55results about How to "Improve negotiation efficiency" patented technology

The invention discloses a resource polymerization method based on Agent; in computer and network technology wide application, resources scattered in a complex heterogeneous network become more and more, and the method can effectively gather the resources scattering in the distributed environment; the method comprises the following steps: configuring the resource polymerization method based on Agent in a distributed system; a task agent resolves and describes according to a user inputted task demand; a decision agent distributes the task to a corresponding service agent according to task description information; the service agent selects a resource agent in an Agent alliance to execute the task, a task execution result is returned to a user Agent, and displayed in a user interface. Communication between the service agent and the resource agent complies with an expansion contract net protocol, thus reducing communication load between Agents, and fast responding to the user task demand. The resource Agent can joint or withdraw from the Agent alliance, so dynamic characteristic is provided, thus enhancing resource polymerization method flexibility and scalability.

The invention discloses a method for resisting a denial of service (DoS) attack for a wireless access authentication protocol, which mainly solves the problem of DoS attack threat existing in the process of wireless access authentication of the traditional 802.11i protocol and the WAPI protocol. The method realizes the resistance on the DoS attack in the process of access authentication association by utilizing the combined use of a beacon frame issuing mechanism and a client-puzzle mechanism. The method comprises the following realizing steps of: (1) obtaining a beacon frame issued by an access point by a user in a monitoring way and obtaining the parameter needed for constructing a puzzle; (2) generating the puzzle and solving when the authentication interaction is finished; (3) containing the puzzle and the solution into an association request and transmitting the association request to the access point; and (4) judging whether the association process is finished or not by the access point through the authentication on the puzzle and the solution. The invention has stronger DoS attack resistance and adaptability and is suitable for the traditional wireless access authentication protocol.

The invention discloses a trust negotiation building method based on history roles, which comprises the following steps that: (1) when a request party submits requests on a certain resource to a resource party, firstly, a chinchin stage of the trust negotiation is triggered, and the identities of the two parties and whether the historical negotiation success record information exists or not are verified; (2) after the chinchin stage is completed, the two parties enter a trust development period, a safe certificate disclosing sequence is found out to visit the requested resources through mutually disclosing visit control tactics and certificates; and (3) the two parties enter the trust maintenance stage after the trust negotiation is successful, relevant information of the other negotiation party in the current negotiation is stored for accelerating the subsequent negotiation process of the two parties. The method provided by the invention has the advantages that the successfully negotiated two parties update the roles for the other parties in self history information databases and record and obtain the certificate disclosing sequences of the two parties of the role. When the two parties negotiate again, the negotiation does not need to be carried out again, the disclosing can be directly carried out according to the certificate disclosing sequences of the role, the subsequent negotiation of the two parties is shortened, and the certificate collection activities of venomous negotiation adversaries is avoided.

The invention discloses an SRTP capability negotiation method and a conference terminal. The method comprises the following steps: a second conference terminal receives a first call request sent by afirst conference terminal; the second conference terminal queries whether the SRTP capability supported by the first conference terminal at present is supported locally based on a first attribute parameter in the first call request, so as to perform primary SRTP capability negotiation; and if not, the second conference terminal sends a secondary SRTP capability negotiation request to the first conference terminal, wherein the secondary SRTP capability negotiation request is used for requesting to perform secondary SRTP capability negotiation with the first conference terminal. Related SRTP capability negotiation is performed by a request/response model; if the negotiation fails, it can be negotiated again through a secondary negotiation mechanism to ensure the effectiveness of the final SRTP capability, reduce the failure rate of the SRTP capability negotiation, and avoid the situation of negotiation failure due to SRTP capability updating or failure of all negotiation in the primary SRTP capability negotiation process.

