52 results about "S distribution" patented technology

The present invention comprises an intelligent gaming system that includes a game engine, simulation engine, and, in certain embodiments, a static evaluator. Embodiments of the invention include an intelligent, poker playing slot machine that allows a user to play poker for money against one or more intelligent, simulated opponents. In one embodiment, the invention generates card playing strategies by analyzing the expected return to players of a game. In one embodiment, a multi-dimensional model is used to represent possible strategies that may be used by each player participating in a card game. Each axis (dimension) of the model represents a distribution of a player's possible hands. Points along a player's distribution axis divide each axis into a number of segments. Each segment has associated with it an action sequence to be undertaken by the player with hands that fall within the segment. The dividing points delineate dividing points between different action sequences. The model is divided into separate portions each corresponding to an outcome determined by the action sequences and hand strengths for each player applicable to the portion. An expected return expression is generated by multiplying the outcome for each portion by the size of the portion, and adding together the resulting products. The location of the dividing points that result in the maximum expected return is determined by taking partial derivatives of the expected return function with respect to each variable, and setting them equal to zero. The result is a set of simultaneous equations that are solved to obtain values for each dividing point. The values for the optimized dividing points define optimized card playing strategies.

A plurality of handheld or "mobile" information terminals send forth position information detected periodically toward an information delivery server 50; the information delivery server 50 comprises a position management unit 50-4 for generating image data used to compose for visual display certain users belonging to the same group onto the same land map image screen, a situation / history management unit 50-7 for arithmetically processing the user's distribution in units of target facilities and then generating information indicative of such distribution, an image management unit 50-9 for storing therein more than one photographic image as sent from mobile information terminal(s) in units of users or alternatively in units of groups and then transferring the stored image toward a target or "destination" mobile information terminal, and a route search management unit 50-6 for searching for a recommendable route in view of the degree of congestion and / or popularity as calculated at the situation / history management unit 50-7. In a multimedia information delivery system, perform provision of information services by recognizing the position of a user and then utilizing the user position thus recognized.

A Traffic Safety prediction Computer Program (TRAF-SAFE) and sub-models for predicting the number of accidents, injuries and fatalities expected annually at an intersection or series of intersections based on the particular intersection and roadway features. A finite analysis approach to an intersection is used to break the intersection into discrete elements such as lanes, turnbays, stop control signals, and traffic flow rates. The total annual expected accidents can then be calculated as a summation of the interrelation of the individual elements. A Poisson's distribution is used to statistically estimate the likelihood of the individual vehicles occurring within a discrete time frame being investigated. The conflict probabilities between various permutations of the traffic flow is then calculated and summed to determine the number of conflicts for the intersection or roadway. The conflicts are then converted to expected accidents, and the accident level is converted to injury involvements and Safety Levels of Service for the intersection and roadway.

A consignor and a retailer develop a consignment agreement for a consigned product. An inventory order is generated for stocking levels of the consigned product in a retailer's distribution system. An inventory quantity of the consigned product based on the inventory order is shipped out to the retailer's distribution system. A virtual inventory is created in a consignor's computer system to match the inventory quantity shipped to the retailer's distribution system and also that identifies the inventory location. A consignor's computer system receives sales data for the consigned product. The retailer's distribution system is replenished based on the sales data. The virtual inventory in the consignor's computer system is decremented based on the sales data received.

The invention discloses a logistics distribution method comprising the following steps: constructing a storage center site selection model, determining the location information of storage centers according to the storage center site selection model and by a heuristic central clustering algorithm, and determining the coverage information of each storage center; constructing a path planning model, and determining distribution path information realizing shortest distribution distance, lowest distribution tool service cost and shortest waiting time for customers; and acquiring current real-time road information, current disposable distribution tool information and customer's distribution time demand information, and performing distribution tool scheduling according to the acquired road information, current disposable distribution tool information and customer's distribution time demand information as well as the determined distribution path information to realize logistics distribution. The invention further discloses a logistics distribution system.

The invention discloses a high-resolution wide-swath SAR moving target speed estimation and imaging method. The method is characterized by, under a high-resolution wide-swath azimuth multichannel model, carrying out clutter suppression on data obtained after multichannel range compression by utilizing a space-time adaptive processing method; then, estimating distance and azimuth velocity of a moving target through a Lv's distribution method; suppressing azimuth ambiguity of the moving target by utilizing the distance velocity of the moving target; and finally, realizing high-resolution imaging through a back-projection algorithm (BP) and the distance and azimuth velocity of the moving target.

