点基于超文本传送协议HTTP1. 1协议与资源网关建立第一通信; [0170] Step 101; when the node is in the first operating state, the first node HTTP1 1 protocol gateway establishing a first communication resource based on a hypertext transfer protocol;

[017。 [017. 步骤102 ;第一节点基于第一通信,向资源网关发送第一请求,第一请求用于向资源网关获取第二节点对应的第二节点相关信息; Step 102; based on a first communication node, sending a first request to the gateway resource, the first request for acquiring node information corresponding to the second node to the gateway resources;

[0172] 步骤103 ;第一节点基于第一通信,接收资源网关反馈的第一请求响应,并从第一请求响应中获取第二节点相关信息; [0172] Step 103; based on a first communication node, a first gateway receiving a resource request in response to feedback, and acquires related information from the second node in response to the first request;

[0173] 步骤104 ;第一节点基于第二节点相关信息,从第二节点获取第一资源。 [0173] Step 104; node, obtaining from a second node based on first resource node information.

[0174] 由于,HTTP1. 1是现在Internet(Internetwork,国际互联网)中标准的网页浏览协议,且大部分的设备都支持HTTP1. 1协议。 [0174] Since, HTTP1. 1 is now the Internet (Internetwork, the Internet) in a standard web browser protocol, and most devices support HTTP1. 1 protocol. HTTP1. 1协议不仅定义了文本数据的传输,同时也定义了流媒体数据的传输方式。 HTTP1. 1 defines the transport protocol not only text data, but also defines the transmission of streaming media data. 从设备支持与协议支持角度出发,HTTP1. 1完全胜任家庭网络数据传输的工作。 Slave protocol support and support perspective, HTTP1. 1 fully competent home network data transmission. 从物理设备上出发,现在的智能设备基本都支持HTTP1. 1协议; 从协议功能上出发,HTTP1.1协议可W为家庭的流媒体数据传输提供基础。 From the physical device, smart devices now basic support HTTP1 1 protocol; Proceeding from the protocol functions, HTTP1.1 W protocol may provide a basis for streaming data transmission family. 从设备支持与协议功能上可W看出,使用HTTP1. 1协议比较使用UPnPAV架构下的协议有兼容性更高,实现成本更低的优势。 W can be seen from the support and the device protocol functions using HTTP1. 1 Comparative protocol used in the protocol architecture UPnPAV higher compatibility achieve lower cost advantages.

[01巧]由上述技术方案可知,第一节点基于超文本传送协议HTTP1. 1协议与资源网关建立第一通信,有效地解决了现有技术中由于使用UPnPAV架构下的协议实现各个电子设备之间资源分享,而造成电子设备不易实现较高的兼容性的技术问题,实现了在保证各个设备间的资源共享的前提下,各个电子设备更容易获得较高的兼容性,且实现成本较低的技术效果。 [Qiao 01] can be seen from the above technical solutions, the first node HTTP1. 1 with the protocol establishing a first communication resource based on a hypertext transfer protocol gateway, effectively solves the prior art due to the use of the protocol architecture UPnPAV implement various electronic devices resource sharing among, caused by electronic equipment is not easy to achieve high compatibility of technical problems in ensuring the realization of the shared resources between the various devices premise, various electronic equipment easier to get a higher compatibility and achieve a lower cost technical effect.

[0176] 可选的,第二节点相关信息,包括: [0176] Alternatively, the second node-related information, comprising:

[0177] 第二节点处于第二工作状态的第一时间段;和/或 A first time period [0177] the second node in a second operational state; and / or

[0178] 第二节点处于第二休眠状态的第二时间段; Second time period [0178] the second node in the second sleep state;

[0179] 其中,在第二节点处于第二工作状态时,第二节点的平均功耗为第一平均功耗;在第二节点处于第二休眠状态时,第二节点的平均功耗为第二平均功耗,第二平均功耗小于第一平均功耗。 When [0179] wherein, at the second node is in the second operating state, the average power consumption of the second node a first average power; when the node is in the second sleep state, the second node of the first average power consumption two average power consumption is less than the first average power the second average power. 对于第一时间段和第二时间段具体是哪个时间段,本申请实施例不做具体限制。 For the first time period and second time period which specific period, application of the present embodiment is not particularly limited. 可见,第二节点在处于第二休眠状态时,要比处在第二工作状态时更加节能。 Visible, the second node when in the second dormant state, more energy than when in a second state of operation.

[0180] 可选的,步骤104,包括: [0180] Alternatively, step 104, comprising:

[0181] 第一节点从第一请求响应中获取第一时间段、和/或第二时间段; [0181] node acquires a first time period, and / or the second time period from the first request response;

[0182] 在第一节点基于第一时间段、和/或第二时间段,确定第二节点当前处于第二工作状态时,第一节点基于第一通信,向资源网关发送用于获取第一资源的第二请求; [0182] In the first node based on a first time period, and / or the second time period, determining a second point of the current when in the second operating state, based on a first communication node, the gateway sends a resource for acquiring a first the second request for the resource;

[0183] 第一节点基于第一通信,接收资源网关反馈的第二请求响应,并从第二请求响应中获取第一资源。 [0183] Based on a first communication node, the second gateway receiving a resource request in response to feedback, and acquires from the first resource in response to the second request.

[0184] 在具体实施过程中,第一节点在确认当前时间属于第一时间段时,即可确定第二节点处于工作状态,此时,第一节点向资源网关发送第二请求,W实现从第二节点获取第一资源。 [0184] In a specific implementation, the first node while confirming the current time belongs to the first period, the second node can be determined in a working state, at this time, the first node sending a second request to the gateway resource, W realized from obtaining a first node resources.

[0185] 举例来讲,第一时间段为9时05分00砂~9时10分00砂;当前时间为9时6分10砂,第一节点通过判断得知,当前时间属于第一时间段,则确定第二节点当前处于工作状态,则向资源网关发送第二请求,W通过资源网关从第二节点获取第一资源。 [0185] For example in terms of a first period of time is 9:05 00 9:10 ~ sand sand 00; current time is 9:06 sand 10, by determining that the first node, a first time belongs to the current time section, it is determined that the second node currently in a working state, sending a second request to the gateway resource, W obtain resources from the second node via a first gateway resources.

[0186] 可选的,步骤104,包括: [0186] Alternatively, step 104, comprising:

[0187] 第一节点从第一请求响应中获取第一时间段、和/或第二时间段; [0187] node acquires a first time period, and / or the second time period from the first request response;

[0188] 在第一节点基于第一时间段、和/或第二时间段,确定第二节点当前处于第二休眠状态时,第一节点将第一工作状态调整为第一休眠状态;其中,在第一节点处于第一工作状态时,第一节点的平均功耗为第H平均功耗;在第一节点处于第一休眠状态时,第一节点的平均功耗为第四平均功耗,第四平均功耗小于第H平均功耗; [0188] In the first node based on a first time period, and / or the second time period, determining a second point of the current when in the second sleep state, a first operating state of the first node is adjusted to a first dormant state; wherein, when the first node in a first operating state, the average power consumption of the first node average power consumption of H; when the node is in a first dormant state, the average power consumption of the first node a fourth average power consumption, fourth average power consumption is less than the first average power consumption H;

[0189] 在当前时间为第一时间段的起始时间时,第一节点将第一休眠状态调整为第一工作状态; [0189] as the starting time of the first period, the first node of the first sleep state is adjusted to the current time in a first operating state;

[0190] 第一节点基于第一通信,向资源网关发送用于获取第一资源的第二请求; [0190] Based on a first communication node transmits a second request to the gateway resource obtaining a first resource;

[0191] 第一节点基于第一通信,接收资源网关反馈的第二请求响应,并从第二请求响应中获取第一资源。 [0191] Based on a first communication node, the second gateway receiving a resource request in response to feedback, and acquires from the first resource in response to the second request.

[0192] 举例来讲,第二时间段为9时00分00砂~9时4分59砂,第一时间段为9时05 分00砂~9时09分59砂;当前时间为9时2分10砂,第一节点通过判断得知,当前时间属于第二时间段,则确定第二节点当前处于休眠状态,此时,第一节点也将自己调整为休眠状态,待第一时间段到来时,再由休眠状态进入工作状态,并向资源网关发送用于获取第一资源的第二请求,W获取第一资源。 [0192] For example in terms of a second period of time is 9:00 00 9:04 ~ sand sand 59, a first period of time is 9:05 00 9:09 ~ sand sand 59; current time is 9:00 2 minutes 10 sand, through the first node determining that the current time belongs to the second period, it is determined that the current node is in a sleep state, this time, the first node will adjust their sleep state, to be a first time period upon arrival, and then enter the working state from the sleep state, and sending a second request for acquiring a first resource of the gateway resources, W obtain a first resource.

