46results about How to "Determine security" patented technology

The present invention discloses a method of realizing security assurance in an evolutive access network, a UE and the evolutive access network separately maintain more than one arithmometers which are used for expressing data flow transmitted between the UE and the evolutive access network. The method comprises: when the evolutive access network satisfies the scheduled qualifications, an inspection of data flow is executed to the UE; the UE or the evolutive access network compares the arithmometer value from themselves with that from the opposite terminal; the evolutive access network performs the following disposal based on the comparing result of that whether there exists an conflicting arithmometer value; and the security of the evolutive access network is ensured with basis of the inspection results. Furthermore, information or commands, messages transmitted between the UE and the evolutive access network are totally protected by a shared secret-key therebetween, thus a periodic authentication is realized by this total protection.

The invention discloses a terminal communication method. The terminal communication method comprises the following steps that when a calling request is detected, a called end sends an identify information obtaining request to a calling end which sends the calling request, so that the calling end obtains the request based on the received identify information and feeds the identify information back to the called end; when the identify information fed back by the calling end is received, the called end responds to the calling request and displays the received identify information on a preset position of a calling display interface. The invention further discloses a terminal communication device. According to the terminal communication method and the terminal communication device, information of a calling party is displayed on the calling display interface in time before a user switches on the calling, and the safety of the calling is determined; the method and the device are very convenient and rapid.

The invention discloses a method for verifying safety of business operation, a device, a terminal and a server. The method comprises steps of receiving a credibility analysis instruction of the business operation sent by a business sever; calling a pre-stored risk control module according to the credibility analysis instruction and obtaining a credibility analysis result of the business operation; and sending the credibility analysis result to the business server so as to allow the business server to determine safety of the business operation according to the credibility analysis result. According to the invention, by use of the risk control module in a business terminal, the credibility analysis result of the business operation can be obtained, so precision of safety verification of the business operation can be improved.

The embodiment of the invention discloses a method and a system for detecting request safety, relating to the network safety field and being used for providing a proposal for detecting response request safety. In the method, the number of the past response requests which are the same as the present response requests and are received in a given time slot is determined when a main server receives the present response requests; the main server judges whether the number exceeds a preset threshold value; and when judging that the number exceeds the preset threshold value, the main server determines that the present response requests are illegal requests and exerts a preset treatment operation. When in use, the invention can effectively detect the safety of the response requests of an application server.

The invention discloses a method, a server and a system for detecting the safety of a file sample. The method comprises the following step of configuring rule description of rules to generate a source file containing each rule description; analyzing each rule from the source file, and constructing a rule management interface according to the configured rule organism structure by utilizing each analyzed rule, wherein the rule management interface comprises a plurality of matching rules; and receiving characteristics of an inputted file sample, matching and comparing the characteristics of the file sample with the matching rules through the rule management interface, and returning a matching result to a client so that the client determines the safety of the file sample according to the matching result. The method, the server and the system for detecting the safety of the file sample, disclosed by the invention, can solve a problem that rogue programs are leaked in judgment during detection generated by the fact that the change of rules for the detection is difficult and wastes too much time, and the change speed of the rules can not follow up the variation speed of the virus in the prior art.

The disclosed determining method for crack front stress intensity factor distribution of a structural member comprises: providing the thermal load, surface force load and body force load, as well as the general weight function base equation acted by any of three loads; dividing the front into N-1 subsegments by N nodes, and using a basic interpolation function N(s) and local variation function N'j(s) for every node j. This invention can determine the factor distribution for curve-type 3D crack with high precision and efficiency by finite modes and interpolation way.

An Internet bar monitoring system of the present invention includes: multiple cameras; a bar counter server; and a monitoring central server, wherein the bar counter server includes: a card reader reading ID card information, a fingerprint reader registering fingerprint information, and a server database recording network browsing information, and the server database includes ID card information, on-line time information, and network browsing remaining balance information; and the monitoring central server stores a fingerprint of a person corresponding to the ID card information, reads the fingerprint information and the ID card information registered by the bar counter server, compares the fingerprint information with the currently-stored fingerprint information, and the ID card information with an ID card corresponding to the currently-stored fingerprint information, and returns a comparison result to the bar counter server. The system of the present invention determines whether the ID for the network browsing person is true according to the match of the fingerprints; the bar counter server would stop providing the Internet service if the age of the network browsing person is smaller than 18, or if the on-line time exceeds 8 hours, thereby ensuring the Internet bar to be developed in a healthy and ordered way, and also guaranteeing the safety of the Internet bar and the network browsing person.