The invention discloses a linear frequency modulation signal parameter evaluation method based on LVD (Lv's distribution). A linear frequency modulation signal has energy impulse characteristic in an LVD domain, so the relative inhibition of cross items is realized, and the parameter values of the center frequency and frequency modulation slope of the linear frequency modulation signal are accurately evaluated. The method comprises the following specific steps of 1, collecting signals; 2, judging if pulse noise is contained or not; 3, carrying out order-reduction preprocessing; 4, extracting a self-correlation feature; 5, converting phase dimensions; 6, extracting an LVD spectrum feature; 7, searching an LVD spectrum peak. The method overcomes the defect that in the prior art, cross item inhibition and resolution enhancement cannot be combined, a decoupling self-correlation signal is converted into the independently distributed LVD spectrum, the signal parameter evaluation precision in complicated noise environment is improved, and a new path is provided for the design of a future signal phase feature extracting technology.

System for personalized information distribution (PID) from an information source server (1) to several user terminals (2) via an information distribution network (3) comprising several active nodes (4), forming a PID-tree (5). The active nodes comprise distribution control means (6) setting the information distribution process in the relevant active node in accordance with local distribution parameters (parm). The distribution parameters are manageable via said network by distribution control codes (dcc) originated by said user terminals or by other active nodes in the PID-tree. For setting-up or modifying the respective PID-path for the distribution of information from the information source server to the respective user terminal, the user terminal transmits its distribution control code to the first and—as far as necessary—further active nodes of the PID-path between the user terminal and the information source server and sets the active node's distribution control means according the user's capabilities and preferences.

The invention relates to an energy-saving optimizing method for an isomerous honeycomb wireless network, and belongs to the technical field of wireless communication. The energy-saving optimizing method comprises the following steps of proposing an objective function with maximum energy efficiency through a poisson's distribution designed network model in a random geometry; optimizing the probability density of macro base stations and micro base stations by a method of solving an extreme value by using an advanced algebra multivariate function according to the objective function; calculating an optimal dormancy load threshold value of the macro base stations and an optimal dormancy load threshold value of the micro base stations according to the knowledge of a probability theory; and designing a dormancy strategy of the base stations according to the threshold values. By the energy-saving optimizing method, energy can be saved while the service quality of the network is guaranteed.

Methods, systems and devices for creating special communications or recordings containing messages from family members, friends, coworkers, colleagues and the like may be delivered to a recipient in the form of a keepsake type of device that can be used to play the communications or recordings when and as many times as desired. The inventions enable a subscriber to provide message(s) to a recipient, including receiving a project subscription, assignment of a mailbox with access number, provision of invitation identification numbers for subscriber's distribution to participants, recording of greeting to be played to communication(s) directed to the mailbox, receiving communication(s) directed to the mailbox, storage of message(s) received as part of the communication(s) in association with the project's mailbox and with the length of messages possibly varying depending upon the category of participant, optimizing the message(s) for subscriber access, notifying subscriber of receipt of or information about message(s), including message(s) on medium(s) or device(s) selected by subscriber that allow playback or transmitting the medium(s) or device(s) with message(s) per subscriber's directions.

The invention provides a gyroscope fault diagnosis method based on K-S (Kolmogorov-Smirnov) distribution check and HHT (Hilbert-Huang Transform), relates to a fault diagnosis method of a gyroscope, and mainly solves the problems of an existing gyroscope fault diagnosis method that a virtual frequency component is generated and the fault diagnosis precision is low. The gyroscope fault diagnosis method comprises the following steps: step 1: decomposing an original gyroscopic angle speed output signal Xp by adopting an EMD (Empirical Mode Decomposition) method to obtain IMF (Intrinsic Mode Function) components of different frequency bands; step 2: carrying out a correlation test on the IMF components of the different frequency bands in the step 1 by using a K-S distribution check method and judging that whether the IMF components of the different frequency bands are effective components of the original gyroscopic angle speed output signal or not; and step 3: carrying out the HHF on the IMF components checked by the K-S method in the step 2 to further obtain time-frequency spectrums and marginal spectrums of the IMF components, and combining with energy and frequency change of signals on the time-frequency spectrums and signal frequency distribution on the marginal spectrums to judge whether the system has faults in an operation process or not. The gyroscope fault diagnosis method is applied to the field of signal processing.

The invention discloses a logistics vehicle scheduling method and a logistics vehicle scheduling system, wherein, the method comprises the following steps: obtaining distribution or collection demandinformation of a plurality of customers; generating an optimal vehicle scheduling scheme according to the distribution or collection demand information and the road information; obtaining the currentroad condition information, and obtaining the delivery time of the Nth customer among a plurality of customers according to the optimal vehicle dispatching scheme and the current road condition information; Upon completion of the delivery or collection task of the Nth customer, the current road condition information is updated, and the delivery time of the (N+1) th customer is obtained according to the optimal vehicle scheduling scheme and the updated current road condition information, and N is a positive integer greater than or equal to 1. The method can generate vehicle scheduling scheme according to customer's distribution or collection demand and road condition information, so as to effectively improve vehicle intelligence, improve the service level of logistics companies, and reducelogistics cost.