[0193] 由上述技术方案可知,在第一节点确认第二节点当前处于休眠状态时,第一节点也进入休眠状态,待第二节点由休眠状态进入工作状态时,第一节点再进入工作状态,向资源网关发送第二请求W获得第一资源,从而实现节约第一节点的电能的技术效果。 [0193] From the above technical solution, the second node to confirm the current time in a sleep state, the first node can go to sleep until the second point from the sleep state into the working state at the first node, the first node re-enter the working state , sending a second request to obtain the first W resource gateway resources, in order to achieve the technical effect of energy saving node.

[0194] 实施例二 [0194] Second Embodiment

[019引如图3所示,站在资源网关点侧,本实施例提供一种资源分享方法,包括: [019 primer 3, the gateway resource stand point side, the present embodiment provides a method of sharing resources, comprising:

[0196] 步骤201 ;在资源网关处于工作状态时,资源网关基于超文本传送协议HTTP1. 1协议与第一节点建立第一通信; [0196] Step 201; when the resource is active gateway, the gateway resource HTTP1 1 establishing a first communication protocol with the first node based on the hypertext transfer protocol;

[0197] 步骤202;资源网关基于第一通信,接收第一节点发送的第一请求,第一请求用于向资源网关获取第二节点对应的第二节点相关信息; [0197] Step 202; gateway based on the first communication resource, the first node sends a first request receiving the first request for acquiring node information corresponding to the second node to the gateway resources;

[0198] 步骤203 ;资源网关基于第一通信,向第一节点发送包含相关信息的第一请求响应,W使第一节点能够基于第二节点相关信息从第二节点获取第一资源。 [0198] Step 203; based on a first communication resource gateway, comprising a first transmission request response information to the first node, W first node can acquire resources from a second node of the first node based on the information.

[0199] 由于,HTTP1. 1 (HTTP-Hype;rtexttransferprotocol1. 1,超文本传输协议1. 1) 是现在Internet(Internetwork,国际互联网)中标准的网页浏览协议,且大部分的设备都支持HTTP1. 1协议。 [0199] Since, HTTP1 1 (HTTP-Hype;. Rtexttransferprotocol1 1, Hypertext Transfer Protocol 1.1). Now is the Internet (Internetwork, the Internet) in a standard web browser protocol, and most of the equipment support HTTP1. 1 protocol. HTTP1. 1协议不仅定义了文本数据的传输,同时也定义了流媒体数据的传输方式。 HTTP1. 1 defines the transport protocol not only text data, but also defines the transmission of streaming media data. 从设备支持与协议支持角度出发,HTTP1. 1完全胜任家庭网络数据传输的工作。 Slave protocol support and support perspective, HTTP1. 1 fully competent home network data transmission. 从物理设备上出发,现在的智能设备基本都支持HTTP1. 1协议;从协议功能上出发, HTTP1. 1协议可W为家庭的流媒体数据传输提供基础。 From the physical device, smart devices now support the basic agreement HTTP1 1;.. From the protocol functions, HTTP1 1 W protocol may provide a basis for streaming data transmission family. 从设备支持与协议功能上可W看出, 使用HTTP1. 1协议比较使用UPnPAV架构下的协议有兼容性更高,实现成本更低的优势。 W can be seen from the support and the device protocol functions using HTTP1. 1 Comparative protocol used in the protocol architecture UPnPAV higher compatibility achieve lower cost advantages.

[0200] 由上述技术方案可知,资源网关基于超文本传送协议HTTP1. 1协议与第一节点建立第一通信,有效地解决了现有技术中由于使用UPnPAV架构下的协议实现各个电子设备之间资源分享,而造成电子设备不易实现较高的兼容性的技术问题,实现了在保证各个设备间的资源共享的前提下,各个电子设备更容易获得较高的兼容性,且实现成本较低的技术效果。 [0200] From the above technical solution, the gateway establishing a first communication resources of the first node based on a hypertext transfer protocol HTTP1. 1 protocol, effectively solve the prior art between the use of the protocol architecture for the respective electronic devices UPnPAV resource sharing, caused by electronic equipment is not easy to achieve high compatibility of technical problems in ensuring the realization of the shared resources between the various devices premise, various electronic equipment easier to get a higher compatibility and achieve lower cost technical effect.

[0201] 可选的,在步骤202之前,该方法还包括: [0201] Optionally, prior to step 202, the method further comprising:

[0202] 资源网关基于超文本传送协议HTTP1. 1协议与第二节点建立第二通信; [0202] Based on the resource gateway HTTP1 1 a hypertext transfer protocol to establish the second communication protocol and a second point;

[0203] 资源网关基于第二通信,接收第二节点发送的第二节点相关信息。 [0203] based on a second communication resource gateway, receiving information related to the second node of the second node transmitted.

[0204] 可选的,第二节点相关信息,包括: [0204] Alternatively, the second node-related information, comprising:

[0205] 第二节点处于第二工作状态的第一时间段;和/或 A first time period [0205] the second node in a second operational state; and / or

[0206] 第二节点处于第二休眠状态的第二时间段; Second time period [0206] the second node in the second sleep state;

[0207] 其中,在第二节点处于第二工作状态时,第二节点的平均功耗为第一平均功耗;在第二节点处于第二休眠状态时,第二节点的平均功耗为第二平均功耗,第二平均功耗小于第一平均功耗。 When [0207] wherein, at the second node is in the second operating state, the average power consumption of the second node a first average power; when the node is in the second sleep state, the second node of the first average power consumption two average power consumption is less than the first average power the second average power.

[020引可选的,在步骤203之后,该方法还包括: [020 cited Optionally, after step 203, the method further comprising:

[0209] 资源网关基于第一通信,接收第一节点发送的用于获取第一资源的第二请求; [0209] Based on the first communication resource gateway, receive a second request for acquiring the first node sends a first resource;

[0210] 资源网关基于第二通信,将第二请求发送给第二节点; [0210] based on a second communication resource gateway, sending a second request to the second node;

[0211] 资源网关基于第二通信,接收第二节点反馈的包含第一资源的第二请求响应; [0211] Gateway based on a second communication resource, the second request comprising a first resource in response to receiving the feedback node;

[0212] 资源网关基于第一通信,将第二请求响应发送给第一节点。 [0212] Based on the first communication resource gateway, sending a response to the second request to the first node.

[0213] 由上述技术方案可知,第一节点与第二节点的往来通信均通过资源网关进行转达,从而实现了通过资源网关对第一节点和第二节点进行数据监控的技术效果。 [0213] From the above technical solutions, communications to the first node and the second node are performed by the resource gateway conveyed, thereby achieving the technical effect of monitoring data through the resource of the gateway node and the second node.

[0214] 可选的,资源网关始终保持工作状态。 [0214] Alternatively, the resource gateway remains active.

[0215] 由上述技术方案可知,由于资源网关始终处于工作状态,使得对于第一节点任意时刻发出的第一请求,都能进行及时地做出响应,从而该保证了资源网关的QoS(Quality ofService,服务质量)。 [0215] From the above technical solution, since the resource gateway is always active, so that the first request for a given node at any time, be able to respond in a timely manner, thereby ensuring the QoS resources of the gateway (Quality ofService ,service quality).

[0216] 实施例H [0216] Example H

[0217] 如图4所示,站在第二节点侧,本实施例提供一种资源分享方法,包括: [0217] As shown in FIG 4, the second node side of the stand, the present embodiment provides a method of sharing resources, comprising:

[021引步骤301 ;在第二节点处于第二工作状态时,第二节点基于超文本传送协议HTTP1. 1协议与资源网关建立第二通信; [Step 021 Primer 301; when the node is in the second operating state, the second node HTTP1 1 protocol to establish the second communication resource based on a hypertext transfer protocol gateway.;

[0219] 步骤302 ;第二节点基于第二通信,向资源网关发送第二节点相关信息,W使第一节点能够从资源网关获取第二节点相关信息,并基于第二节点相关信息从第二节点获取第一资源。 [0219] Step 302; based on a second communication node, the second node transmits to the gateway resource information, W first node the second node can obtain relevant information from the gateway resources, and based on information from the second node node obtain the first resource.

[0220] 由于,HTTP1. 1 (HTTP-Hype;rtexttransferprotocol1. 1,超文本传输协议1. 1) 是现在Internet(Internetwork,国际互联网)中标准的网页浏览协议,且大部分的设备都支持HTTP1. 1协议。 [0220] Since, HTTP1 1 (HTTP-Hype;. Rtexttransferprotocol1 1, Hypertext Transfer Protocol 1.1). Now is the Internet (Internetwork, the Internet) in a standard web browser protocol, and most of the equipment support HTTP1. 1 protocol. HTTP1. 1协议不仅定义了文本数据的传输,同时也定义了流媒体数据的传输方式。 HTTP1. 1 defines the transport protocol not only text data, but also defines the transmission of streaming media data. 从设备支持与协议支持角度出发,HTTP1. 1完全胜任家庭网络数据传输的工作。 Slave protocol support and support perspective, HTTP1. 1 fully competent home network data transmission. 从物理设备上出发,现在的智能设备基本都支持HTTP1. 1协议;从协议功能上出发, HTTP1. 1协议可W为家庭的流媒体数据传输提供基础。 From the physical device, smart devices now support the basic agreement HTTP1 1;.. From the protocol functions, HTTP1 1 W protocol may provide a basis for streaming data transmission family. 从设备支持与协议功能上可W看出, 使用HTTP1. 1协议比较使用UPnPAV架构下的协议有兼容性更高,实现成本更低的优势。 W can be seen from the support and the device protocol functions using HTTP1. 1 Comparative protocol used in the protocol architecture UPnPAV higher compatibility achieve lower cost advantages.