The embodiment of the invention discloses a method for network security management and a terminal. The method comprises the steps of obtaining network access information generated when a terminal carries out network access operation in a to-be-tested network according to a preset network address; judging whether operation abnormal data caused by the network access operation and/or network attack data obtained from a server exist in the network access information; and if so, determining the security of the to-be-tested network based on the network attack data and/or the operation abnormal data. By adoption of the embodiment, a user can independently select to connect to a security network based on the demand thereof, and the networking security of the user is protected.

The invention discloses a respirator detector. The respirator detector comprises a to-be-tested respirator air bottle, a high-pressure sensor, a first cut-off valve, to-be-tested respirator pressure reduction valve, a medium-pressure sensor, a second cut-off valve, a to-be-tested respirator adjusting device, an artificial lung and a low-pressure sensor wherein one end of the high-pressure sensor is connected with the to-be-tested respirator air bottle, the other end is connected with a signal receiving end, one end of the first cut-off valve is connected with the to-be-tested respirator air bottle, the to-be-tested respirator pressure reduction valve is connected with the first cut-off valve, one end of the medium-pressure sensor is connected with the respirator pressure reduction valve, the other end is connected with a signal receiving end, the second cut-off valve is connected with the to-be-tested respirator pressure reduction valve, the to-be-tested respirator adjusting device isconnected with the second cut-off valve, the artificial lung is connected with the respirator adjusting device, one end of the low-pressure sensor is connected with the artificial lung, and the otherend is connected with a signal receiving end. The invention further provides a detecting method of the respirator detector, and the airtightness of a whole device, the outlet pressure of the respirator pressure reduction valve, the respiration resistance of a respirator adjusting device and flow rate detection can be detected in one attempt.

The invention discloses an earth slope seismic stability analysis method combining an equal parameter unit method and a sliding surface method. The earth slope seismic stability analysis method comprises the following steps that firstly, the static load is applied in a grading mode, according to the change conditions of the stress strain in the soil after applying static load of each stage, and the mechanical parameters are corrected, a constitutive model is constructed as a mathematical model of the stress-strain relation according to actual stress strain characteristics, after all the staticloads are applied, and the calculated accumulated stress is the static stress in the preseismic earth slope; then, according to the anti-seismic design requirements of the earth slope, an earthquakeacceleration time-range relation is determined, and then inputting is carried out by adopting a two-stage time period method; and finally, the static force and the power reaction are calculated, and the effective force of certain points in the soil slope is obtained. According to the earth slope seismic stability analysis method, the problem that in the prior art, an earthquake, an soil slope structure and a power characteristic of the material cannot be considered at the same time in the soil slope stability analysis is solved.

An embodiment of the present invention discloses a network security management method and terminal, wherein the method comprises: sending a first acquisition request to a server from the terminal; receiving the first network accessing information and the second network accessing information returned by the server according to the first acquisition request wherein the first network accessing information is network accessing information stored in the server and generated by the network accessing operation of the server under the network to be tested according to a preset network address and the second network accessing information is network accessing information stored in the server and generated by the network accessing operation of the server in a preset security network according to a preset network address, the internet accessing information including accessing scripts and accessing links; and matching and analyzing the first network accessing information and the second network accessing information to determine the security of the network to be tested. According to the embodiment of the invention, a user can choose to be connected with a security network according to his or her requirement, therefore, ensuring the security of accessing a network.

The invention belongs to the crossing field of nano engineering and cell biology, and relates to a polypyrrole nano particle having a photo-thermal effect, a preparation method and an application thereof. The nano particle generates heat under irradiation of near infrared ray and can be used for preparing a medicine preparation for treating hemadostenosis caused by inflammatory reaction in blood vessel and vascular smooth muscle cell proliferation. In the invention, on the basis of killing effects on chronic inflammatory cells in vitro with photo-thermal therapy of the nano particle and near infrared laser, an application test of mouse vascular chronic inflammation and in an arteriostenosis model is carried out further, and a result proves that the nano particle can locally enter the focus of the chronic inflammation in artery, and can be used for inhibiting the local chronic inflammation with near infrared ray local irradiation, thereby inhibiting restenosis after intracavitary therapy and being used for evaluating the restenosis after intracavitary therapy through MRI.

