1094 results about "Current technology" patented technology

A computer system may be configured to dynamically select a memory virtualization and corresponding virtual-to-physical address translation technique during execution of an application and to dynamically employ the selected technique in place of a current technique without re-initializing the application. The computer system may be configured to determine that a current address translation technique incurs a high overhead for the application's current workload and may be configured to select a different technique dependent on various performance criteria and / or a user policy. Dynamically employing the selected technique may include reorganizing a memory, reorganizing a translation table, allocating a different block of memory to the application, changing a page or segment size, or moving to or from a page-based, segment-based, or function-based address translation technique. A selected translation technique may be dynamically employed for the application independent of a translation technique employed for a different application.

A method for implementing self-chosen caller identification and instantaneous transmission of caller identification information before communications have been established is described. Aspects of the invention improve upon modem methods and bridge the gap between current technology that allows users to self-identify in communicating with other users and technology that transmits this information before a telephone call is answered. Furthermore, aspects of the invention allow a user to select his or her own identifying information (e.g., picture, ring tone, video) and send it to contacts in his or her contact database. A background transmission process transmits the identifying information upon selection, creating a fast and seamless method of self-identification for caller ID technology. The identifying information may be stored in an association database using factors such as events and identification type. An option may also exist that allows users to override any caller identification information transmitted to them.

A method for reducing redundancy between two or more datasets of potentially very large size. The method improves upon current technology by oversubscribing the data structure that represents a digest of data blocks and using positional information about matching data so that very large datasets can be analyzed and the redundancies removed by, having found a match on digest, expands the match in both directions in order to detect and eliminate large runs of data by replace duplicate runs with references to common data. The method is particularly useful for capturing the states of images of a hard disk. The method permits several files to have their redundancy removed and the files to later be reconstituted. The method is appropriate for use on a WORM device. The method can also make use of L2 cache to improve performance.

A computer system may be configured to dynamically select a memory virtualization and corresponding virtual-to-physical address translation technique during execution of an application and to dynamically employ the selected technique in place of a current technique without re-initializing the application. The computer system may be configured to determine that a current address translation technique incurs a high overhead for the application's current workload and may be configured to select a different technique dependent on various performance criteria and / or a user policy. Dynamically employing the selected technique may include reorganizing a memory, reorganizing a translation table, allocating a different block of memory to the application, changing a page or segment size, or moving to or from a page-based, segment-based, or function-based address translation technique. A selected translation technique may be dynamically employed for the application independent of a translation technique employed for a different application.

A robust multiple-walled, multi-pass, high cooling effectiveness cooled turbine vane or blade designed for ease of manufacturability, minimizes cooling flows on highly loaded turbine rotors. The vane or blade design allows the turbine inlet temperature to increase over current technology levels while simultaneously reducing turbine cooling to low levels. A multi-wall cooling system is described, which meets the inherent conflict to maximize the flow area of the cooling passages while retaining the required section thickness to meet the structural requirements. Independent cooling circuits for the vane or blade's pressure and suction surfaces allow the cooling of the airfoil surfaces to be tailored to specific heat load distributions (that is, the pressure surface circuit is an independent forward flowing serpentine while the suction surface is an independent rearward flowing serpentine). The cooling air for the independent circuits is supplied through separate passages at the base of the vane or blade. The cooling air follows intricate passages to feed the serpentine thin outer wall passages, which incorporate pin fins, turbulators, etc. These passages, while satisfying the aero / thermal / stress requirements, are of a manufacturing configuration that may be cast with single crystal materials using conventional casting techniques.

The invention is directed to a method of fueling gas turbines from natural gas reserves with relatively low methane concentrations. The invention uses such reserves to generate electric power. The invention permits the use of these reserves at significantly lower cost than by producing pipeline natural gas to fuel gas turbines to generate electric power. These reserves currently generally are used only after the removal of impurities to produce pipeline natural gas quality turbine fuel. The latter current technology is capital intensive, and at current natural gas prices, economically unattractive. The process of the invention can remove the impurities from the gas from the natural gas reserve necessary for protection of the environment, and leaves inert gasses in the fuel in an amount which will increase the output of a gas turbine for the generation of power by about 5 to about 20%.