[0221] 由上述技术方案可知,第二节点基于超文本传送协议HTTP1. 1协议与资源网关建立第二通信,有效地解决了现有技术中由于使用UPnPAV架构下的协议实现各个电子设备之间资源分享,而造成电子设备不易实现较高的兼容性的技术问题,实现了在保证各个设备间的资源共享的前提下,各个电子设备更容易获得较高的兼容性,且实现成本较低的技术效果。 [0221] From the above technical solution, the second node HTTP1. 1 protocol to establish the second communication resource based on a hypertext transfer protocol gateway, effectively solve the prior art between the use of the protocol architecture for the respective electronic devices UPnPAV resource sharing, caused by electronic equipment is not easy to achieve high compatibility of technical problems in ensuring the realization of the shared resources between the various devices premise, various electronic equipment easier to get a higher compatibility and achieve lower cost technical effect.

[0222] 可选的,在步骤302之后,该方法还包括: [0222] Optionally, after step 302, the method further comprising:

[0223] 第二节点接收资源网关发送的第二请求,第二请求为第一节点获取第二节点的第一资源的请求; [0223] The second node receiving a resource request sent by the gateway, a second request to obtain a first node a request resource node;

[0224] 第二节点基于第二通信,向资源网关发送包含第一资源的第二请求响应。 [0224] the second node based on the second request for communication, comprising transmitting a first resource in response to the resource gateway.

[0225] 可选的,在步骤302之前,该方法还包括: [0225] Optionally, prior to step 302, the method further comprising:

[0226] 第二节点确定处于第二工作状态的第一时间长度; [0226] the second node determines the length of a first time in a second operating state;

[0227] 第二节点确定处于第二休眠状态的第二时间长度; [0227] the second node determines the length of a second time in a second sleep state;

[022引其中,在第二节点处于第二工作状态时,第二节点的平均功耗为第一平均功耗;在第二节点处于第二休眠状态时,第二节点的平均功耗为第二平均功耗,第二平均功耗小于第一平均功耗,且第二节点无法接收第二请求。 [022 cited wherein when the second node is in the second operating state, the average power consumption of the second node a first average power; when the node is in the second sleep state, the second node of the first average power consumption two average power, average power consumption is less than the second average power consumption of the first and the second node can not receive the second request. 对于第一时间长度和第二时间长度,此处不做具体限制。 For the length of the first and second times, is not particularly limited here.

[0229] 可选的,在步骤302之前,该方法还包括: [0229] Optionally, prior to step 302, the method further comprising:

[0230] 第二节点基于当前时间、第一时间长度和第二时间长度,确定第二节点处于第二工作状态的第一时间段,第一时间段位于当前时间之后; [0230] the second node based on the current time, a first time length and a second length of time, determining a first time period a second node in a second operational state, is located in a first time period after the present time;

[0231] 第二节点基于当前时间、第一时间长度和第二时间长度,确定第二节点处于第二休眠状态的第二时间段,第二时间段位于当前时间之后,且与第一时间段无重叠; After [0231] the second node based on the current time, a first time length and a second length of time, to determine the sleep state in the second node a second period, a second period of time in the current time and the first time period no overlap;

[0232] 第二节点基于第一时间段和第二时间段,生成第二节点相关信息; [0232] the second node based on the first period and the second period, generating a node related information;

[0233] 第二节点通过第二通信,将第二节点相关信息发送给资源网关。 [0233] through the second communication node, the second node transmits the resource-related information to the gateway.

[0234] 举例说明:在确认第一时间长度为5分钟,第二时间长度为4分钟,当前时间为9 时00分00砂时,可W确定第二时间段为;9时00分00砂~9时4分59砂;可W确定第一时间段为;9时05分00砂~9时8分59砂。 [0234] For example: when the length of the first confirmation time of 5 minutes, a second length of time of 4 min, the current time is 9:00 00 sand, W may be determined a second time period; sand 00 9:00 59 ~ 9:04 sand; W may be determined first period of time; sand 00 9:05 ~ 9:08 59 sand.

[0235] 可选的,该方法还包括: [0235] Optionally, the method further comprising:

[0236] 在当前时间处于第二时间段内时,第二节点调整第二工作状态为第二休眠状态; When [0236] the current time in the second period of time, adjusting the second operating state the second node is a second sleep state;

[0237] 在当前时间处于第一时间段内时,第二节点调整第二休眠状态为第二工作状态。 When [0237] the current time in a first time period, a second node to adjust sleep state to the second operation state. [023引由上述技术方案可知,第二节点能够在第一时间段处于工作状态,而在第二时间段处于休眠状态。 [023 cited seen from the above technical solutions, the second node can be in operation at a first time period, the second time period while in a sleep state. 由于第二节点具有间歇式的工作方式,相比于持续的工作方式,具有间歇式的工作方式的第二节点更加节能。 Since the second node having a second node of the intermittent mode of operation, as compared to the continuous mode of operation, intermittent operation with a more energy efficient manner. 从而实现了节约第二节点的电能的技术效果。 Thereby achieving the technical effect of the second node power conservation.

[0239] 可选的,第二节点基于公式(1),确定第一时间长度: [0239] Alternatively, the second node based on the formula (1), determining the length of a first time:

[0240] [0240]

Figure CN104917799AD00211

[0241] 其中,Ti为第一时间长度,化为历史使用情况集合,化U为历史时刻使用情况集合,N为历史统计总数,MaxTi为历史最大第一时间长度,MinTi为历史最小第一时间长度。 [0241] where, Ti is the length of the first time, into a set of historical usage, U set of historical usage time, N is the total number of historical statistics, MaxTi maximum length of a first time history, a first minimum time history Minti length.

[0242] 可选的,第二节点基于公式(2),确定第二时间长度: [0242] Alternatively, the second node based on the formula (2), a second determined length of time:

[0243] [0243]

Figure CN104917799AD00212

[0244] 其中,Ts为第二时间长度,化为历史使用情况集合,化U为过去历史时刻使用情况集合,N为历史统计总数,MaxTs为历史最大第二时间长度,MinTs为历史最小第二时间长度。 [0244] where, Ts is the length of the second time, into historical usage collection of U historic moment for the past use of the set, N is the total number of historical statistics, MaxTs second largest in history for the length of time, MinTs second smallest in history length of time.

[0245] 此处,对于公式(1)和(2)进行说明;因为在人们的日常生活中,设备并非一直处于使用状态,很多时间中都是处于空闲状态,使用统计学习理论中的小样本统计方法,通过对服务请求的采样,统计请求其固定时间内的请求频次,也就是采集设备活动的时间,可W 得到其活动的频繁制度与时间的对应关系,使用二维函数进行回归分析,可W得出一个近似的求解函数,通过此函数可W大概预测设置应该在何时处于活动状态,何时处于空闲状态,当判断出所处状态后可W设定Ts与Ti时长,在不同的状态下Ts与Ti是一固定值,活动状态时Ts会变小Ti会变大,空闲状态时Ts会变大,Ti会变小。 [0245] Here, for the equation (1) and (2) is described; because in people's daily lives, not the equipment has been in use, a lot of time are idle, using statistical learning theory of small samples statistical method, sampling service requests, statistics request within a fixed time frequency, which is the time acquisition device activity, you can W get their activities frequently regime correspondence between the time and, using a two-dimensional function regression analysis, W may be an approximate analytic function obtained by this function W provided about the prediction should be active when, when in the idle state, when it is determined that the state in which W is set to be long when Ts and Ti in different Ts and Ti are in the state a fixed value, while the active state becomes small Ti becomes large Ts, Ts becomes large idle state, Ti becomes small. 考虑到突发状态导致预测结果不准确,在使用函数拟合同时,还会对短时间内的活动情况进行监听,若与预测状态不符合,及时修改设备状态,提高服务质量。 Considering the state of emergency leads to inaccurate forecasting results in the use of function fitting at the same time, but also to monitor the activities carried out within a short time, if the state does not comply with the prediction, timely modify the device status, improve service quality.

