49 results about "Location factor" patented technology

A server, method and/or computer-readable medium verifies a location factor associated with a token. The server generates a challenge and encrypts the challenge by a key commonly shared by the server and the token, and transmits the encrypted challenge to the token. The token decrypts the encrypted challenge by the commonly shared key and manipulates the challenge by an elliptic curve cryptography (ECC) procedure so that the server can verify that the signed manipulated challenge was generated at the token based upon the ECC public key.

Methods and devices for increasing or hardening the security of data stored in a storage device, such as a hard disk drive, are described. A storage device provides for increased or hardened security of data stored in hidden and non-hidden partitions of a storage medium in the device. An algorithm may be utilized for deriving a key that is used to encrypt or decrypt text before it is read from or written to the hard disk. The algorithm accepts as input a specific media location factor, such as an end address or start address of the block where the text is being read from or written to, and a secret key of the storage component. The output of the algorithm is a final key that may be used in the encryption and decryption process. Thus, in this manner, the final key is dependent on the location of the block where the data is being written or read, thereby making it more difficult to tamper with the data, which may be stored in a hidden or non-hidden partition of a hard disk.

The invention discloses an interest point recommendation method and system based on a co-occurrence graph. The recommendation method includes the five processes of data collection and processing, co-occurrence graph establishment, similarity calculation, position factor modeling and user recommendation. The interest point recommendation method based on the co-occurrence graph is characterized in that the co-occurrence graph between interest points is established through attendance data of users, two types of similarity between nodes is calculated based on the co-occurrence graph, and then the users are subjected to interest point recommendation according to the similarity between the nodes in the graph. Recommendation is carried out based on the novel perspective, namely the similarity between the interest points, and by means of the recommendation method, information in existing data is fully mined, and the problems of sparsity in the recommendation process of the interest points and scalability of recommendation methods in a large-scale social network are solved.

One exemplary embodiment is a system comprising a multi-fuel engine structured to selectably combust varying proportions of a first type of fuel and a second type of fuel, and an electronic control system structured to control the provision of at least one of the first type of fuel and the second type of fuel to the engine using a multi-factor cost optimization. The multi-factor cost optimization may account for a plurality of factors including one or more environment factors, location factors, mission factors, warranty factors, operator-specified factors and/or fleet-specified factors.

Provided is a method for determining influences of various factors on average repair time of an aircraft brake system. The factors influencing the average repair time of the aircraft brake system are determined, wherein the influences of the factors include an influence of a fault location factor, an influence of a fault isolation time factor, an influence of a product decomposition time factor, an influence of a product replacement time factor, an influence of a product and aircraft combination time factor, an influence of a product alignment time factor and an influence of a product check time factor; the influences of various factors on the average repair time are compared; and the factor with high influence serves as a factor for calculating the average repair time. Therefore, the accuracy of data calculation is improved, an analytic result not meeting a repair operation condition is prevented from being obtained, the waste of manpower and material resources in a repair operation process is avoided, and higher resource consumption caused by flight delay due to misleading of the average repair time is avoided.

The invention relates to the technical field of a space strategy supporting system in a geographic information system, in particular to a method for establishing a location selecting model of a mountain photovoltaic power station. The method comprises the following steps of conducting digital formalized description on a location factor and a corresponding index of the mountain photovoltaic power station according to the characteristics of the mountain photovoltaic power station; regarding a multidimensional location selecting index knowledge base, deriving a smallest location selecting property subset through a fuzzy rough set to replace an original property set on the basis that the location selecting classification capacity is not reduced, and obtaining a location selecting strategy list; extracting the corresponding property characteristic in the location selecting strategy list from a GIS, and establishing a membership degree function to evaluate and classify the station establishing potential of a specific geographical position. The method for establishing the location selecting model of the mountain photovoltaic power station can conduct quantitative relation derivation according to the situation that a plurality of micro and macro factors influence power generation amount of the power station to obtain a main influence factor. The space property relationship is analyzed based on a GIS data base, and direct strategy support to the location selecting of the mountain photovoltaic power station is provided.

