159 results about "Source level" patented technology

A system and method are directed towards providing a database replication technique using interception in memory of the transaction change data records. The invention employs Input/Output instrumentation to capture and split out the in memory transaction change journal records. Captured memory blocks are sent to a parser, which concatenates the records into a single record, and creates a redo/undo vector that can be converted to original DML/DDL statements. Source level transformations can be applied to the vectors, which are then sent to a post agent on the same or a different computing device. The post agents may perform destination level transformations, and generate DML/DDL statements to be executed by the corresponding destination RDBMS instance. Post agents may also perform conflict detection and resolution during DML/DDL statement executions. Transaction consistency is supported by performing commits/rollback on the destination after receiving the redo/undo vector representing a commit/rollback on the source.

Implementations of the present invention allow clients (e.g., end-users, administrators, etc.) to associate data with one or more protection intents at the data/data source level. A backup server can then associate the data with a specific protection mechanism regardless of where the data/data source(s) are located, or regardless of how other like-data are being backed up. The backup server can then backup data that are associated with similar protection intents in a similar manner based on client specifications. The backup server can also monitor the various protection intents and associations to ensure that the protection intents are being met. For example, if the backup server identifies that data are not being backed up in accordance with their associated protection intent, the backup server can send one or more communications indicating the same, such that the protection mechanisms can be adjusted appropriately.

A data read circuit and method for use in a semiconductor memory device that has a memory cell array are provided. The circuit includes a selector for selecting a unit cell within the memory cell array in response to an address signal; a clamping unit for supplying a clamp voltage having a level for a read operation to a bit line of the selected unit cell in response to a clamp control signal; a precharge unit for precharging a sensing node to a voltage having a power source level in response to a control signal of a first state in a precharge mode, and compensating through the sensing node for a reduced quantity of current at the bit line in response to a control signal of a second state in a data sensing mode; and a sense amplifier unit for comparing a level of the sensing node with a reference level, and for sensing data stored in the selected unit cell.

Invention relates to a novel method of and system for ranging between an acoustic source carried on an unmanned or autonomous undersea mobile vehicle (UUV or AUV) and preferably a plurality of hydrophone receivers remotely deployed from the vehicle in predetermined patterns, generally suspended from sonobuoys equipped with above-the-sea relay radio transmitting antennas, and with time synchronization provided amongst the source and the receivers, wherein the time delay from the transmissions of the source is measured by utilizing special signal processing, enabling range to be measured in close to real time by determining the product of the sound velocity and the measured time delay, and with the process continually and periodically being repeated throughout the duration of the vehicle run. Given the range, the system may then be used to measure the acoustical properties of and/or receiver system performance in the sea or other water body, such as transmission or propagation loss TL, channel impulse response, bottom geoacoustic properties, source level, receiver sensitivity calibration, sonar operator readiness and sonar receiver performance and the like. Further, in situ measured data can be assimilated with models to enable more accurate prediction of the ocean environment than could be obtained from either individually.

An electronic circuit for use with an exhaustible power source and load such as a light bulb, includes a microchip with an input that transmits a signal to the microchip when the load is activated or deactivated. The input does not form a serial link between the power source and the load. The power switch, by on/off switching, controls energy flow from the power source to the load. The electronic circuit has an automatic delayed shut-off function for the load and, a find-in-the-dark indicator and a power source level indicator which are active when the load is not energized and the power source is not being charged. The input to the microchip acts as an activation/deactivation user interface. The microchip allows the user to select specific functions based on the time duration of activation signals, the time duration between activation signals and the number of activation signals at the input.

An electronic circuit for use with an exhaustible power source and load such as a light bulb, a radio or motor, includes a microchip with an input that transmits a signal to the microchip when the load is activated or deactivated. The input does not form a serial link between the power source and the load. The power switch, by on/off switching, controls energy flow from the power source to the load. The electronic circuit has an automatic delayed shut-off function for the load and, a find-in-the-dark indicator and a power source level indicator which are active when the load is not energized and the power source is not being charged. The input to the microchip acts as an activation/deactivation user interface. The microchip allows the user to select specific functions based on the time duration of activation signals, the time duration between activation signals and the number of activation signals at the input.

The invention discloses a high-slew-rate error amplifier-based high-accuracy and high-speed low dropout (LDO) regulator circuit, which comprises an over-the-air (OTA) circuit, a second-stage push-pull output circuit, a Miller compensation and dynamic zero compensation circuit, a load current detection circuit, a super source-level follower, a dynamic offset pipe, a feedback network and an output and load circuit. By the LDO circuit, the problems of low gain, low accuracy, low power supply suppression ratio and low response speed of the conventional LDO are solved.

A compiling system which translates a source program written in a high-level language into a machine language program, and includes a source level optimizer which converts an original source S program into an optimized source program by optimizing the original source program at the source program level, a compiler which converts the optimized source program into the machine language program, and a final debug information selection generation unit which generates final debug information which indicates a corresponding relationship between the original source program and the machine language program.

An interconnect structure and method of communicating messages on the interconnect structure assists high priority messages to travel through the interconnect structure at a faster rate than normal or low priority messages. An interconnect structure includes a plurality of nodes with a plurality of interconnect lines selectively coupling the nodes in a hierarchical multiple-level structure. Data moves from an uppermost source level to a lowermost destination level. Nodes in the structure are arranged in columns and levels. Data wormholes through the structure and, in a given time-step, data always moves from one column to an adjacent column and while remaining on the same level or moving down to a lower level. When data moves down a level, an additional bit of the target output is fixed so data exiting from the bottom of the structure arrives at the proper target output port.