[0246] 实施例四 [0246] Fourth Embodiment

[0247] 如图5所示,本实施例提供一种第一节点,包括: [0247] As shown in FIG 5, the present embodiment provides a first node, comprising:

[024引第一建立单元401,用于在第一节点处于第一工作状态时,基于超文本传送协议HTTP1. 1协议与资源网关建立第一通信; [024 lead the first creating unit 401, when the first node to the first operating condition, HTTP1 1 protocol gateway establishing a first communication resource based on a hypertext transfer protocol;

[0249] 第一发送单元402,用于基于第一通信,向资源网关发送第一请求,第一请求用于向资源网关获取第二节点对应的第二节点相关信息; [0249] a first transmitting unit 402, based on a first communication resource to a gateway sending a first request, the first request for acquiring node information corresponding to the second node to the gateway resources;

[0巧0] 第一接收单元403,用于基于第一通信,接收资源网关反馈的第一请求响应,并从第一请求响应中获取第二节点相关信息; [Qiao 0 0] The first receiving unit 403, based on a first communication, receiving a first request in response to the feedback resource gateway, and obtains relevant information from the second node in response to the first request;

[0251] 第一获取单元404,用于基于第二节点相关信息,从第二节点获取第一资源。 [0251] The first acquiring unit 404, based on information related to the second node, the first resource acquired from the second node.

[0252] 可选的,第二节点相关信息,包括: [0252] Alternatively, the second node-related information, comprising:

[0253] 第二节点处于第二工作状态的第一时间段;和/或 A first time period [0253] the second node in a second operational state; and / or

[0254] 第二节点处于第二休眠状态的第二时间段; Second time period [0254] the second node in the second sleep state;

[0巧5] 其中,在第二节点处于第二工作状态时,第二节点的平均功耗为第一平均功耗;在第二节点处于第二休眠状态时,第二节点的平均功耗为第二平均功耗,第二平均功耗小于第一平均功耗。 [0 Qiao 5] wherein, at the second node is in the second operating state, the average power consumption of the second node a first average power; when the node is in the second sleep state, the average power consumption of the second node a second average power consumption, the average power consumption of the second power less than the first average.

[0巧6] 可选的,第一获取单元404,包括: [Qiao 0 6] Optionally, the first acquisition unit 404, comprising:

[0257] 第一获取模块,用于从第一请求响应中获取第一时间段、和/或第二时间段; [0257] a first obtaining module, configured to obtain a first time period, and / or the second time period from the first request response;

[0巧引第一发送模块,用于在基于第一时间段、和/或第二时间段,确定第二节点当前处于第二工作状态时,基于第一通信,向资源网关发送用于获取第一资源的第二请求; [0 Qiao primer first sending module, configured to, when a first period of time based, and / or the second time period, determining a second point of the current in the second operating state, based on the first communication, the gateway transmits to the resource for obtaining the second request for the first resource;

[0巧9] 第一接收模块,用于基于第一通信,接收资源网关反馈的第二请求响应,并从第二请求响应中获取第一资源。 [Qiao 0 9] a first receiving module, for communication based on the first, second request receiving response feedback resource gateway, and acquires from the first resource in response to the second request.

[0260] 可选的,第一获取单元404,包括: [0260] Alternatively, the first acquisition unit 404, comprising:

[0261] 第二获取模块,用于从第一请求响应中获取第一时间段、和/或第二时间段; [0261] The second acquiring module, for acquiring a first time period, and / or the second time period from the first request response;

[0262] 第一调整模块,用于在基于第一时间段、和/或第二时间段,确定第二节点当前处于第二休眠状态时,将第一工作状态调整为第一休眠状态;其中,在第一节点处于第一工作状态时,第一节点的平均功耗为第H平均功耗;在第一节点处于第一休眠状态时,第一节点的平均功耗为第四平均功耗,第四平均功耗小于第H平均功耗; [0262] a first adjusting means for a first time period based upon, and / or the second time period, determining a second node currently in a sleep state, the first operating state a first adjusting dormant state; wherein when the first node in a first operating state, the average power consumption of the first node average power consumption of H; when the node is in a first dormant state, the average power consumption of the first node of the fourth average power consumption , average power consumption is less than the fourth average power consumption of H;

[0263] 第二调整模块,用于在当前时间为第一时间段的起始时间时,将第一休眠状态调整为第一工作状态; [0263] The second adjustment module, when the current time is used as a starting time of the first period, the first sleep state is adjusted to a first operating state;

[0264] 第二发送模块,用于基于第一通信,向资源网关发送用于获取第一资源的第二请求; [0264] The second sending module, based on a first communication, sending a second request for acquiring a first resource to a resource of the gateway;

[0265] 第二接收模块,用于基于第一通信,接收资源网关反馈的第二请求响应,并从第二请求响应中获取第一资源。 [0265] a second receiving module, for communication based on the first, second request receiving response feedback resource gateway, and acquires from the first resource in response to the second request.

[0266] 实施例五 [0266] Embodiment V

[0267] 如图6所示,本实施例提供一种资源网关,包括: [0267] As shown in FIG 6, the present embodiment provides a gateway resources, comprising:

[026引第二建立单元501,用于在资源网关处于工作状态时,基于超文本传送协议HTTP1. 1协议与第一节点建立第一通信; [026 second primer establishing unit 501, to the gateway when the resource is in operation, HTTP1 1 protocol establishing a first communication with the first node based on a hypertext transfer protocol;

[0269] 第二接收单元502,用于基于第一通信,接收第一节点发送的第一请求,第一请求用于向资源网关获取第二节点对应的第二节点相关信息; [0269] The second receiving unit 502, based on a first request for a first communication, the first node receiving the transmission, a first node a request for acquiring information corresponding to the second node to the gateway resources;

[0270] 第二发送单元503,用于基于第一通信,向第一节点发送包含第二节点相关信息的第一请求响应,W使第一节点能够基于第二节点相关信息从第二节点获取第一资源。 [0270] The second transmitting unit 503, based on a first communication node transmits a first request comprises information related to the first node in response, W first node from the second node can be acquired based on information related to the second node The first resource.

[0271] 可选的,资源网关还包括: [0271] Alternatively, the resource gateway also includes:

[0272] 第H建立单元,用于在资源网关基于第一通信,接收第一节点发送的第一请求之前,基于超文本传送协议HTTP1. 1协议与第二节点建立第二通信; Before [0272] H of establishing unit, based on a first communication resource at the gateway, receiving the first request sent by the first node, establishing a second communication protocol based HTTP1 1 and the second node hypertext transfer protocol;

[0273] 第H接收单元,用于基于第二通信,接收第二节点发送的第二节点相关信息。 [0273] H of a receiving unit, based on a second communication node, the second node receives the transmitted information.

[0274] 可选的,第二节点相关信息,包括: [0274] Alternatively, the second node-related information, comprising:

[0275] 第二节点处于第二工作状态的第一时间段;和/或 A first time period [0275] the second node in a second operational state; and / or

[0276] 第二节点处于第二休眠状态的第二时间段; Second time period [0276] the second node in the second sleep state;

[0277] 其中,在第二节点处于第二工作状态时,第二节点的平均功耗为第一平均功耗;在第二节点处于第二休眠状态时,第二节点的平均功耗为第二平均功耗,第二平均功耗小于第一平均功耗。 When [0277] wherein, at the second node is in the second operating state, the average power consumption of the second node a first average power; when the node is in the second sleep state, the second node of the first average power consumption two average power consumption is less than the first average power the second average power.

[027引可选的,资源网关还包括: [027 cited optional resource gateway also includes:

[0279] 第四接收单元,用于在资源网关基于第一通信,向第一节点发送包含第二节点相关信息的第一请求响应之后,基于第一通信,接收第一节点发送的用于获取第一资源的第二请求; [0279] a fourth receiving unit, after a communication resource based on the first gateway, sending a first request comprising information related to the second node in response to the first node, based on a first communication, receiving a first node configured to obtain transmission the second request for the first resource;

[0280] 第H发送单元,用于基于第二通信,将第二请求发送给第二节点; [0280] The first transmitting unit H, based on a second communication, sends the second request to the second node;

[0281] 第五接收单元,用于基于第二通信,接收第二节点反馈的包含第一资源的第二请求响应; [0281] fifth receiving unit, a second request based on a second communication resource comprises a first, a second node receiving a feedback response;

[0282] 第四发送单元,用于基于第一通信,将第二请求响应发送给第一节点。 [0282] The fourth transmission unit, based on a first communication, a second request response to the first node.

[0283] 可选的,所述资源网关还包括: [0283] Alternatively, the gateway resource further comprises:

[0284] 保持单兀,用于始终保持工作状态。 [0284] Wu maintain a single, always working for the state.

[02财实施例六 [02 fiscal Sixth Embodiment

[0286] 如图7所示,本实施例提供一种第二节点,包括: [0286] As shown in FIG 7, the present embodiment provides a second node, comprising:

[0287] 第四建立单元601,用于在第二节点处于第二工作状态时,基于超文本传送协议HTTP1. 1协议与资源网关建立第二通信; [0287] The fourth creating unit 601, when the node is in a second operating state, HTTP1 1 with the protocol establishing a second communication resource based on a hypertext transfer protocol gateway.;

[028引第五发送单元602,用于基于第二通信,向资源网关发送第二节点相关信息,W使第一节点能够从资源网关获取第二节点相关信息,并基于第二节点相关信息从第二节点获取第一资源。 [028 cited fifth sending unit 602, based on a second communication node transmits related information to the gateway resource, W first node the second node can obtain relevant information from the gateway resources, and based on information from the second node obtaining a first node resources.