A quantitative evaluating method for square billet center macrosegregation belongs to the technical field of metallurgical analysis. The quantitative evaluating method comprises the steps of finding out a solidifying physical center of a casting blank through a hot acid etching method; taking samples of 5 points through drilling, taking 3-5g per point and measuring the soluble element concentration of different positions to serve as evaluating basis of macrosegregation; using a data analyzing method to evaluate a center segregation average value and standard deviation according to segregation data of different samples and reflecting the quality controlling level and the controlling stability in a billet. The quantitative evaluating method has the advantages of accurately finding out the actual solidifying physical center of the casting blank, avoiding casting blank center segregation analysis result deviation caused by sampling position factors and providing accurate reference for quality monitoring or technique improvement.

The invention relates to a text keyword weight calculation method integrating a word position factor and a word frequency factor, and the method comprises the following specific steps of (1) opening asingle text, and recombining paragraphs of the text to form a new text; (2) preprocessing the new text, including word segmentation and stop word removal, and constructing a candidate keyword matrixby taking the rest words as candidate keywords; (3) calculating the weight of each candidate keyword by using the position factors and the word frequency factors of the harmonious series comprehensivewords; and (4) outputting the weight corresponding to each candidate keyword. According to the method, the text structure information is fully utilized, that is, word position factors and word frequency factors in the text are fused, and the weight of a keyword can be calculated only for a single text on the premise of not depending on a field text set. Compared with TFIDF and TEXTRANK, the method has the advantages that the operation is simple and easy, the effect is good, and the functions of the TFIDF and the TEXTRANK can be realized.

A system for determining the position, orientation and system gain factor of a probe includes a plurality of magnetic field sources and at least one magnetic field sensor, such that a combination of a magnetic field sensor and a magnetic field source generates a unique measured magnetic field value. The system includes a probe whose gain, position, and orientation affect these unique measured magnetic field values. A processor is configured to receive and iteratively process these unique measured magnetic field values to determine a system gain factor indicative of the gain of the probe and a plurality of location factors indicative of the position and orientation of the probe. The number of unique measured magnetic field values generated must be at least equal to the sum of the number of gain and location factors calculated.

The invention discloses a method for determining a comprehensive reclamation utilization direction of a coal mine temporary construction land. The method comprises the following steps: taking a coal mine temporary construction map spot generated by using an inflection point coordinate of a to-be-reclaimed coal mine temporary construction land range as an evaluation unit; determining reclamation indexes of the evaluation unit in different reclamation directions according to reclamation factors including natural factors, location factors and environmental factors; calculating comprehensive ecological suitability indexes of the evaluation unit in different reclamation directions according to the determined reclamation indexes of the evaluation unit in different reclamation directions; and determining the comprehensive reclamation utilization direction according to the calculated comprehensive ecological suitability indexes of the evaluation unit in different reclamation directions. According to the method, visual description can be carried out in the reclamation utilization direction of the agricultural land, the reclamation utilization direction of a construction user and the reclamation utilization direction of the ecological land, and the advantages in the change trend can be analyzed, so that scientific reference and basis are provided for making a reclamation utilization decision of the temporary construction land of the coal mine.

The present invention discloses a network registration method and system based on dynamic graphical passwords. The method comprises: a server receives a registration request sent by a client; location factors are selected from a location factor database according to the structure of a total factor dynamic factor table; a location factor string is generated, and the generated location factor string is sent to the client; the client generates the total factor dynamic factor table according to the structure of the total factor dynamic factor table and the location factor string; a user inputs two groups of dynamic graphical passwords according to the total factor dynamic factor table, and the registration information including user names and location rules corresponding to the dynamic graphical passwords is sent to the server; and if the registration information is correct, the location rules in the registration information are taken as the user' s passwords. Compared with traditional passwords formed by fixed numbers and characters, dynamic graphical passwords, provided by the invention, taken as user' s storage passwords are safer, easy to remember and not easy to break.