A towed active acoustic system includes a plurality of soft-bodied, towable, active acoustic modules. The plurality of active acoustic modules are suspended at various depths within the water column, and allow each active acoustic module to be much smaller than known soft-bodied systems and to operate at a much lower source level while still ensuring that the entire water column is ensonified. Each active acoustic module may include different numbers of transducers depending on the intended location of the active acoustic module relative to the water column. The tow cable preferably includes a faired body designed to minimize hydrodynamic drag and turbulence. The present system can be deployed and recovered through shipboard undersurface deployment tubes.

The invention provides a bi-directional programming method/system/computer product for a programmer to enter source level instructions via either a visual language interface or a traditional syntactic level (code) interface. Irrespective of which means is used to describe the program, a corresponding “view” of the program (visual or syntax) is generated. Changes to the program can be made at either level, allowing the regeneration of the corresponding view (visual or syntax) to refect the changes. For example, should the original program be described in a visual format, then a program can be generated in the corresponding syntax level, then the equivalent version of the program can be regenerated in the visual format to reflect the changes. The invention can advantageously be used to develop back-end logic for an application program.

Embodiments of the present invention comprise systems and methods for providing mobile devices having themed multimedia effects. One embodiment comprises a method in receiving a plurality of multimedia effects associated with a theme at a mobile device, receiving mobile device information comprising call log information, power source level, and signal strength associated with a wireless connection between the mobile device and a second device, detecting a mobile device event associated with the mobile device, determining a multimedia effect correlated with the mobile device event based at least in part on the mobile device information and the theme, and outputting the multimedia effect.

A network or interconnect structure which includes a plurality of nodes which are interconnected within a hierarchical multiple level structure. The level of each node is determined by the position of the node within the structure and data messages move from node to node from a source level to a destination level. Each node within the interconnect structure is capable of receiving simultaneous data messages at its input ports from any other node and the receiving node is able to transmit each of the received data messages through its output ports to separate nodes in the interconnect structure to one or more levels below the level of the receiving node.

The invention discloses a demodulator circuit for a UHF (Ultrahigh Frequency) radio frequency identification label chip. Aiming at the defect of smaller dynamic range brought by the substitution of a traditional grid-grounded MOS (Metal-Oxide Semiconductor) tube for a high-resistance resistor, the invention provides a demodulator circuit which comprises an overvoltage protection circuit and a mean value generating circuit. The demodulator circuit connects the grid of a first PMOS (P-Channel Metal Oxide Semiconductor) tube in the mean value generating circuit with the grid of a first NMOS (N-Channel Metal Oxide Semiconductor) tube in the overvoltage protection circuit, and the grid level of the first PMOS tube automatically varies with the source level thereof by the partial pressure action of a second PMOS tube and a second resistor when the source level of the first PMOS tube rises or falls so that the absolute values of a grid voltage and a source voltage of the first PMOS tube are kept stable, the first PMOS tube has stable equivalent resistance in a large dynamic range, and the demodulator circuit of the invention has greater dynamic input range compared with the traditional demodulator circuit.

The present invention is to provide inexpensively a voltage detecting device for setting an address of each voltage detection IC even if a power source level of each voltage detection IC differs. A first transmitting line LT1 and a first receiving line LR1 connect a plurality of voltage detection ICs in series each other, and connect between the bottom voltage detection IC and the main microcomputer. The main microcomputer transmits an address number 0 to the bottom voltage detection IC. When the respective voltage detection ICs receive an address number through the first receiving line of a lower side from the main microcomputer, an address number adding 1 to the received address number is set as a self-address number. Furthermore, the respective voltage detection ICs transmit the address number which adds 1 to the received address number to the first transmitting line LT1 of an upper side.

The invention provides a pulse laser emission circuit based on a laser diode. The pulse laser emission circuit comprises a high voltage generator circuit and a drive circuit of the laser diode, wherein the high voltage generator circuit is used for supplying a high voltage source for the drive circuit; the drive circuit is realized by using a printed circuit board, the distance between a current amplifying chip and a switch MOS tube is as long as possible, and a ground pin of the laser diode and a source level of the switch MOS tube are connected through a long and thin connecting line; and the lengths of connecting lines among the switch MOS tube, the laser diode, a first capacitor and a second capacitor are as short as possible. The pulse laser emission circuit realizes the emission of high repetition frequency narrow-pulse laser, so that the operating distance and precision of laser ranging are effectively improved.

A system for measuring acoustic signature of a target object in water includes a plurality of rigid segments connected to each other to form a longitudinal member and a plurality of floats connected to the longitudinal member. Two buoys are connected at two ends of the longitudinal member and two weights are suspended from the buoys, thus making the longitudinal member neutrally buoyant when suspended in water. A plurality of hydrophones and an acoustic projector of a known source level are connected to the longitudinal member. The system further includes a data acquisition system for receiving signals from hydrophones and a signal processing means for processing signals received by data acquisition and determining acoustic signature of the target object. A depth/pressure sensor may be included. A pinger is located on the target object to measure range of target object to hydrophones. Range to target object is displayed in real time.