The invention discloses a link negotiation method based on a fiber channel aggregate port and a device. Configuration used for negotiation of the aggregate port is set at the aggregate port in advance in a unified way aiming at all member ports, aggregate port negotiation is only executed once when the first member port is added, and the parameter obtained by the aggregate port negotiation is stored in the aggregate port; while, the stage of aggregate port negotiation is omitted for other member ports which are subsequently added; therefore, all the member ports are unnecessary to execute the whole link negotiation process once, thus improving the efficiency of link negotiation. Furthermore, when the member ports approved by member negotiation are selected, the member port negotiation parameters are unnecessary to be compared with aggregate port negotiation parameters to determine whether the parameters are consistent, thus the same configuration on all the member ports is not needed, and the configuration workload of the member ports is further reduced; meanwhile, the problem of difficult processing caused by inconsistent negotiation parameters does not exist.

The invention discloses a key exchanging method for end-to-end VoIP encryption communication. The method comprises the steps that 1), a session initiator generates a session key AK and encrypts the AK through utilization of a public key of a target receiver; 2), an AK ciphertext is added to an INVITE message and the INVITE message is sent to the target receiver; 3), the target receiver decrypts the AK ciphertext through utilization of a private key, thereby obtaining the AK, generates the session key BK and generates a key C as a negotiation key according to the AK and the BK; and 4), after encrypting the BK through utilization of the public key of the initiator, the target receiver sends a BK ciphertext to the initiator through utilization of a 200 OK message, and the initiator decrypts the BK ciphertext through utilization of the private key, thereby obtaining the BK and then generates the key C as the negotiation key according to the AK and the BK. The method is simple and practicable, the influence on a protocol is low, and the key negotiation efficiency is greatly improved.

The invention discloses a method, system and device which realize multimedia calling operation, it is used to resolve problem that current WCDMA circuit field structure and multimedia calling operation can not make network provide additional functions which are relative with medium flow. The method includes: A. the load operation channel built when the MSC SERVER calls and the every part participating in multimedia calling operation build medium control command channel; B. MSC SERVER participates in medium arranging via said medium control command channel to accomplish the building of medium flow logical channel to realize the multimedia calling operation. By application of the invention, the MSC SERVER can participate in medium arranging, so the additional functions which are relative with medium flow can be provided for user.

The embodiment of the invention discloses a redirection method. The redirection method can guide redirection operation according to a redirection historical record in a negotiation process of an initiator so as to improve the negotiation efficiency. The method disclosed by the embodiment of the invention comprises the following steps: in the negotiation process of the initiator and an initial responding party, if the initiator is redirected to a first target responding party by the initial responding party, the initiator records corresponding redirection result information; when the initiator is negotiated with the initial responding party again, the initiator carries the redirection result information in a negotiation message so that the initial responding party can carry out redirection operation according to the redirection result information.

The invention provides an error code negotiation method and device for a discrete quantum key distribution system for simultaneously improving the processing rate and the negotiation efficiency, and belongs to the technical field of quantum communication. The method comprises the following steps: performing scrambling processing on a data block D; performing random sampling on scrambled data to obtain sampled data Ds; correcting and decoding the sampled data Ds by using an interactive negotiation algorithm, obtaining an estimated error rate by using the relationship between the first round ofparity bits and the error rate, and executing an initialization work via a forward error correction negotiation algorithm when the interactive negotiation algorithm waits for the interaction information in the first round; performing, by the forward error correction negotiation algorithm, adjustment based on the estimated error rate, completing, by the interactive negotiation algorithm, the remaining multi-round error correction decoding work of the sampled data, and decoding, by the forward error correction negotiation algorithm, the remaining data after sampling in each round of waiting forthe interaction information; and splicing the decoding results of the interactive negotiation algorithm and the forward error correction negotiation algorithm according to the orders before the scrambling.

