53results about How to "Realize dynamic analysis" patented technology

A method and system for identifying private encrypted data through multi-stream correlation analysis, including identifying private encrypted data of the first class, obtaining non-private encrypted data of the first class through the identification process of private encrypted data of the first class; Encrypted data identification; report the identified first-class private encrypted data and second-class private encrypted data to the engine; obtain non-class-one private encrypted data, and perform data flow correlation analysis on non-class-one private encrypted data; preset second-class private encrypted data The feature code and port, by identifying the first source IP, first source port, first destination IP and first destination port, the first session identification is performed; match the feature code and port to determine whether the first session belongs to the second type of private encryption Data; if it belongs to the second type of private encrypted data, the identification process of the subsequent session will be carried out. The invention realizes the dynamic analysis of specific private encrypted data; the recognition range and applicable scenarios are wider, and the utilization rate of massive data in the network is improved.

The invention relates to a Time division-synchronous code division multiple access (TD-SCDMA) / IP double network cooperation multimedia telephone, a system and a communication method thereof. A TD-SCDMA chipset module is used to perform channel access on a multimedia telephone terminal so that voice accesses to a TD-SCDMA network through a circuit domain channel of the TD-SCDMA chipset module and video or multimedia digit information accesses to an IP network through a packet domain channel of the TD-SCDMA chipset module. A terminal telephone number is taken as positioning identification. Network addressing and exchange of the terminal can be realized through the cooperation of an IP Internet server system so that non audio frequency communication between the terminals based on the IP network can be realized. The voice and the video are synchronously restored after reaching the opposite terminal. In the invention, fusion of the double network communication can be realized. Low latency and high quality of the voice communication can be guaranteed and a large information amount video communication requirement of a high-definition large display screen can be satisfied. And on-demand flexible expansion of the service can be effectively realized.

The invention discloses an anchor node position acquisition method for an underwater optical communication network, which comprises the following steps: initializing states of a cable rope and an anchor node in the underwater optical communication network, enabling the anchor node to perform aligned communication, and acquiring underwater environment parameters; when the water flow speed is constant, conducting stress analysis in a balanced state on the anchor nodes, and obtaining the pulling force at the tail end of the cable; when the water flow speed is not constant, dividing the set anchor node movement time evenly into a plurality of time slots, and under each time slot, conducting dynamic analysis on the anchor nodes to obtain equivalent cable tail end pulling force; and iteratively solving an anchor node coordinate and a rotation angle by utilizing the cable tail end pulling force and the cable anchor point coordinate. According to the method, the moving position of the anchor node can be accurately obtained in the water flow, the influence of the movement of the anchor node on the received light intensity is analyzed, more reasonable communication parameters and deployment schemes are designed, the influence of the water flow on the network communication performance is reduced, and even the water flow is utilized to a certain extent to achieve a better communication effect.