[0289] 可选的,第二节点还包括: [0289] Alternatively, the second node further comprises:

[0290] 第六接收单元,用于在基于第二通信,向资源网关发送第二节点相关信息之后,接收资源网关发送的第二请求,第二请求为第一节点获取第二节点的第一资源的请求; [0290] a sixth receiving means configured, after sending the relevant information to the second node based on a second communication resource gateway, the gateway receives a second transmission request resource, the second request for the second node of the first node acquired the first requested resource;

[0291] 第六发送单元,用于基于第二通信,向资源网关发送包含第一资源的第二请求响应。 [0291] The sixth transmission means, based on a second request for a second communication in response, transmits a first resource comprising a resource to the gateway.

[0292] 可选的,第二节点还包括: [0292] Alternatively, the second node further comprises:

[0293] 第一确定单元,用于在第二节点基于第二通信,向资源网关发送第二节点相关信息之前,确定处于第二工作状态的第一时间长度; [0293] a first determining unit configured to, before the second node based on a second communication, the second node transmits related information to the gateway resource, determines the length of a first time in a second operating condition;

[0294] 第二确定单元,用于确定处于第二休眠状态的第二时间长度; [0294] The second determination unit for determining a second length of time in the second sleep state;

[0295] 其中,在第二节点处于第二工作状态时,第二节点的平均功耗为第一平均功耗;在第二节点处于第二休眠状态时,第二节点的平均功耗为第二平均功耗,第二平均功耗小于第一平均功耗,且第二节点无法接收第二请求。 When [0295] wherein, at the second node is in the second operating state, the average power consumption of the second node a first average power; when the node is in the second sleep state, the second node of the first average power consumption two average power, average power consumption is less than the second average power consumption of the first and the second node can not receive the second request.

[0296] 可选的,第二节点还包括: [0296] Alternatively, the second node further comprises:

[0297] 第H确定单元,用于基于当前时间、第一时间长度和第二时间长度,确定第二节点处于第二工作状态的第一时间段; [0297] The first determination unit H, based on the current time, a first time length and a second length of time, determining a first time period a second node in a second operating condition;

[029引第四确定单元,用于基于当前时间、第一时间长度和第二时间长度,确定第二节点处于第二休眠状态的第二时间段; [Cited fourth determining unit 029, based on the current time, a first time length and a second length of time, determining a second node in the second period of the sleep state;

[0299] 第一生成单元,用于基于第一时间段和第二时间段,生成第二节点相关信息; [0299] a first generation unit, based on a first time period and a second period, generating a node related information;

[0300] 第走发送单元,用于通过第二通信,将第二节点相关信息发送给资源网关。 [0300] The first transmitting unit is down, for transmitting information to a second node through a second communication resource gateway.

[0301] 可选的,第二节点还包括: [0301] Alternatively, the second node further comprises:

[0302] 第一调整单元,用于在当前时间处于第二时间段内时,调整第二工作状态为第二休眠状态; When [0302] the first adjusting unit for the current time in the second period of time, adjusting the second operating state is a second sleep state;

[0303] 第二调整单元,用于在当前时间处于第一时间段内时,调整第二休眠状态为第二工作状态。 [0303] The second adjustment unit for a first period of time is at the present time, to adjust the second sleep state to the second operating state.

[0304] 可选的,第一确定单元基于如下公式,确定第一时间长度: [0304] Alternatively, the following equation based on a first determination unit to determine a first time length:

[0305] [0305]

Figure CN104917799AD00241

[0306] 其中,Ti为第一时间长度,化为历史使用情况集合,化U为历史时刻使用情况集合,N为历史统计总数,MaxTi为历史最大第一时间长度,MinTi为历史最小第一时间长度。 [0306] where, Ti is the length of the first time, into a set of historical usage, U set of historical usage time, N is the total number of historical statistics, MaxTi maximum length of a first time history, a first minimum time history Minti length.

[0307] 可选的,第二确定单元基于如下公式,确定第二时间长度: [0307] Alternatively, the second determination unit based on the following equation to determine the length of the second time:

[030引 [030 Cited

Figure CN104917799AD00242

[0309] 其中,Ts为第二时间长度,化为历史使用情况集合,化U为过去历史时刻使用情况集合,N为历史统计总数,MaxTs为历史最大第二时间长度,MinTs为历史最小第二时间长度。 [0309] where, Ts is the length of the second time, into historical usage collection of U historic moment for the past use of the set, N is the total number of historical statistics, MaxTs second largest in history for the length of time, MinTs second smallest in history length of time.

[0310] 本领域内的技术人员应明白,本发明的实施例可提供为方法、系统、或计算机程序产品。 [0310] skilled in the art should understand that the embodiments of the present invention may provide a method, system, or computer program product. 因此,本发明可采用完全硬件实施例、完全软件实施例、或结合软件和硬件方面的实施例的形式。 Thus, embodiments of the present invention may be employed entirely hardware embodiment, an entirely software embodiment, or an embodiment in conjunction with the form of software and hardware aspects. 而且,本发明可采用在一个或多个其中包含有计算机可用程序代码的计算机可用存储介质(包括但不限于磁盘存储器、CD-ROM、光学存储器等)上实施的计算机程序产品的形式。 Further, the present invention may take the form of a computer program product embodied in one or more of which comprises a computer usable storage medium having computer-usable program code (including but not limited to, disk storage, CD-ROM, optical memory, etc.).

[0311] 本发明是参照根据本发明实施例的方法、设备(系统)、和计算机程序产品的流程图和/或方框图来描述的。 [0311] The present invention has been described in accordance with the method of Example of the present invention, apparatus (systems) and computer program products flowchart and / or block diagrams described. 应理解可由计算机程序指令实现流程图和/或方框图中的每一流程和/或方框、W及流程图和/或方框图中的流程和/或方框的结合。 It should be understood and implemented by computer program instructions and or the flowchart and / or block diagrams each flow / block, W, and the flowchart / or block diagrams of processes and / or blocks. 可提供该些计算机程序指令到通用计算机、专用计算机、嵌入式处理机或其他可编程数据处理设备的处理器W产生一个机器,使得通过计算机或其他可编程数据处理设备的处理器执行的指令产生用于实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能的装置。 The program may be provided such computer instructions to a general purpose computer, special purpose computer, embedded processor or other programmable data processing apparatus to produce a machine W, such that the instructions executed by the processor of the computer or other programmable data processing apparatus to produce means for implementing a flowchart or more flows and / or block diagram block or blocks in a specified functions.

[0312] 该些计算机程序指令也可存储在能引导计算机或其他可编程数据处理设备W特定方式工作的计算机可读存储器中,使得存储在该计算机可读存储器中的指令产生包括指令装置的制造品,该指令装置实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能。 [0312] the plurality of computer program instructions may also be stored in a can direct a computer or other programmable data processing apparatus work W in a particular manner a computer-readable memory, such that the storage instruction means generating comprises producing in the computer readable instructions in the memory products, the instruction means implemented in a flowchart or more flows and / or block diagram block or blocks in a specified function.

[0313] 该些计算机程序指令也可装载到计算机或其他可编程数据处理设备上,使得在计算机或其他可编程设备上执行一系列操作步骤W产生计算机实现的处理,从而在计算机或其他可编程设备上执行的指令提供用于实现在流程图一个流程或多个流程和/或方框图一个方框或多个方框中指定的功能的步骤。 [0313] the plurality of computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps on the computer or other programmable apparatus to produce a computer implemented process W, so that the computer or other programmable the instructions which execute on the device provide steps for implementing the flow chart of one or more flows and / or block diagram block or blocks in a specified functions.

[0314] 尽管已描述了本发明的优选实施例,但本领域内的技术人员一旦得知了基本创造性概念,则可对该些实施例作出另外的变更和修改。 [0314] While the present invention has been described with preferred embodiments, but those skilled in the art from the underlying inventive concept can make further changes and modifications to the embodiments some embodiments. 所W,所附权利要求意欲解释为包括优选实施例W及落入本发明范围的所有变更和修改。 The W, the appended claims are intended to be construed as preferred embodiments include, for example W and all changes and modifications falling within the scope of the present invention.

[0315] 显然,本领域的技术人员可W对本发明进行各种改动和变型而不脱离本发明的精神和范围。 [0315] Obviously, those skilled in the art of the present invention W may make various changes and modifications without departing from the spirit and scope of the invention. 该样,倘若本发明的该些修改和变型属于本发明权利要求及其等同技术的范围之内,则本发明也意图包含该些改动和变型在内。 The sample, if within such modifications and variations of the present invention as claimed in the present invention belong to the scope of the claims and their equivalents, then the present invention intends to include these modifications and the variations.

