36 results about "Common denominator" patented technology

A content collection and distribution system operates to collect digital data from a client node, and automatically distributes the collected data to predetermined destinations according to parameters designated in advance by authorized clients and/or other users. A mobile application is configured to operate on mobile handsets of a wireless telephone network, which comprise client nodes. A host curator application is configured to automatically classify incoming data from client nodes, re-formats the data as needed into the least common denominator format and pushes each data portion to a destination configured in advance for that data. A distribution host for data reception applets may be provided; the applets are configured to receive data from the curator application and manage the data for user access in a defined environment.

A method (150) for defining an aligned logic cell grid and interconnect layout of a semiconductor integrated circuit having a logic cell (12) is disclosed. The interconnect layout is resized in accordance with a highest common denominator of an initial routing pitch (24) of the interconnect layout and a transistor pitch (14) of the logic cell. The cell grid is aligned with the resized routing pitch (124) which provides efficient routing density and transistor performance, minimises excess transistor area and wire routing waste while maximising cell packing density.

Architecture for detecting and removing obfuscating clutter from the subject and/or body of a message, e.g., e-mail, prior to filtering of the message, to identify junk messages commonly referred to as spam. The technique utilizes the powerful features built into an HTML rendering engine to strip the HTML instructions for all non-substantive aspects of the message. Pre-processing includes pre-rendering of the message into a final format, which final format is that which is displayed by the rendering engine to the user. The final format message is then converted to a text-only format to remove graphics, color, non-text decoration, and spacing that cannot be rendered as ASCII-style or Unicode-style characters. The result is essentially to reduce each message to its common denominator essentials so that the junk mail filter can view each message on an equal basis.

An object of the present invention is to provide a method for encoding signals by separating a signal by using a common multiplier so as to improve the efficiency of compression of audio signals and a method for calculating a common multiplier of a set of numeric values including errors. A common multiplier A, of the input signal samples x(i) in each frame is estimated. Each sample x(i) is divided by A, the quotient is rounded to the number of significant digits, and the rounded quotient y(i) is encoded. The quotient y(i) is multiplied by A and the product is subtracted from x(i) to obtain an error signal z(i), which is then encoded. The multiplier A is encoded and the code of y(i), the code of z(i), and the code of A are combined together and outputted. To estimate the common multiplier, each numeric value is divided by a determined representative value. Irreducible fractions between the maximum positive error and the maximum negative error are obtained by dividing each numeric value by a correct representative value using rational approximation. Among the obtained irreducible fractions, the one having the smallest common denominator of the numeric values is obtained and the common denominator is corrected using the representative value to obtain a common multiplier.

Embodiments herein are designed to counteract the negative effects of an attendee join in a remote session by employing several techniques. One technique maintains and determines maximum decoding capabilities of viewers, which are then used to determine, e.g., a least common denominator of encoding available. As such, a sharer can dynamically modify (either up or down) the encoding of the graphics stream without having to renegotiate decoding capabilities for each viewer upon a join/disjoin. In order to assist in resetting viewer state based on the above encoding technique, other embodiments provide for: context reset for delta and/or other types of order encoding; reset for all sharer and viewer caches; and reset of history for compression context. Another technique provides for delaying the joiner of attendees (and thus the reset of the graphics stream) based on a myriad of static and dynamic policy factors.

Access management techniques have been developed to specify and facilitate mappings between I/O and host domains in ways that provide flexibility in the form, granularity and/or extent of mappings, attributes and access controls coded relative to a particular I/O domain. In some embodiments of the present invention, operation translations coded relative to a particular logical I/O device, domain or sub-window seek to optimize functionality, isolation or some other figure of merit without regard to needs or limitations of another. In this way, operation translations need not be uniform and need not reduce supported operation semantics to correspond to that of a lowest common denominator I/O device. In some embodiments, the form of mappings (e.g., of operation translations) may be specialized on a per-logical-device basis (or even a per-sub-window basis), thereby offering individual logical I/O devices (or sub-windows thereof) immediate, indexed, and/or untranslated operation mapping frameworks appropriate to their individual requirements or needs. In general, flexibilities and efficiencies afforded in some embodiments of the present invention can be desirable, particularly as the diversity of I/O device types and richness of transaction semantics supported in interconnect fabrics increase. Some embodiments may be leveraged in support of sophisticated system partitions or I/O virtualizations.

