摘要：【中文】本发明提出一种使用融合接入的电子设备及相应接入方法，引入第一接入设备、第二接入设备，以及融合服务器，通过对接入信息进行基于安全性考量后的分离以及再融合，实现较高的安全性分离效果，防止数据集中导致的攻击风险，且使用三级数据分离控制，在截取任意三级入网长帧的一帧或两帧情况下均无法单独获得正确的未解密传输负载，且通过引入传输标识服务器进行域外鉴权，通过对传输标识进行规划和设计提升系统的比对安全，再，本发明预防在单个接入设备被破解或攻破的情况下被窃取和监听所有的数据包，保证即使在单个接入设备被破解或攻破的情况下也能防止数据被破解，通过系统架构和数据逻辑设计的改进实现优于现有技术的系统安全。 【EN】The invention provides an electronic device using fusion access and a corresponding access method, wherein a first access device, a second access device and a fusion server are introduced, the separation and the re-fusion of access information based on safety consideration are carried out, so that a higher safety separation effect is realized, the attack risk caused by data concentration is prevented, three-level data separation control is used, the correct undeciphered transmission load cannot be independently obtained under the condition of intercepting one frame or two frames of any three-level network access long frame, the transmission identification server is introduced for off-domain authentication, the comparison safety of a system is improved by planning and designing the transmission identification, and the invention prevents all data packets from being stolen and monitored under the condition that a single access device is cracked or attacked, and ensures that the data can be prevented from being cracked even under the condition that a single access device is cracked or attacked, system security is achieved over the prior art through improvements in system architecture and data logic design.

摘要：【中文】本发明提出一种用于移动通信发送端的电子设备及其发送方法，通过本地发送代理完成本地发送器结构归一化，提取本地自组织网络节点三阶邻近裕度表，再依据第一请求以及本地Adhoc网络节点状态属性进行特征值归集，将归一化特征值与负载数据组合发送，并利用单独的可靠信道发送其它信令数据，使得在发送端电子设备接有下行自组织网络时，能够依据该自组织网络的网络节点特性进行数据结构自洽，并依据具体的负载数据和网络特性进行数据融合，将负载数据与网络特性数据进行二元剥离，通过不同的相互呼应的中继服务器进行数据发送，从而保证电子设备对数据发送的本地适配性、可靠性以及将本地Adhoc网络节点例如权重、裕度等特性可同时传输至接收端。 【EN】The invention provides an electronic device for a mobile communication sending end and a sending method thereof, wherein the structure normalization of a local sender is completed through a local sending agent, a three-order adjacent margin of a local self-organizing network node is extracted, then a characteristic value is collected according to a first request and the state attribute of the local Adhoc network node, the normalized characteristic value and load data are sent in a combined manner, and other signaling data are sent by utilizing an independent reliable channel, so that when the electronic device at the sending end is connected with a downlink self-organizing network, the data structure self-consistency can be carried out according to the network node characteristic of the self-organizing network, the data fusion can be carried out according to the specific load data and the network characteristic, the load data and the network characteristic data are subjected to binary stripping, and the data sending is carried out through different mutually corresponding relay servers, thereby ensuring the local adaptability, the data sending, the local adaptability, reliability and characteristics of the local Adhoc network nodes, such as weights, margins, etc., may be transmitted simultaneously to the receiving end.

摘要：【中文】本发明提出一种用于数据传输的电子设备及其实施方法，提取本地自组织网络节点三阶邻近裕度表，再依据第一请求以及本地Adhoc网络节点状态属性进行特征值归集，引入数据传播标签，并依据标签进行分块组合，将归一化特征值与负载数据组合发送，并利用单独的可靠信道发送其它信令数据，使得在发送端电子设备接有下行自组织网络时，能够依据该自组织网络的网络节点特性进行数据结构自洽，并依据具体的负载数据和网络特性进行数据融合，将负载数据与网络特性数据进行二元剥离，依据标签进行数据发送与传输，提升数据传输的可靠性。 【EN】The invention provides electronic equipment for data transmission and an implementation method thereof, wherein a three-order adjacent margin of a local self-organizing network node is extracted, then characteristic values are collected according to a first request and the state attribute of the local Adhoc network node, a data propagation label is introduced, block combination is carried out according to the label, the normalized characteristic values and load data are sent in a combined mode, and other signaling data are sent by utilizing an independent reliable channel, so that when the electronic equipment at a sending end is connected with a downlink self-organizing network, data structure self-consistency can be carried out according to the network node characteristic of the self-organizing network, data fusion is carried out according to specific load data and network characteristic, the load data and the network characteristic data are subjected to binary stripping, data sending and transmission are carried out according to the label, and the reliability of data transmission is improved.