Claims (32)

  1. 1. 一种资源分享方法,其特征在于,包括: 在第一节点处于第一工作状态时,所述第一节点基于超文本传送协议HTTP1. 1协议与资源网关建立第一通信; 所述第一节点基于所述第一通信,向所述资源网关发送第一请求,所述第一请求用于向所述资源网关获取第二节点对应的第二节点相关信息; 所述第一节点基于所述第一通信,接收所述资源网关反馈的第一请求响应,并从所述第一请求响应中获取所述第二节点相关信息; 所述第一节点基于所述第二节点相关信息,从所述第二节点获取第一资源。 CLAIMS 1. A method for sharing resources, characterized by comprising: when the first node is in a first operating state, the first node HTTP1 1 protocol establishing a first communication resource based on a hypertext transfer protocol gateway; the first based on the first communication node transmits a first request to the gateway resource, the first request for acquiring the second node of the second node corresponding to the resource related information to the gateway; the first node based on the said first communication, receiving a first request in response to the feedback resource gateway, and the second node in response to obtaining relevant information from the first request; the first node based on the node-related information, from the acquiring the first resource node.
  2. 2. 如权利要求1所述的方法,其特征在于,所述第二节点相关信息,包括: 所述第二节点处于第二工作状态的第一时间段;和/或所述第二节点处于第二休眠状态的第二时间段; 其中,在所述第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在所述第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗,所述第二平均功耗小于所述第一平均功耗。 2. The method according to claim 1, wherein the second node-related information, comprising: a node in a first operating state a second time period; and / or in the second node a second period of the second sleep state; wherein, in said second operating point is in the second state, the second node is a first average power consumption of the average power consumption; the second point is in the the second sleep state, the second node of the average power consumption of the second average power, the second average power consumption is less than the first average power consumption.
  3. 3. 如权利要求2所述的方法,其特征在于,所述第一节点基于所述第二节点相关信息, 从所述第二节点获取第一资源,包括: 所述第一节点从所述第一请求响应中获取所述第一时间段、和/或所述第二时间段; 在所述第一节点基于所述第一时间段、和/或所述第二时间段,确定所述第二节点当前处于所述第二工作状态时,所述第一节点基于所述第一通信,向所述资源网关发送用于获取所述第一资源的第二请求; 所述第一节点基于所述第一通信,接收所述资源网关反馈的第二请求响应,并从所述第二请求响应中获取所述第一资源。 3. The method according to claim 2, wherein the first node based on information related to the second node, the second node acquired from the first resource, comprising: the first node from the a first request response acquiring the first time period, and / or said second time period; the first node based on the first time period, and / or the second time period, determining the when the current node is in the second operating state, the second node based on the first communication request, the gateway transmits to the resource for acquiring the first resource; based on the first node the first communication, the gateway receives the feedback resource in response to a second request, and to obtain from the first resource in response to the second request.
  4. 4. 如权利要求2所述的方法,其特征在于,所述第一节点基于所述第二节点相关信息, 向所述第二节点获取所述第一资源,包括: 所述第一节点从所述第一请求响应中获取所述第一时间段、和/或所述第二时间段; 在所述第一节点基于所述第一时间段、和/或所述第二时间段,确定所述第二节点当前处于所述第二休眠状态时,所述第一节点将所述第一工作状态调整为第一休眠状态;其中,在所述第一节点处于所述第一工作状态时,所述第一节点的平均功耗为第三平均功耗; 在所述第一节点处于所述第一休眠状态时,所述第一节点的平均功耗为第四平均功耗,所述第四平均功耗小于所述第三平均功耗; 在当前时间为所述第一时间段的起始时间时,所述第一节点将所述第一休眠状态调整为所述第一工作状态; 所述第一节点基于所述第一通信,向所述资 4. The method according to claim 2, wherein the first node based on information related to the second node, the second node to the acquiring the first resource, comprising: from the first node in response to obtaining the first time period, the second period of time and or / the first request; the first node based on the first time period, and / or the second time period, determined wherein, the first node is in said first operating condition; when the node is currently in the second sleep state, the first node of the first operating state a first adjusting dormant state , the first node of the third average power average power consumption; when the first node is in said first dormant state, the first node average power consumption of a fourth average power consumption, the fourth average power consumption of less than the third average power consumption; the start time of the first time period, the first node of the first sleep state is adjusted to the first operation state at the current time ; the first node based on the first communication resource to the 网关发送用于获取所述第一资源的第二请求; 所述第一节点基于所述第一通信,接收所述资源网关反馈的第二请求响应,并从所述第二请求响应中获取所述第一资源。 The gateway sending the second request for acquiring the first resource; the first node based on the first communication resource of the gateway receives a second request in response to feedback, and acquires the request response from the second said first resource.
  5. 5. -种资源分享方法,其特征在于,包括: 在资源网关处于工作状态时,所述资源网关基于超文本传送协议HTTP1. 1协议与第一节点建立第一通信; 所述资源网关基于所述第一通信,接收所述第一节点发送的第一请求,所述第一请求用于向所述资源网关获取第二节点对应的第二节点相关信息; 所述资源网关基于所述第一通信,向所述第一节点发送包含所述第二节点相关信息的第一请求响应,以使所述第一节点能够基于所述第二节点相关信息从所述第二节点获取第一资源。 5. - Species Resource sharing method, characterized by comprising: when the resource is in operation the gateway, the gateway resource based on a hypertext transfer protocol HTTP1 1 protocol and establishing a first communication node; gateway based on the resource. said first communication, receiving a first request sent from the first node, the first request for acquiring the second node of the second node corresponding to the resource related information to the gateway; the gateway based on the first resource a first communication request, the first node sends the second node comprising information related to the response, so that the node can acquire the second node based on a first resource related information from the second node.
  6. 6. 如权利要求5所述的方法,其特征在于,在所述资源网关基于所述第一通信,接收所述第一节点发送的第一请求之前,所述方法还包括: 所述资源网关基于所述超文本传送协议HTTP1. 1协议与所述第二节点建立第二通信; 所述资源网关基于所述第二通信,接收所述第二节点发送的所述第二节点相关信息。 6. The method according to claim 5, characterized in that, based on the first communication, receiving in said gateway before resource request sent by the first node, the method further comprising: the gateway resource establishing a second communication with the node based on the hyperText transfer protocol HTTP1 1 protocol; the gateway based on the second communication resource, the node sends the second node receiving said second information.
  7. 7. 如权利要求6所述的方法,其特征在于,所述第二节点相关信息,包括: 所述第二节点处于第二工作状态的第一时间段;和/或所述第二节点处于第二休眠状态的第二时间段; 其中,在所述第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在所述第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗,所述第二平均功耗小于所述第一平均功耗。 7. The method according to claim 6, wherein the second node-related information, comprising: a node in a first operating state a second time period; and / or in the second node a second period of the second sleep state; wherein, in said second operating point is in the second state, the second node is a first average power consumption of the average power consumption; the second point is in the the second sleep state, the second node of the average power consumption of the second average power, the second average power consumption is less than the first average power consumption.
  8. 8. 如权利要求7所述的方法,其特征在于,在所述资源网关基于所述第一通信,向所述第一节点发送包含所述第二节点相关信息的第一请求响应之后,所述方法还包括: 所述资源网关基于所述第一通信,接收所述第一节点发送的用于获取所述第一资源的第二请求; 所述资源网关基于所述第二通信,将所述第二请求发送给所述第二节点; 所述资源网关基于所述第二通信,接收所述第二节点反馈的包含所述第一资源的第二请求响应; 所述资源网关基于所述第一通信,将所述第二请求响应发送给所述第一节点。 After 8. The method according to claim 7, wherein, based on the first communication, transmits to the first node comprising a first node requesting the information related to the resource in response to the gateway, the said method further comprising: the gateway based on the first communication resource, the second request for acquiring the first resource node receiving the transmission; and the gateway based on the second communication resource, the said second request to the second node; said second communication resource based on the gateway, receiving the second request including the first resource in response to a feedback node; gateway to the resource based on the a first communication, in response to the second request sent to the first node.
  9. 9. 如权利要求5~8任一所述的方法,其特征在于,所述资源网关始终保持工作状态。 9. A method according to any one of claims 5 to 8, wherein said resource gateway permanently operating.
  10. 10. -种资源分享方法,其特征在于,包括: 在第二节点处于第二工作状态时,所述第二节点基于超文本传送协议HTTP1. 1协议与资源网关建立第二通信; 所述第二节点基于所述第二通信,向所述资源网关发送第二节点相关信息,以使第一节点能够从所述资源网关获取所述第二节点相关信息,并基于所述第二节点相关信息从所述第二节点获取第一资源。 10. - Species Resource sharing method, characterized by comprising: when the node is in the second operating state, the second node HTTP1 1 protocol to establish the second communication resource based on a hypertext transfer protocol gateway; the second. second node, transmitting to the second communication based on the resource information related to the gateway node, the first node so that the second node can obtain the resource-related information from the gateway, and the relevant information based on the second node obtaining a second point from the first resource.