The invention provides a resource allocation method for multicarrier system, which comprises: network side carries out an admission control judge to users according to the resource condition in cell, and allocates wireless resources according to the reported access capacity for the successive admission user and informs the terminal to carry out chain establishment operation through channel configuration command. The technical scheme in the invention fully considers the compatibility to all types of terminals, solves the problem of the reduction of network access ratio and capacity exists in current technology caused by that user terminal does not support the wireless resource allocation scheme when the network side allocates resources to user terminals. The execution of the invention can reduce lost call rate efficiently, and improves the network quality and the revenue of operators.

The present invention is in the field of Healthcare Claims Fraud Detection. Fraud is perpetrated across multiple healthcare payers. There are few labeled or “tagged” historical fraud examples needed to build “supervised”, traditional fraud models using multiple regression, logistic regression or neural networks. Current technology is to build “Unsupervised Fraud Outlier Detection Models”.Current techniques rely on parametric statistics that are based on assumptions such as outlier free and “normally distributed” data. Even some non-parametric statistics are adversely influenced by non-normality and the presence of outliers.Current technology cannot represent the combined variable values into one meaningful value that reflects the overall risk that this observation is an outlier. The single value, the “score”, must be capable of being measured on the same scale across different segments, such as geographies and specialty groups. Lastly, the score must substantially, monotonically rank the fraud risk and give reasons to substantiate the score.

The present invention provides a revolutionary photosynthetic ethanol production technology based on designer transgenic plants, algae, or plant cells. The designer plants, designer algae, and designer plant cells are created such that the endogenous photosynthesis regulation mechanism is tamed, and the reducing power (NADPH) and energy (ATP) acquired from the photosynthetic water splitting and proton gradient-coupled electron transport process are used for immediate synthesis of ethanol (CH3CH2OH) directly from carbon dioxide (CO2) and water (H2O). The ethanol production methods of the present invention completely eliminate the problem of recalcitrant lignocellulosics by bypassing the bottleneck problem of the biomass technology. The photosynthetic ethanol-production technology of the present invention is expected to have a much higher solar-to-ethanol energy-conversion efficiency than the current technology and could also help protect the Earth's environment from the dangerous accumulation of CO2 in the atmosphere.

The invention features a miniature, second-order, microcrystalline silicon microphone diaphragm formed using silicon microfabrication techniques. The diaphragm is composed of two or more rigid diaphragm elements hinged to one another providing second- or higher-order response depending on the number of diaphragm elements used. The response of the differential diaphragm has a response that is highly dependent on the direction of the incident sound. The diaphragms are useful for constructing highly innovative microphones that have far greater directionality, better sensitivity, wider frequency response, and lower noise than is achievable with current technology.

The current landscape for preparative chromatographic RNA purification uses reversed phase HPLC, but this technique presents many issues with process scale up and ion exchange for preparative purification has only been used for short RNAs. The invention provides preparative purification of RNA (e.g., mRNA) using ion (e.g., anion) exchange chromatography that allows for separation of longer RNAs up to 10,000 nucleotides in length via a scalable method. This method avoids problems with current techniques by using low pressure chromatography that is agreeable with existing equipment in cGMP commercial facilities, that uses aqueous-bases solutions as the mobile phase (rather than flammable of greater than 10 mg RNA / mL resin (e.g., using larger pore sorbents, >500 Angstroms, that display greater mRNA binding capacities), and that yields desired RNA salt forms for downstream formulation with no additional manipulation necessary (unlike ion pair reverse phase techniques).

The invention discloses a method for preparing the NaY molecular screen of high alumina silica ratio and fine grain, firstly synthesizing NaY molecular screen guilding agent according to current technology, then producing gel with sodium silicate, guilding agent, acid aluminium salt and sodium metaaluminate, blooming the gei under the temperature of 50-100 Deg C for 0-70 hours, adding some silicon, then blooming continuously under temperature of 90-120 Deg C for 0.5-50 hours, finally filtering, washing and drying. The NaY molecular screen with the alumina silica ratio being 5.2-7.0, and fine grain being 100-400 nm can be prepared by using the method in this invention.