A system for two-factor location-based device verification includes a processor and a non-transitory, tangible, computer-readable storage medium having instructions stored thereon that, in response to execution by the processor, cause the processor to perform operations including: (i) receiving, from a client device, a first location factor; (ii) receiving, from the client device, a second location factor; (iii) determining, based upon the first location factor and the second location factor, that the client device is within a predefined area; and (iv) creating, in response to the determining, a new wagering account in association with a user of the client device.

The present invention relates to a method, a radio network controller and a wireless communication system for allocating transport channels to provide Multimedia Broadcast Multicast Service MBMS services to one or more User Equipments UEs in a cell of a wireless network, comprising: obtaining parameters including a rate required by a MBMS service and a location factor indicating location of a UE in the cell, determining power cost of providing the MBMS service to the UE for each of types of transport channels available in the cell based on at least the required service rate and the location factor, and selecting a type of transport channel that has a minimum power cost to provide the MBMS service to the UE. This improves the efficiency of power usage, overall cell throughput and service quality.

The invention discloses an e-commerce-based distributer and user position matching method. The method comprises the following steps: S1, users registering to request service through APP clients; S2, executing a matching test between the users and distributers; S3, outputting and storing matching results; and S4, the distributers implementing service requests. According to the invention, instant integrated intersected positioning and optimal matching can be performed on position factors between the users and the distributers, the distribution efficiency of logistics is greatly improved, the cost investment is decreased, intelligent effective integration and sharing are performed on the distributers and user groups, service experience satisfaction of clients is improved, and the operationality is high.

The invention provides an LTE system uplink power control method and a system. The method comprises steps: the threshold I1 of interference from a terminal on a base station is preset; the base station periodically detects interference signals I from the terminal on the base station; when I is detected to be greater than I1, the base station sends a feedback message to a macro base station; the macro base station regulates the uplink power of the terminal according to the regulation range deltaT until I is smaller than I1; and the regulation range deltaT uses position factors of the base station and the terminal and the path loss ratio of the base station and the macro base station to the terminal to serve as the regulation basis. When the base station detects that the interference signals of the terminal on the base station exceed the interference threshold, the regulation range obtained when the macro base station uses the position factors of the base station and the terminal and the path loss ratio of the base station and the macro base station to the terminal to serve as the regulation basis regulates the uplink power of the terminal until the interference signals are reduced to the preset interference threshold, and the problem that overlarge terminal uplink power causes interference to uplink power transmission of the micro base station can be solved.

The present invention discloses an E-commerce-based Physical store commodity and delivery man position matching method. The method comprises the following steps of S1 positioning and converting the positions of the commodity shelves and the delivery men simultaneously, and transmitting to a CPU calculation and control center; S2 determining and comparing the positions of the commodity shelves and the delivery men by a method of presetting reference values; S3 executing the corresponding operations according to the determination results. The method of the present invention can carry out the instant integrated cross positioning and optimal matching on the position factors of the commodities and the delivery men, carries out the matching connection on the commodities and the delivery men intelligently, realizes the effective integration and sharing of the manpower resources, enables the working efficiency to be improved and the cost to be reduced, is strong in operability, and has good social and economic benefits.

A system for multi-factor location-based device verification is configured to receive a first location factor, which may include GPS data, from a client device. The system is also configured to receive one or more additional location factors, such as a second location factor and/or a third location factor, from first and/or second wireless beacons, respectively. The wireless beacons may be located within a predefined area, such as a sports book or another casino area, and the system may determine, based upon the one or more location factors, whether the client device is within the predefined area. As a result, the location of the client device may be verified based upon one or more location factors. In addition, in response to verifying the location of the client device, a new wagering account may be established and/or wagering may be initiated.