  11. 11. 如权利要求10所述的方法,其特征在于,在所述第二节点基于所述第二通信,向所述资源网关发送第二节点相关信息之后,所述方法还包括: 所述第二节点接收所述资源网关发送的第二请求,所述第二请求为第一节点获取所述第二节点的第一资源的请求; 所述第二节点基于所述第二通信,向所述资源网关发送包含所述第一资源的第二请求响应。 After 11. The method according to claim 10, wherein the second node based on the second communication, the second node transmits the resource related information to the gateway, the method further comprising: said first second node receiving the second request sent by the gateway resource, the second request is a request for acquiring the first resource node of the second node; said second node based on the communication, to the sending a second request comprises resource gateway the first resource response.
  12. 12. 如权利要求10所述的方法,其特征在于,在所述第二节点基于所述第二通信,向所述资源网关发送第二节点相关信息之前,所述方法还包括: 所述第二节点确定处于所述第二工作状态的第一时间长度; 所述第二节点确定处于第二休眠状态的第二时间长度; 其中,在第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗,所述第二平均功耗小于所述第一平均功耗,且所述第二节点无法接收所述第二请求。 12. The method according to previous claim 10, wherein the second node based on the second communication, the second node transmits the resource related information to the gateway, the method further comprising: said first determining a first time length of the second node is in said second operating state; a second length of said second time point is determined in the second sleep state; wherein the second node is in the second operating state, the the average power consumption of the second node a first average power; when the second node is in the sleep state, the second node of the average power consumption of the second average power, the second average power consumption less than the first average power and the second node can not receive the second request.
  13. 13. 如权利要求12所述的方法,其特征在于,所述方法还包括: 所述第二节点基于当前时间、所述第一时间长度和所述第二时间长度,确定所述第二节点处于所述第二工作状态的第一时间段; 所述第二节点基于当前时间、所述第一时间长度和所述第二时间长度,确定所述第二节点处于所述第二休眠状态的第二时间段; 所述第二节点基于所述第一时间段和所述第二时间段,生成所述第二节点相关信息; 所述第二节点通过所述第二通信,将所述第二节点相关信息发送给所述资源网关。 13. The method of claim 12, wherein said method further comprises: the second node based on the current time, the length of the first length of time and the second time, the second node is determined a first time period in the second operating condition; the second node based on a current time, the time length of the first length and said second time, determining that the second node is in the sleep state a second period of time; the second node based on the first time period and said second time period, generating information related to the second node; the second node via the second communication, the second two node resource related information to the gateway.
  14. 14. 如权利要求12所述的方法,其特征在于,所述方法还包括: 在当前时间处于所述第二时间段内时,所述第二节点调整所述第二工作状态为所述第二休眠状态; 在当前时间处于所述第一时间段内时,所述第二节点调整所述第二休眠状态为所述第二工作状态。 14. The method of claim 12, wherein said method further comprises: when in the second period of the current time, the second node adjusts the first state to the second operating two sleep state; while in the first period of the current time, the second node adjusts the second sleep state to the second operating state.
  15. 15. 如权利要求12~14任一所述的方法,其特征在于,所述第二节点基于如下公式,确定所述第一时间长度: 15. The method according to any one of claims 12 to 14, characterized in that the second node based on the following equation, the length of the first time:
    Figure CN104917799AC00041
    其中,Ti为所述第一时间长度,Sh为历史使用情况集合,Chu为历史时刻使用情况集合,N为历史统计总数,MaxTi为历史最大第一时间长度,MinTi为历史最小第一时间长度。 Where, Ti is the first time length, Sh usage history collection, Chu usage history collection timing, N is the total number of historical statistics, MaxTi maximum length of a first time history, MinTi the minimum length of the first time in history.
  16. 16. 如权利要求12~14任一所述的方法,其特征在于,所述第二节点基于如下公式,确定所述第二时间长度: 16. The method according to any one of claims 12 to 14, characterized in that the second node based on the following equation, the length of the second time:
    Figure CN104917799AC00042
    其中,Ts为所述第二时间长度,Sh为历史使用情况集合,Chu为过去历史时刻使用情况集合,N为历史统计总数,MaxTs为历史最大第二时间长度,MinTs为历史最小第二时间长度。 Where, Ts is the length of the second time, Sh usage history collection, Chu past usage history collection timing, N is the total number of historical statistics, MaxTs the maximum length of the second time in history, MinTs the minimum length of the second time history .
  17. 17. -种第一节点,其特征在于,包括: 第一建立单元,用于在所述第一节点处于第一工作状态时,基于超文本传送协议HTTP1. 1协议与资源网关建立第一通信; 第一发送单元,用于基于所述第一通信,向所述资源网关发送第一请求,所述第一请求用于向所述资源网关获取第二节点对应的第二节点相关信息; 第一接收单元,用于基于所述第一通信,接收所述资源网关反馈的第一请求响应,并从所述第一请求响应中获取所述第二节点相关信息; 第一获取单元,用于基于所述第二节点相关信息,从所述第二节点获取第一资源。 17. - kind of the first node, characterized by comprising: a first establishing means for when said first node is in a first operating state, HTTP1 1 protocol gateway establishing a first communication resource based on a hypertext transfer protocol. ; first sending unit, based on the first communication, sending a first request to the gateway resource, the first request for acquiring the second node of the second node corresponding to the resource related information to the gateway; first a receiving unit, based on the first communication, receiving a first request in response to the feedback resource gateway, and the second node in response to obtaining relevant information from the first request; a first obtaining unit configured to related information based on the second node, the second node acquired from said first resource.
  18. 18. 如权利要求17所述的第一节点,其特征在于,所述第二节点相关信息,包括: 所述第二节点处于第二工作状态的第一时间段;和/或所述第二节点处于第二休眠状态的第二时间段; 其中,在所述第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在所述第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗,所述第二平均功耗小于所述第一平均功耗。 18. The node according to claim 17, wherein the second node-related information, comprising: a first time period the second node in a second operational state; and / or the second a second node in the second period of the sleep state; wherein, in said second operating point is in the second state, the second node is a first average power consumption for the average power consumption; the second the node is in the second sleep state, the average power consumption of the second node is a second average power, the second average power consumption of less than the first average power.
  19. 19. 如权利要求18所述的第一节点,其特征在于,所述第一获取单元,包括: 第一获取模块,用于从所述第一请求响应中获取所述第一时间段、和/或所述第二时间段; 第一发送模块,用于在基于所述第一时间段、和/或所述第二时间段,确定所述第二节点当前处于所述第二工作状态时,基于所述第一通信,向所述资源网关发送用于获取所述第一资源的第二请求; 第一接收模块,用于基于所述第一通信,接收所述资源网关反馈的第二请求响应,并从所述第二请求响应中获取所述第一资源。 19. The node according to claim 18, wherein said first acquisition unit, comprising: a first acquiring module, in response to the first request from obtaining the first time period, and when based on the first time period, and / or the second time period, determining that the current node is in the second operating state a first sending module, configured; second time period / or a first feedback resource gateway a second receiving module, based on the first communication, the receiving; based on the first communication resource to the gateway sending the second request for acquiring the first resource in response to the request, and acquiring the first resource response from the second request.
  20. 20. 如权利要求18所述的第一节点,其特征在于,所述第一获取单元,包括: 第二获取模块,用于从所述第一请求响应中获取所述第一时间段、和/或所述第二时间段; 第一调整模块,用于在基于所述第一时间段、和/或所述第二时间段,确定所述第二节点当前处于所述第二休眠状态时,将所述第一工作状态调整为第一休眠状态;其中,在所述第一节点处于所述第一工作状态时,所述第一节点的平均功耗为第三平均功耗;在所述第一节点处于所述第一休眠状态时,所述第一节点的平均功耗为第四平均功耗,所述第四平均功耗小于所述第三平均功耗; 第二调整模块,用于在当前时间为所述第一时间段的起始时间时,将所述第一休眠状态调整为所述第一工作状态; 第二发送模块,用于基于所述第一通信,向所述资源网关发送用于获取所述第一资源的第二 20. The node according to claim 18, wherein said first acquisition unit, comprising: a second acquiring module, for acquiring from the first time period in response to the first request, and / or said second time period; a first adjusting module configured based upon the first time period, and / or the second time period, determining that the second node is in the sleep state current , the first operating state is adjusted to a first dormant state; wherein, the first node is in said first operating state, the first node of the third average power average power consumption; in the when said first node is in the sleep state, the first node average power consumption of a fourth average power consumption, the average power consumption is less than a fourth of the third average power; a second adjustment module, when the current time is a start time of the first period, the first sleep state is adjusted to the first operating state; a second sending module, based on the first communication to the transmitting said second gateway resources for acquiring the first resource 求; 第二接收模块,用于基于所述第一通信,接收所述资源网关反馈的第二请求响应,并从所述第二请求响应中获取所述第一资源。 Seeking; a second receiving module, based on the first communication, the gateway receives the resource request in response to a second feedback, and acquiring the first resource response from the second request.