The invention relates to a fake-licensed car detection method based on number-plate identification and gridding supervision. On the basis of number-plate identification and gridding supervision, the method links the number-plate with the information of each supervision point, and finds out suspect fake-licensed cars by detection by time difference judgment. On the basis of video, each supervision point uses the measures of winding triggering, video detection, and the like to detect the cars passing through the point, and to identify and link the number-plates with the identical number-plate data of other supervision points, thereby finding out the suspect fake-licensed cars by detection. The method provides good measures for detecting the fake-licensed cars in the range of supervision, and the problem of fake-licensed car of identical type, which can not be solved by the current technology, can be solved.

The invention relates to a natural scene text detection method based on an attention mechanism convolutional neural network. Firstly, image data with text under natural scene is labeled and divided into training set and test set. Then the text image is processed as training data by data enhancement method. Based on the attention mechanism module and Inception network, a feature extraction networkis constructed, and the features of different fonts are learned by multi-scale feature fusion. The network is pre-trained using course learning strategies. The network is trained again by using the text image data of the natural scene. The fused features are adopted to regress to get the coordinates of the text in the image, and the text detection results are obtained. Finally, the validity of thetrained neural network is verified in the test set and other open data sets. The method can solve the problems of low character recall rate and low recognition accuracy under complex natural environment in the current technology, and has advantages in running speed.

The invention discloses a self-adapting special interference suppressing technology aim at phased array radar. The conventional phased array radar can suppress the noise to inhibit the interference by self-adapting, firstly the interference data received by the radar receiver can be learned then to form a zero point on the interference direction. The zero point depth and width generated by the conventional processing method all can be influenced by the array error and are not suitable for the special interferences, such as the dense cheating interference, the movement interference, the fast transforming clearance type interference or the composite interference and so on complicated interference forms. Adopting the ultra-lower secondary lobe aerial is the most effective anti-interference method, but under the present technology and technological level, the over-high secondary lobe requirement for the phased array aerial is impractical. The invention can implement the estimations of the interference source number and the orientation by the space spectrum estimating technology firstly, and then can construct the interfering data covariance matrix by using the analog signals, then can obtain the self-adapting minor lobe cancellation weight vector calculated by the self-adapting method, thereby forming the wide zero point and deep zero defect self-adapting directional diagram to inhibit the complicated interferences. The technology of the invention can be used for the signal processing system of the phased array radar, the implementing is simple, and the invention has wide practical application prospects.

The invention discloses a loop detection method and a device for solving the problems that a current technology of loophole detection is low in accuracy and efficiency. The method includes: adding special character strings including a positioning character string and a detection character string into uniform resource locator (URL) to be detected and hyper text transport protocol (HTTP) requests, using the HTTP request to visit the URL, and finally imitating a browser to load pages returned by a website server, and judging whether safety loop holes exist in the website server according to whether detection character strings are included in hypertext markup language (HTML) codes of a loaded page. Due to the fact that the detection device imitates the browser to load pages returned by the website server, dynamic document object model (dom) elements exist in the page, whether the website server has safety loopholes can still be judged according to whether detection character strings are included in HTML codes of the loaded page without manual participation during the detection process, and therefore accuracy and efficiency of loophole detection are improved.

The present invention reefs to load equalization method between access equipment wireless local area networks. It contains configuring accessing priority and priority modifying strategy to each covering same area AP, each AP according to own priority modifying strategy and own accessing priority, maintenance adjacent AP neighbor information in each AP, each AP through detecting AP link or receiving neighbor AP broadcast information through wireless channel, updating oneself maintenance neighbor information, AP through comparing own and adjacent AP priority determining own accessing site state. The present invention overcame load unbalance in access equipment in wireless local area networks of current technology, convenient realizing access equipment load equalization.

A method for implementing self-chosen caller identification and instantaneous transmission of caller identification information before communications have been established is described. Aspects of the invention improve upon modem methods and bridge the gap between current technology that allows users to self-identify in communicating with other users and technology that transmits this information before a telephone call is answered. Furthermore, aspects of the invention allow a user to select his or her own identifying information (e.g., picture, ring tone, video) and send it to contacts in his or her contact database. A background transmission process transmits the identifying information upon selection, creating a fast and seamless method of self-identification for caller ID technology. The identifying information may be stored in an association database using factors such as events and identification type. An option may also exist that allows users to override any caller identification information transmitted to them.