The invention relates to a remote management system and a remote management method of a gas generator set. The system comprises software and hardware systems and adopts a modularized structure of B / S distribution mode. Installation and maintenance of the software and hardware are integrated at a monitoring server end and easy to implement and maintain. A client is only responsible for displaying in a user interface, and data processing is carried out at the monitoring server end so that the system can automatically monitor the operating state of a generator set network and alarm in a real time manner when the generator set is abnormal. The remote management system and the remote management method of the invention can be used to understand operation of the gas generator sets everywhere remotely and immediately, handle abnormalities immediately and generate an intuitionistic statistic form. The operation is simple and convenient, and the safety is high.

The invention proposes an address pool's distribution method and a device, wherein the method comprises: when a request message from a managed device for requesting the distribution of an address pool is received, decoding the request message to obtain the IP addresses corresponding to the managed devices; determining whether there exists a second address field corresponding to the IP address in at least one first address field recorded in a preset address pool; and when there exists a second address field corresponding to the IP addresses, distributing the second address field to the managed devices corresponding to the IP addresses. According to the embodiments of the invention, a managing device distributes address fields to the managed devices based on the IP addresses of the managed devices, so that different IP addresses correspond to different address fields. Therefore, it is possible to effectively avoid the collision of the address fields corresponding to the managed devices.

Core of the method is as following: in predefined time range, using independence of occurring events determines each time interval, when mobile users launch calling; based on the said each time interval, mobile users launch calling. Considering independence of occurring events in Poisson's distribution rule, the method searches time point, when mobile users launch calling, and makes mobile users launch calling at each time point. Thus, model for testing telephone traffic is better accorded with traffic model in Poisson's distribution rule. The invention simplifies method for testing telephone traffic so as to raise reliability of result for testing telephone traffic as well as raise feasibility for testing telephone traffic.

The technology described herein provides systems and methods for the viral transfer of entertainment media with a “media exchange” established based on tools over the internet in a “buddy list,” peer-to-peer, social networking environment, or the like, without utilizing a service provider's distribution system. Additionally, this technology provides tangible media exchange in a geographically local area, wherein the media exchange is prearranged based on the “buddy list,” peer-to-peer, social networking environment, and so forth.

A communications network (12) for use by a utility (10) for communication, command, and control of the utility's distribution area for gas, water and electrical services including the utility's distribution system, security, workforce, and asset management. The network includes apparatus for obtaining information and data concerning usage of the electricity, gas, or water by each of the utility's customers, the operation of installations throughout the system, and how electricity, gas, or water is being distributed throughout the system. The information and data from each source (16) is processed to provide an up-to-date overview of the system and its operation to the utility's management and operating personnel. This includes identification of any current problems, including distribution or security, within the system, and asset monitoring and management to identify possible future problems which may occur within a predetermined period of time. Reports generated as a result of processing the information and data, besides providing current status information, also provide management and operating personnel with information as to ways of alleviating any current problems identified within the system, and steps which can be taken to forestall possible future problems which are identified.

A method and an apparatus for user-based provisioning of distribution channels in a communications network allows an end user to select and initiate digital distribution channel allocation to accommodate their needs instead of submitting a service order to the telephone company each time a change in channel allocation is desired. In one implementation, a user-accessed provisioning terminal at a Distant Terminal (DT) receives a subscriber's distribution channel allocation selection after the user is authorized. The user's allocation selection is transmitted to a Remote terminal (RT) via a control channel, such as the Facility Data Line of an ESF-type T1 line or a dedicated data link that directly connects the DT and an RT. When the RT receives a provisioning message from a DT, the RT confirms that the provisioning selection is acceptable and automatically rearranges its time-slot interchange (TSI) connections according to the provisioning change initiated by the user. The RT sends an acknowledgement to the user-accessed provisioning terminal at the DT, which rearranges the TSI connections at the DT in accordance with the user's provisioning selection. If the RT cannot accommodate the user's provisioning selection, for example if there is insufficient feeder bandwidth to support the selected service, the RT notifies the user via the control channel and provisioning terminal so that the end user may select and initiate an alternative provisioning arrangement.

The invention discloses a network fault diagnosis method and a medium, and the method comprises the steps: obtaining a real-time sequence flow of a KPI index, and carrying out the windowing of the real-time sequence flow of the KPI index, so as to obtain a real-time sequence vector of the KPI index; performing K-S distribution inspection on the real-time sequence vector of the KPI and a pre-trained normal attribute vector of the KPI to judge whether the real-time sequence vector of the KPI is normally distributed or not; when the real-time sequence vector distribution of any one of all the KPIindexes is abnormal, arranging the deviation values of all the KPI indexes during K-S distribution inspection in sequence to form a deviation value vector; adopting a novel gravitation clustering model, obtaining a network fault category with the highest similarity with the deviation value vector according to the deviation value vector, and taking the network fault category as a network fault diagnosis result. The diagnosis process of the network fault can be realized without manual intervention, and the high efficiency and convenience of intelligent operation and maintenance of the network are greatly improved.