A versatile adaptor device to connect together devices having built-in connectors or receptacles for interfacing with other devices is described. Many devices include built-in connectors, which usually consist of proprietary fittings and pinouts/lineouts. The adaptor device connects with the built-in connectors of two devices to enable communication between the two devices. Each end of the adaptor fits physically and electrically with the connectors to join both devices. The body of the adaptor is a double-ended molded plastic part that includes geometry to mate with a particular connector slot at one end and another specific connector slot at the opposing end. The adaptor device may be adapted to connect various different types of devices. For example, the adaptor accommodates connection to an array of brands and models of cellular phone devices at one end of the adaptor and an array of digital cameras at the other end of the adaptor. The manufacture of the adaptors is leveraged because the adaptor employs a minimum common denominator set of circuit lines available to interact with multiple different connectors.

The invention discloses a gas steam combined cycle unit multivariable constrained prediction function load control method. The method is characterized by comprising the steps that (1) an original load instruction counter circuit is adjusted, and a primary frequency modulation instruction is superposed onto a load instruction of a gas turbine; (2) a 2*2 controlled object model with gas turbine fuel valve opening and steam turbine inlet adjusting valve opening as input and combined cycle unit actual power and steam turbine main steam pressure as output is built, wherein the controlled object model is expressed by an equation shown in the specification, PW is the combined cycle unit actual power (MW), TP is the steam turbine main steam pressure (MPa), U1 is the gas turbine fuel valve opening (%), U2 is the steam turbine inlet adjusting valve opening (%), G11 is a transfer function with the U1 as input and the TP as output, G12 is a transfer function with the U2 as input and the PW as output, G21 is a transfer function with the U1 as input and the TP as output, and G22 is a transfer function with the U2 as input and the TP as output; in addition, it is ensured that denominators of the G11 and the G12 are the same, and the denominators of the G21 and the G22 are the same after reduction of fractions to a common denominator is carried out on the transfer functions.

A fractional arithmetic unit for performing fractional arithmetic operations of different numerators and a common denominator with different precisions as required, the fractional arithmetic unit, including a reciprocal number arithmetic logic unit; and a multiply arithmetic circuit configured to multiply a numerator and a reciprocal number of the denominator as obtained by the reciprocal number arithmetic logic unit. A precision of a calculation performed by the reciprocal number arithmetic logic unit is changed in accordance with a precision as required for each of the fractional arithmetic operations. The multiply arithmetic circuit outputs a result of multiplication as a result of the fractional arithmetic operation, and the results of the fractional arithmetic operations are output with different precisions.

A method and system of scaling images on a video display is disclosed. A video data stream is processed into video data, which is displayed on a video display at a predetermined aspect ratio. A user manipulable controller, such as a joystick, is operative with a graphics processor unit for scaling images on the video display by obtaining video source values of pixel width and height to be displayed and determining the smallest integer increment on the x/y axis that will maintain the desired aspect ratio using a greatest common denominator to reduce the ratio to the lowest integer.

A random number that is co-prime with a set of prime numbers is generated, without having to calculate the greatest common denominator of the numbers. The value of 1−x^λ(mod π), where x is a randomly generated value and λ is the Carmichael function, is tested to determine whether it is non-zero. If it equals zero, x is chosen as the random number of interest. Otherwise the value for x is updated, and the procedure is repeated. Due to the minimal amount of computation resources required to select x, the process is particularly well suited for generating cryptographic keys in portable electronic devices, such as smart cards.