摘要：【中文】本发明提出一种用于网络接入的电子产品及相应的三级双接入方法，在现有技术中，网络设备接入存在冒用风险，例如无法布设AAA服务器时，当关键的入网帧被窃取或抓包截获后容易被篡改或冒用，造成网络风险。本发明使用三级入网长帧进行数据分离控制，在截取任意三级入网长帧的一帧或两帧情况下，均无法单独获得正确的未解密传输负载，且通过引入传输标识服务器进行域外鉴权，通过对传输标识进行规划和设计提升系统的比对安全，再，本发明将电子设备与入网设备的数据发送进行二元分离化，以防在单个接入设备被破解或攻破的情况下被窃取和监听所有的数据包，保证即使在单个接入设备被破解或攻破的情况下，也能防止数据被破解，提升系统安全性能。 【EN】The invention provides an electronic product for network access and a corresponding three-level dual-access method, in the prior art, the network equipment access has a fraudulent use risk, for example, when an AAA server cannot be arranged, a key network access frame is easy to be tampered or falsely used after being stolen or a packet is intercepted, so that the network risk is caused. The invention uses the three-level network access long frame to carry out data separation control, can not independently obtain correct undecrypted transmission load under the condition of intercepting one frame or two frames of any three-level network access long frame, carries out authentication outside a domain by introducing a transmission identification server, and improves the comparison safety of the system by planning and designing the transmission identification.

摘要：【中文】本发明提出一种在网络接入中经由二次退避指定的电子设备及相应接入方法，通过对三级传输的第二次传输使用基于一级传输的退避值，并在二级传输中使用第一退避参数值计算部以及第二退避参数值计算部基于二级传输的具体参数值动态计算三级传输退避值，使得当收到安全攻击时，攻击者无法从单个被破解的数据长帧或长帧的一部分知晓退避时间，从而无法准确定位数据长帧，可能被其它信道帧所干扰导致攻击失败。且在相应电子设备及其组成系统中引入第一接入设备、第二接入设备，以及融合服务器，并经由三级传输和二次退避，使得对攻击的防御更加彻底，使得攻击者受到的迷惑性和不确定性较高。 【EN】The invention provides electronic equipment designated by secondary backoff in network access and a corresponding access method, wherein a backoff value based on primary transmission is used for secondary transmission of three-level transmission, and a first backoff parameter value calculation part and a second backoff parameter value calculation part are used for dynamically calculating the backoff value of the three-level transmission based on specific parameter values of the two-level transmission in the two-level transmission, so that an attacker cannot know the backoff time from a single cracked data long frame or part of the long frame when receiving a security attack, and cannot accurately position the data long frame, possibly causing attack failure due to interference of other channel frames. And the first access equipment, the second access equipment and the fusion server are introduced into the corresponding electronic equipment and the composition system thereof, and the defense against the attack is more thorough through three-level transmission and secondary backoff, so that the confusion and uncertainty of an attacker are higher.

摘要：【中文】本发明提出一种用于数据发射归一化的电子设备及其发送方法，通过本地发送代理完成本地发送器结构归一化，提取本地自组织网络节点三阶邻近裕度表，再依据第一请求以及本地Adhoc网络节点状态属性进行特征值归集，将归一化特征值与负载数据组合发送，并利用单独的可靠信道发送其它信令数据，使得在发送端电子设备接有下行自组织网络时，能够依据该自组织网络的网络节点特性进行数据结构自洽，并依据具体的负载数据和网络特性进行数据融合，将负载数据与网络特性数据进行二元剥离，通过不同的相互呼应的中继服务器进行数据发送，从而保证电子设备对数据发送的本地适配性、可靠性以及将本地Adhoc网络节点例如权重、裕度等特性可同时传输至接收端。 【EN】The invention provides an electronic device for data transmission normalization and a transmission method thereof, wherein the structure normalization of a local transmitter is completed through a local transmission agent, a three-order adjacent margin table of a local self-organization network node is extracted, then characteristic values are collected according to a first request and the state attribute of the local Adhoc network node, the normalized characteristic values and load data are transmitted in a combined manner, and other signaling data are transmitted by utilizing an independent reliable channel, so that when the electronic device at a transmitting end is connected with a downlink self-organization network, the data structure self-consistency can be performed according to the network node characteristic of the self-organization network, the data fusion can be performed according to the specific load data and the network characteristic, the load data and the network characteristic data are subjected to binary stripping, and the data transmission is performed through different mutually corresponding relay servers, thereby ensuring the local adaptability, the data transmission of the electronic device, Reliability and characteristics of the local Adhoc network nodes, such as weights, margins, etc., may be transmitted simultaneously to the receiving end.