A system and related techniques monitor the operation of networked computer services, such as Internet-based search or other services which may link to a set of server resources, supporting databases and other components. In current technology if a large-scale or other search service encounters a problem in one supporting platform, the overall response may be interrupted or hang. In embodiments for example a search engine which attempts to access a travel, shopping, news or other database or service in response to a user search request may suspend the delivery of the search results, or blank the page with a 404 or other error message, due to the. unavailability of one or two databases or other components. The service support platform of the invention on the other hand may monitor the computer services network and detect the occurrence of a failure or performance lag, and temporarily detach the faulted server or other resource from the larger network service. In embodiments a user's Web page may be adapted to omit a panel of information related to that suspended service or component, so that for example an icon for a travel map or hotel reservation tool may be grayed out or removed while still presenting the remainder of the services or options. Users may therefore still access the majority of the Web service they are attempting to use, without interruption or noticeable lag.

The invention relates to a method for monitoring the circumferential strain of a casing by applying optical-fiber grating sensors, which mainly solves the problem that an electric-resistance strain gauge adopted of the current technology for monitoring the circumferential deformation of the casing is easy to be affected by electromagnetism in a well and corrosion, thus causing a measured circumferential strain signal of the casing to be inaccurate. The method is characterized in that: the optical-fiber grating sensors are arranged outside the casing along the circumferential direction of the casing, wherein, a plurality of optical-fiber grating sensors are evenly arranged around the casing; sections of adjacent intervals form a certain angle; an optical-fiber temperature compensating sensor is arranged in a position at a corresponding distance away from the group of sensors; the optical-fiber grating sensors are applied to monitoring the circumferential deformation and stress status of the casing within certain ranges; meanwhile, the temperature compensating sensor is applied to serving the temperature compensation and temperature monitoring in the well of the strain sensor; the sensors transmit underground signals to the ground by a transmission optical cable; and the signals can be transformed into the circumferential strain information of the casing after a demodulation instrument obtains the signals and carries out secondary treatment. The method is characterized by not being affected by the underground electromagnetism.

The invention discloses a processing method of seasoned instant sea cucumber, comprising the steps of the decontamination of raw sea cucumber, pressure boiling, low temperature fermentation, cutting, seasoning, vacuum packing, super high pressure sterilization, etc. The myofibril of the sea cucumber tissue becomes thinner after the process of fermented preparation, the inter-place between the fiber is large, organization structure is even, the volume of the sea cucumber is large, tenderness is improved and water capacity is enhanced, being conducive to the absorption of nutritional components; the sea cucumber tastes good after being seasoned by two liquid condiment; the super high pressure sterilization comparatively maintains the original favor, shape and nutrition of the instant sea cucumber product and the shelf life is greatly prolonged. The instant sea cucumber processed and produced by the method has no ocean fishy smell, delicious with good taste, proper hardness and softness, easy to carry and instant, basically maintaining the original nutritional components of the sea cucumber. The product can be preserved for a long time with freshness, nutrition, convenience and safety and overcomes the shortages of the coarse texture and the poor taste of the sea cucumber processed by the current technology.

The invention relates to a browser interface and an operation method thereof, in particular to a browser interface and the operation method thereof, wherein the web-only windows, toolbar windows and address window are independently displayed windows and the toolbar and address windows can be hidden. The browser window comprises web-only windows, toolbar windows and address windows with the characteristic of being independently displayed. The operation method of the browser interface includes the following steps: (1) opening the browser, so that the browser window is displayed on the desktop as the web-only window, (2) activating the toolbar and / or the address bar, (3) operating on the toolbar windows and / or the address bar windows, (4) logging off the toolbar and / or address bar window, and restoring the toolbar and / or address bar window to the hidden state. The invention solves the problem of the limited visual area when users are browsing the website, and the failure of readers to read other contents while browsing the web, thus making up for the flaw of the current technology.