  21. 21. -种资源网关,其特征在于,包括: 第二建立单元,用于在所述资源网关处于工作状态时,基于超文本传送协议HTTP1. 1 协议与第一节点建立第一通信; 第二接收单元,用于基于所述第一通信,接收所述第一节点发送的第一请求,所述第一请求用于向所述资源网关获取第二节点对应的第二节点相关信息; 第二发送单元,用于基于所述第一通信,向所述第一节点发送包含所述第二节点相关信息的第一请求响应,以使所述第一节点能够基于所述第二节点相关信息从所述第二节点获取第一资源。 21. - kind of gateway resources, characterized by, comprising: establishing a second unit, configured to the gateway when the resource is active, based on a hypertext transfer protocol HTTP1 1 protocol establishing a first communication with the first node; a second. a receiving unit, based on the first communication, the first node receiving a first transmission request, the first request for acquiring the second node of the second node corresponding to the resource related information to the gateway; second transmission unit, based on the first communication, the first node sends the second node a first request comprises information related to the response, so that the first node can be based on information from the second node acquiring the first resource node.
  22. 22. 如权利要求21所述的资源网关,其特征在于,所述资源网关还包括: 第三建立单元,用于在所述资源网关基于所述第一通信,接收所述第一节点发送的第一请求之前,基于所述超文本传送协议HTTP1. 1协议与所述第二节点建立第二通信; 第三接收单元,用于基于所述第二通信,接收所述第二节点发送的所述第二节点相关信息。 22. The gateway resource according to claim 21, wherein said resource gateway further comprising: establishing a third means for the gateway based on the first communication resource, the first node receiving the transmission prior to the first request, establishing a second communication protocol based HTTP1 1 and the second node of the hypertext transfer protocol; third receiving unit, based on the said second communication node receiving the transmitted said node information.
  23. 23. 如权利要求22所述的资源网关,其特征在于,所述第二节点相关信息,包括: 所述第二节点处于第二工作状态的第一时间段;和/或所述第二节点处于第二休眠状态的第二时间段; 其中,在所述第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在所述第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗,所述第二平均功耗小于所述第一平均功耗。 23. The gateway resource according to claim 22, wherein the second node-related information, comprising: a node in a first operating state a second time period; and / or said second point a second period in a second dormant state; wherein, in said second operating point is in the second state, the second node is a first average power consumption for the average power consumption; the second node while in the second sleep state, the second node of the average power consumption of the second average power, the second average power consumption is less than the first average power consumption.
  24. 24. 如权利要求23所述的资源网关,其特征在于,所述资源网关还包括: 第四接收单元,用于在所述资源网关基于所述第一通信,向所述第一节点发送包含所述第二节点相关信息的第一请求响应之后,基于所述第一通信,接收所述第一节点发送的用于获取所述第一资源的第二请求; 第三发送单元,用于基于所述第二通信,将所述第二请求发送给所述第二节点; 第五接收单元,用于基于所述第二通信,接收所述第二节点反馈的包含所述第一资源的第二请求响应; 第四发送单元,用于基于所述第一通信,将所述第二请求响应发送给所述第一节点。 24. The gateway resource according to claim 23, wherein said resource gateway further comprising: a fourth receiving means, for the gateway based on the first communication resource, comprising sending to the first node after the first request in response to the second point information based on the first communication, the receiving node sending a second request for acquiring the first resource; third sending unit, based on the first fifth receiving unit, based on the second communication, receiving feedback comprises the second node of the first resource; the second communication, the second request to the second node two request response; fourth sending unit, based on the first communication, in response to the second request sent to the first node.
  25. 25. 如权利要求21~24任一所述的资源网关,其特征在于,所述资源网关还包括: 保持单元,用于始终保持工作状态。 25. The resource gateway 21 to 24 according to any one of claims, wherein said resource gateway further comprising: a holding unit configured to always remain active.
  26. 26. -种第二节点,其特征在于,包括: 第四建立单元,用于在所述第二节点处于第二工作状态时,基于超文本传送协议HTTP1. 1协议与资源网关建立第二通信; 第五发送单元,用于基于所述第二通信,向所述资源网关发送第二节点相关信息,以使第一节点能够从所述资源网关获取所述第二节点相关信息,并基于所述第二节点相关信息从所述第二节点获取第一资源。 26. - kind of the second node, characterized by comprising: establishing a fourth unit, for the second node when in the second operating state, HTTP1 1 with the protocol establishing a second communication resource based on a hypertext transfer protocol gateway. ; fifth sending means for sending the related information to the second node based on the second communication resource gateway to enable the first node to the second node can obtain the resource-related information from the gateway, based on the the second node of said second node information acquired from the first resource.
  27. 27. 如权利要求26所述的第二节点,其特征在于,所述第二节点还包括: 第六接收单元,用于在所述基于所述第二通信,向所述资源网关发送第二节点相关信息之后,接收所述资源网关发送的第二请求,所述第二请求为第一节点获取所述第二节点的第一资源的请求; 第六发送单元,用于基于所述第二通信,向所述资源网关发送包含所述第一资源的第二请求响应。 27. The node according to claim 26, wherein said second node further comprising: a sixth receiving means configured based on the second communication, sends a second resource to the gateway after the node-related information, the gateway receives a second transmission request resource, the second request is a request for acquiring the first resource node of the second node; sixth transmitting unit, based on the second communication, the gateway to the resource comprises sending a second resource response to the first request.
  28. 28. 如权利要求26所述的第二节点,其特征在于,所述第二节点还包括: 第一确定单元,用于在所述第二节点基于所述第二通信,向所述资源网关发送第二节点相关信息之前,确定处于所述第二工作状态的第一时间长度; 第二确定单元,用于确定处于第二休眠状态的第二时间长度; 其中,在第二节点处于所述第二工作状态时,所述第二节点的平均功耗为第一平均功耗;在第二节点处于所述第二休眠状态时,所述第二节点的平均功耗为第二平均功耗,所述第二平均功耗小于所述第一平均功耗,且所述第二节点无法接收所述第二请求。 28. The node according to claim 26, wherein said second node further comprises: a first determining unit, based on said second node to said communication, the gateway to the resource before sending node related information, determining a second operating condition in a first length of time; second determination means for determining a second length of time in the second sleep state; wherein said second node is in a when the second operating state, the average power consumption of the node is a first average power; when the second node is in the sleep state, the second node of the average power consumption of the second average power consumption the second average power consumption is less than the first average power and the second node can not receive the second request.
  29. 29. 如权利要求28所述的第二节点,其特征在于,所述第二节点还包括: 第三确定单元,用于基于当前时间、所述第一时间长度和所述第二时间长度,确定所述第二节点处于所述第二工作状态的第一时间段; 第四确定单元,用于基于当前时间、所述第一时间长度和所述第二时间长度,确定所述第二节点处于所述第二休眠状态的第二时间段; 第一生成单元,用于基于所述第一时间段和所述第二时间段,生成所述第二节点相关信息; 第七发送单元,用于通过所述第二通信,将所述第二节点相关信息发送给所述资源网关。 29. The node according to claim 28, wherein said second node further comprises: a third determining unit, based on the current time, the length of the first time and the second time length, determining a first point in the second period of the second operation state; and a fourth determining unit for based on the current time, the length of the first length of time and said second time, determining the second node second time period in the second sleep state; a first generating unit, based on the first time period and said second time period, generating information related to the second node; a seventh transmitting unit for through to the second communication, the node transmits the resource-related information to the gateway.
  30. 30. 如权利要求28所述的第二节点,其特征在于,所述第二节点还包括: 第一调整单元,用于在当前时间处于所述第二时间段内时,调整所述第二工作状态为所述第二休眠状态; 第二调整单元,用于在当前时间处于所述第一时间段内时,调整所述第二休眠状态为所述第二工作状态。 30. The node according to claim 28, wherein said second node further comprises: a first adjusting unit, when in the second period to the present time, adjusting the second said second operation state to sleep state; a second adjusting unit, when in the first time period to the present time, adjusting the second sleep state to the second operating state.
  31. 31. 如权利要求28~30任一所述的第二节点,其特征在于,所述第一确定单元基于如下公式,确定所述第一时间长度: 31. The node according to one of claims 28 to 30, wherein said first determination means based on the following equation, the length of the first time:
    Figure CN104917799AC00071
    其中,Ti为所述第一时间长度,Sh为历史使用情况集合,Chu为历史时刻使用情况集合,N为历史统计总数,MaxTi为历史最大第一时间长度,MinTi为历史最小第一时间长度。 Where, Ti is the first time length, Sh usage history collection, Chu usage history collection timing, N is the total number of historical statistics, MaxTi maximum length of a first time history, MinTi the minimum length of the first time in history.
  32. 32. 如权利要求28~30任一所述的第二节点,其特征在于,所述第二确定单元基于如下公式,确定所述第二时间长度: 32. The node according to one of claims 28 to 30, wherein the second determining unit based on the following equation, the length of the second time:
    Figure CN104917799AC00072
    其中,Ts为所述第二时间长度,Sh为历史使用情况集合,Chu为过去历史时刻使用情况集合,N为历史统计总数,MaxTs为历史最大第二时间长度,MinTs为历史最小第二时间长度。 Where, Ts is the length of the second time, Sh usage history collection, Chu past usage history collection timing, N is the total number of historical statistics, MaxTs the maximum length of the second time in history, MinTs the minimum length of the second time history .
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