A computer implemented method, data processing system, and computer usable code are provided for generating random numbers. The aspects of the present invention receive a request for a number of random numbers and determine common denominators for the number of random numbers. Grid dimensions are determined using the common denominators and a static pattern is retrieved using the grid dimensions. A list of random numbers is then generated using the static pattern and the grid dimensions and the list of random numbers is returned to a requestor.

The present invention comprises: a unit time calculating unit for calculating, as a unit time, the greatest common denominator of the individual operating cycles of a plurality of programs; an allocating unit for allocating the individual operating cycles of the plurality of programs into each of a plurality of continuous base periods that each have their respective unit times, in sequence beginning with the shortest operating cycle, and for allocating the operating cycles of remaining programs for which the operations have not been completed during one of the plurality of base periods into remaining base periods, in sequence beginning with the shortest operating cycles; and an operating unit for running the plurality of programs that are allocated to operating times.

In an image scaling method, an image ( 10 ) having an original row/column resolution NO is scaled into a scaled image ( 30 ) having a target row/column resolution NT. A filter set comprising alpha filters is provided, where alpha being equal to a quotient of the target resolution NT and a common denominator k of the original resolution NO and the target resolution NT. The common denominator k is a positive number larger than one. For at least one row/column ( 16/18 ) of image elements ( 12 ), a filtered image element ( 32 ) of the scaled image ( 30 ) is formed, for each filter in the filter set, by filtering at least one image element ( 12 ) of the at least one row/column ( 16/18 ) using the filter. This image element formation is repeated up to k times over the at least row/column ( 16/18 ) to form a scaled row/column ( 36/38 ) of image elements ( 32 ) of the scaled image ( 30 ).

A system and method that improve a process of creating software programs for a variety of existing computing platforms. The method includes the steps of: receiving a formatted data file having a predefined, platform independent structure, compiling a common generation file, written in a lowest common denominator language utilized by each of the plurality of computing platforms, with the data file to generate a predefined output file. The output file will be compatible with one of a plurality of computing platforms. The system generates a predefined output file utilizing a common generation file adapted to create the predefined output file that is compatible with each of a plurality of computing platforms, and a compiler for compiling the common generation file with a data file having a predefined and platform independent structure.

The invention provides a high-precision and low-hardware-complexity sinc interpolation realization method and system. The method comprises the steps of storing sampling point data and to-be-interpolated point data in different banks of an RAM; extracting the sampling point data from the RAM according to an integer part of the to-be-interpolated point data; inputting the sampling point data to a calculation unit together with a decimal part of the to-be-interpolated point data; performing reduction-of-fractions-to-a-common-denominator division calculation and SIN calculation; and finally performing multiplication after processing of a delay module to obtain result data, wherein the whole process adopts pipeline design. According to the method and the system, multiple interpolation kernel lengths are supported; floating point complex number calculation is supported; and in a convolution kernel field calculation manner, while the calculation efficiency is ensured, the calculation precision is improved, and the hardware resource overhead is reduced.

To optimize a space dimension between a rectifying fin on upstream side and a rectifying fin on downstream fin and a relationship between the number of a water supply hole and the number of rectifying grooves while optimizing the number of the rectifying grooves of a plurality of rectifying members of a weft-inserting nozzle. The weft-inserting nozzle of the fluid jetting type loom comprises a needle 1, a nozzle body 2 in which a water supply hole 13 formed in a hollow shape and passing through a hollow part 3 is provided and the needle is inserted into the hollow part 3 and a circular chamber 4 made to communicate with the water supply hole is constituted between the top of the needle 1 and the nozzle body 2, and a plurality of rectifying fins 5 and 6 arranged in the circular chamber in turn in the advancing direction of weft. Each rectifying fin has a plurality of rectifying passages 17, 30 and 20 provided at equal spaces in the circumferential direction and each extending to the shaft direction. In the weft-inserting nozzle of the fluid jetting type loom, the number of each rectifying passage of a first rectifying member and a second rectifying member is kept to >=6 and <=40 and mutually has no common denominator.