Metrology methods and targets are provided, that expand metrological procedures beyond current technologies into multi-layered targets, quasi-periodic targets and device-like targets, without having to introduce offsets along the critical direction of the device design. Several models are disclosed for deriving metrology data such as overlays from multi-layered target and corresponding configurations of targets are provided to enable such measurements. Quasi-periodic targets which are based on device patterns are shown to improve the similarity between target and device designs, and the filling of the surroundings of targets and target elements with patterns which are based on device patterns improve process compatibility. Offsets are introduced only in non-critical direction and / or sensitivity is calibrated to enable, together with the solutions for multi-layer measurements and quasi-periodic target measurements, direct device optical metrology measurements.

A method for reducing redundancy between two or more datasets of potentially very large size. The method improves upon current technology by oversubscribing the data structure that represents a digest of data blocks and using positional information about matching data so that very large datasets can be analyzed and the redundancies removed by, having found a match on digest, expands the match in both directions in order to detect and eliminate large runs of data by replace duplicate runs with references to common data. The method is particularly useful for capturing the states of images of a hard disk. The method permits several files to have their redundancy removed and the files to later be reconstituted. The method is appropriate for use on a WORM device. The method can also make use of L2 cache to improve performance.

A circuit board is provided in which tamper resistance is improved by making probing by third parties difficult, while solving problems associated with the current techniques and manufacturing costs. A signal line through which a confidential signal requiring tamper resistance flows and components 32 and 33 connected to the signal line 21 by the terminals thereof, are laid out in a component-containing layer 13 of a circuit board 10. Only a confidential signal having been encrypted through a predetermined component 31 is outputted to an observation point 34 provided on a surface of the circuit board 10. External observation and control of the confidential signal is performed by decoding a cipher provided by the component 31 to the signal which appears at the observation point 34.

The invention discloses a production process for extracting gallium from flyash and coal refuse, which recycles gallium by further deep utilizing the produced waste liquid on the basis of extracting alumina, silica gel from coal series solid waste. According to the invention, gallium chloride is acquired after middle temperature calcinations, leaching, carbon dioxide decomposition, direct adsorption on column, eluting, etc., problems of large slag and low slag utilization added value in current technology are solved, the extraction rate of gallium form flyash and coal refuse can reaches over 80%; the whole process is performed under normal atmosphere, thus the equipment requirement is low, resources are effectively utilized during the whole process, and no new pollution is caused to surrounding environment.

The invention discloses a plasma treatment device, which comprises oppositely arranged radio frequency driving electrode (25) and a passive electrode (22); the passive electrode (22) is encircled by a first grounding ring (23), which are insulated from each other; the radio frequency driving electrode (25) is encircled by a second grounding ring (23), which are insulated from each other; the radio frequency driving electrode (25) is connected respectively with a first radio frequency power source (271) and a second radio frequency power source (272); a first impedance regulating element is connected in series between the passive electrode (22) and a ground wire. The plasma treatment device provided by the invention overcomes a shortcoming of the current technology that energy of plasma can be converted only among several specific isolated values, and more craft processes required by different plasma density can be realized in the same reaction chamber.

The invention discloses a method for undating the operation state of user terminal under LTE RRC Actice conditions, which particluarly lie in that the basic sends down state undating informatino to UE. Comparing with current technology, the invention eliminates the delay due to the reconfiguration and operations of L3, increases the updating under UE, therefor realizing the variations of service rate and idle radio resource and satisfying the request of delay such as state transitions in LTE system. The invention makes the best use of existing resource with simple application and good compatibility with current system.

Current technology now allows wireless handheld devices the capability of receiving broadcast video and audio. To determine who is watching and who is listening to such broadcasts a different type of metering methodology is needed. This invention relates to gathering, transmitting, storing and analyzing who is watching or listening to a particular video or audio broadcast and then matching this information to a particular demographic to which the watcher or listener belongs.

The embodiment of the invention discloses a sound-source location method and system e. A basic collection device is positioned on at least two locations in a plane; the basic collection device collects a group of audio signals from the sound source at each location; the plane is the common plane where both the basic collection device and the sound source are arranged; the estimated location of a group of sound source is calculated according to the collected each group of audio signals; the actual location of the sound source is calculated according to the estimated location of the sound source which is convergent to the same point. The audio signals are collected through changing the location of the basic collection device; the actual location of the sound source is calculated according to the collected multiple groups of audio signals; the invention completes the location of the sound source which is realized in the current technology by using at least two basic collection devices; the invention improves the utilization efficiency of the basic collection device.