The invention provides a distributing method of uplink synchronized code, which includes setting reference for redistributing, initially configuring uplink synchronized code (SYNC_UL) for high speed uplink packet access (HSUPA) service, then redistributing SYNC_UL by radio network controller for HSUPA service according to the set reference for redistributing. The invention can improve rationality of uplink synchronized code's distribution, reduce access collision caused by unreasonable distribution of SYNC_UL, improve access performance of the system, and bring good feeling to the user in the same time.

The invention is generally a snowboard training apparatus or training tether used to assist in teaching proper snowboard riding mechanics—managing a rider's distribution of their center of gravity over a snowboard—thereby minimizing unintended falls while riding. Additionally, the training tether makes it easier for the rider to get onto the snowboard from a sitting position. In exemplary embodiments, the training tether comprises a handle; a handle strap forming a loop, wherein the handle encompasses a top portion of the loop of the handle strap; a tension strap connected to a lower portion of the handle strap; and a lateral strap coupled to the tension strap, the lateral strap including a first terminal end and a second terminal end configured to register with a first connector and a second connector that secures the apparatus to a snowboard, a snowboarder's bindings, or a snowboarder's boots.

The invention relates to a DCT coefficient distribution characteristic model optimization method in video coding, comprising the following steps: step S1, obtaining a source distribution model; Step S2, optimizing the boundary parameters of the main body part and the tail part in the distribution model according to the distribution situation of the sample sequence relative to 0; 3, taking that DCTcoefficients which are small than the demarcation parameters of the sample sequence as the main part of the distribution modeling and the other DCT coefficients as the tail part to obtain the optimize distribution model. Compared with the prior art, the invention combines the actual distribution characteristics of the DCT coefficients, optimizes the demarcation parameters, thereby applying the idea of LPTCM model segment modeling to a simple LAP model, and effectively avoids the serious tail phenomenon of the DCT coefficients.

The invention puts forward an underwater target sonar imaging method based on an inverse synthetic aperture principle. The method mainly comprises the following three steps that: firstly, carrying outthe distance dimension processing of an echo, wherein the distance dimension processing includes two main processes, i.e., distance dimension compression and translation compensation; then, carryingout the direction dimension processing of the echo, considering the complex swinging of a UV (Underwater Vehicle), and adopting a LVD (Lv's Distribution) algorithm to carry out parameter estimation onthe direction dimension echo; and finally, carrying out target image generation, calculating the horizontal and vertical coordinates and the scattering coefficient of a scattering point through a parameter estimation result, and carrying out reconstruction to form the acoustic image of the target. The invention belongs to a sonar processing method which can be applied to fields, including underwater target identification, underwater battlefield situation perception and the like.

The invention provides a sensor with a plurality of magnet positions and magnetic flux both unevenly distributed in a housing, belonging to the technology of providing a control signal through multi-point position magnetic induction. The sensor comprises a sensing element, a power model processor, a digital-to-analogue converter and an operational amplifier which are sequentially connected, wherein the sensing element comprises a rotating disc and a fixed disc; permanent magnets and a hall are embedded in the inner cavity of the fixed disc; a plurality of permanent magnets different in spacing and magnetic flux are fixedly arranged on the rotating disc; the adjacent permanent magnets are opposite in magnetic polarity, namely, the distribution manner of the magnetic polarities of all permanent magnets on one surface of the rotating disc are pole N, pole S, pole N...; and the hall on the fixed disc is arranged in a position in the vicinity of the permanent magnets. The sensor has the following advantages that the magnetic polarities are in N-S distribution so that the hall is capable of obtaining a rectangular wave signal, which can be added for digital processing of a set power model; the rectangular wave signal is capable of indicating the positions of the permanent magnets on the rotating disc; therefore, the uses of different rectangular waves are determined; and the relative positions of the permanent magnets and the hall are fixed and the signal output is reliable.

The invention discloses a logistics distribution method, the method comprises:Build a storage center location model, determine the storage center's address information according to the storage center location model and determine the coverage information of each storage center according to the heuristic center location model; build a path planning model according to the path The planning model determines the distribution path information with the shortest delivery distance, lowest delivery tool service cost, and the shortest waiting time for customers; obtains the current real-time road letterInformation, current distribution tool information, and customer delivery time requirement information, and scheduling of distribution tools based on the acquired road information, currently available distribution tool information, customer delivery time requirement information, and the determined distribution path information. Realize logistics and distribution. The invention also discloses a logistics distribution system.