The invention discloses an industrial internet data encryption transmission method based on a stream cipher, which is used for realizing data encryption transmission between a sender and a receiver in an industrial internet. The method comprises the following steps: a sender sends data to be sent to an encryption gateway; the encryption gateway generates a unique identifier, calculates a stream key index used for encrypting current data based on the identifier, extracts a stream key from a stream key sequence according to the stream key index, encrypts the current data by using the stream key, and then sends the identifier and ciphertext data to a decryption gateway of a receiver together; and the decryption gateway firstly extracts data identification information, then calculates a stream key index for decrypting the current ciphertext based on the identification, extracts a stream key from a stream key sequence according to the stream key index, decrypts the current ciphertext by using the stream key, and finally sends the obtained plaintext data to a receiver. According to the data encryption transmission method, correct transmission of the data can be ensured, the calculation amount of encryption and decryption is reduced, and the data transmission efficiency is improved.

The invention provides a method and a device for DH (Diffie-Hellman) algorithm negotiation based on IKEv2. The method comprises the following steps of enabling initiator equipment to judge whether the equipment supports multiple algorithms in the DH algorithm or not; when the equipment supports multiple algorithms in the DH algorithm, sending an IKEv2 negotiation message to responder equipment, wherein the IKEv2 negotiation message carries identifications of multiple locally-supported DH algorithms, and initiator key generation parameters correspond to the multiple DH algorithms; receiving a response message which is returned by the responder equipment and corresponds to the IKEv2 negotiation message; obtaining the identification of the target DH algorithm carried in the response message, and the responder key generation parameters, so as to complete the DH algorithm negotiation. The method solves the problem of decreasing of negotiation efficiency caused by additional one-time message interaction between the initiator equipment and the responder equipment in case of negotiation failure in the prior art.

Terminals comprising transceivers for exchanging messages with further transceivers of further terminals are provided with negotiation modules for exchanging negotiation messages with further negotiation modules of the further terminals, to increase the flexibility. The negotiation messages define proposal actions for activations and/or deactivations of terminal capabilities and proposal reactions to the proposal actions. As a result, it is no longer necessary that each terminal has the same entire application and that each terminal is treated the same way. Individual possibilities of different terminals are used and are allowed. Capability modules exchange capability messages with further capability modules of the further terminals. The capability messages define terminal capabilities such as human machine interfaces. Application modules for exchanging application messages with further application modules of the further terminals define at least a part of an application. Application interface modules for interfacing the application modules are activatable and/or deactivatable in response to proposal reactions.

The invention provides a message processing method and device. The method is applied to a PPPoE client, and the method comprises the following steps: sending an authentication request message to a PPPoE server, wherein the authentication request message comprises an NCP negotiation capability supported by the PPPoE client; when an ACK message sent by the PPPoE server is received and the ACK message comprises address information which is applied by the PPPoE server for the PPPoE client according to the NCP negotiation capability supported by the PPPoE client, sending an NCP request message to the PPPoE server, wherein the NCP request message comprises the address information.

The invention discloses a quantum key distribution data negotiation method and system based on LDPC-Polar joint coding. The method and the system are based on a traditional multi-level coding/multi-level decoding model structure, LDPC-Polar joint coding is used as channel coding in multi-level coding, and multi-level coding and multi-level decoding of LDPC-Polar joint coding are carried out. According to the invention, the secret key error rate can be better reduced, the long-distance quantum secret key distribution negotiation efficiency is obviously improved, and the quantum secret key codeforming rate is better improved.

The invention relates to the technical field of data transmission, and in particular relates to a message format negotiation method and device. The method is applied to an edge device. The method comprises the steps that the edge device sends a connection request message to a cloud platform; the edge device receives a connection confirmation request message sent by the cloud platform, and an extended load of the connection confirmation request message carries a message format supported by the cloud platform; and the edge device sends the collected data to the cloud platform based on the message format. By adoption of the message format negotiation method provided by the invention, the edge device directly completes the negotiation of the message format in the process of establishing the network connection with the cloud platform, and adaptation does not need to be performed on the edge device in a mode of modifying a program code.