The invention provides a management method, system and equipment for an entry and exit biological reagent of a border port and a medium, the system is applied to tracing of the entry and exit biological reagent, and under the condition that the biological reagent is traced, the method comprises the following steps: obtaining article information of the biological reagent; determining identity information of a tracing target according to the article information and a received tracing request initiated for the biological reagent; determining a corresponding supervision mechanism according to theidentity information and the article information; and sending a warning notification to a corresponding tracing target according to the identity information, and sending the identity information of the tracing target to the supervision institution. The method can well determine the overseas calendar or source of the scientific research biological reagent and the safety and quality of the scientific research biological reagent, and fully meets the requirements of customers.

The invention discloses a vulnerability detection method and device, which relate to the technical field of internet, and are invented for solving the problem that an existing vulnerability scanning method cannot meet the scanning requirement under a cloud environment. The method provided by the invention comprises the steps of scanning network interaction between each two functional units in the cloud environment through a scanning virtual machine, wherein the scanning virtual machine is located in the cloud environment; receiving scanning result data returned by each functional unit; comparing the scanning result data with a preset vulnerability triggering condition and determining the safety of the network interaction. The vulnerability detection method and device provided by the invention are applied in a process of performing vulnerability scanning on the network interaction between the different functional units in the cloud environment.

The invention belongs to the technical field of safety evaluation of well head device structural members with the defects, and especially relates to a safety evaluation method for a well head tubing head spool with a crack defect. The method improves the matching degree of a stress distribution finite element simulation calculation value of the tubing head spool with the actual member stress distribution through the impact on the stress distribution of the tubing head spool from constraint conditions generated by different assembly modes, and can achieve the more accurate safety evaluation ofthe of the tubing head spool with the crack defect. The method comprises the steps: determining the physical dimension of the tubing head spool, and calculating and obtaining a representative crack size; determining the parameters of a tubing head material; building a tubing head spool finite element model; calculating a stress strength factor KI of a crack body of the tubing head spool; calculating a critical stress strength factor KIC of the material and a material crack toughness KC for evaluation; comparing the stress strength factor KI with the material crack toughness KC for evaluation,and determining the safety performances of the crack body.

The invention discloses a method for computing the voltage sensitivity of an automatic voltage control system. The method, by setting examination items, screens the acquired data, strictly examines data used during the computing, is conducive to guaranteeing the quality of the acquired data, effectively prevents bad data from influencing the result of the computing, and increases the precision in computing current voltage sensitivity. According to the invention, when computing the prediction value of the voltage sensitivity, the method uses an algorithm similar to weighted average, by collecting statistics from historical record of voltage sensitivity and the changing trend of numerical values, to compute the actual voltage sensitivity which best conforms to next adjustment, such that the computed prediction value of the voltage sensitivity more conforms to the changing trend of a power grid within a short time period in the future, can effectively increase the speed and precision of actual adjustment of the automatic voltage control system and also increases the percent of pass of the adjustment.

The invention discloses a construction method and application of a transgenic mouse model for exosome tracing. The specific implementation process mainly comprises the following steps: constructing plasmids for expressing stop-EGFP-tracrRNA and expressing crRNA or sgRNA; construction of donor cells and verification of exosomes; constructing, breeding and identifying transgenic mice; the five parts are verified by the tracing exosome transgenic mouse model, and finally the transgenic mouse model for tracing the exosome is successfully obtained; the successful construction of the model lays a foundation for the research of the exosome as a gene drug carrier, and scientists can more easily and clearly observe the distribution of the exosome in vivo under pathological or physiological conditions.

The invention discloses an unmanned aerial vehicle actuator real-time safety performance evaluation method based on a two-stage observer, and relates to the field of unmanned aerial vehicles, and themethod comprises the steps: obtaining a test control instruction of an unmanned aerial vehicle actuator and test position data of a previous moment and a current moment; enabling the trained fault detection observer to obtain estimated test position data at the current moment according to the test control instruction and the test position data at the previous moment; obtaining a test residual error at the current moment according to the estimated test position data at the current moment and the test position data at the current moment; enabling a trained adaptive threshold observer to obtain an adaptive threshold at the current moment according to the test control instruction and the test residual error at the current moment; and determining the safety performance index of the unmanned aerial vehicle brake at the current moment according to the test residual error at the current moment and the self-adaptive threshold value at the current moment.