72 results about "High level view" patented technology

The present invention provides a method, system and program product that provides a user with a high level view of the health of their business by reporting parameter performance in a simple, "at a glance" display. Each parameter's performance is represented using a common indicator icon which can show the parameter's current performance, immediately previous performance, baseline performance and trend as compared to previous values for the measurement. The system allows users to view parameter performances using the same reporting system. The invention also allows a user to organize several parameters into logical groupings and obtain a weighted average of their performance; retrieve detailed information about a given parameter; and/or check his/her parameter's performance via a small, wireless, pervasive device.

A graphical user interface for a Gantt chart map display (100) includes a list of projects (214), a corresponding activity timeline reflecting activity for each project, and a control (210) at a side or bottom area of the Gantt chart map display for manipulating date ranges viewable in the viewable area. The GUI further includes a selected date range control (204) providing a high level view (202) of the corresponding activity timeline displayed in the viewable area (212) above and can provide a high level view of corresponding activity beyond the scrollable view. A dynamic set of controls (205 and 206) enables preset filtered views of the Gantt chart with preset time frames such as days, weeks, months and years or predetermined date ranges entered by a user. The preset filtered view can also automatically re-sort and scale content on the Gantt chart into a viewable area to reduce scrolling.

The present invention is a distributed system comprising client- and server-side components that, together, allow XML schemas or the like to be managed in a collaborative way across an enterprise environment. The server-side component, or server, is used to assemble a collection of one or more schemas. The server exposes the collection of schemas to one or more client components that connect to the server. Such connections may be made over a computer network. The client component preferably exports a display interface through which a user can visualize dependencies between schemas, e.g., by dragging them into a workspace and viewing all related schemas and how they are connected, as well as what elements and other components they define. In this way, the client component provides a high-level view of a larger (e.g., enterprise-wide) information architecture.

A phase shift is defined as a point in frequency at which the phase is changed from 0 degrees to 180 degrees. A device is provided for combining analog and digital in-band-on-channel (IBOC) signals to feed a common antenna utilizing phase shifting allpass filter modules to provide a 180 degree phase shift to specific IBOC channels within a constant impedance dual-hybrid circuit. The IBOC Allpass combiner includes one input 90 degree 3 dB quadrature hybrid coupler, one output 90 degree 3 dB quadrature hybrid coupler, a load resistor, and two phase shifting allpass filter modules. Each phase shifting allpass filter module is comprised of a two coaxial cavity resonators coupled to a 90 degree 3 dB quadrature hybrid coupler. Components and modules are coupled using mating transmission lines. The four coaxial cavity resonators are used as devices to produce two distinct phase shifts at isolated upper and lower IBOC side band frequencies. The circuit is designed for one center analog frequency and two sideband IBOC OFDM carrier frequencies, such that all frequencies will combine in phase at the common antenna input with minimal loss and minimal group delay. Out of phase and spurious emissions are ported to the load resistor.

The invention discloses a grid drive unit, a grid scanning driver and a driving method of the grid scanning driver. According to the grid drive unit, clock and high level are utilized to control an internal phase inverter module to generate a low level signal, a feedback structure and a low-level and low-voltage control circuit are adopted, a direct current circuit with high level changed into low level when high level passes through a transistor is avoided, leaked current of the transistor is inhibited effectively, power consumption is reduced, and the grid drive unit is especially applicable to a transistor device with threshold voltage being a negative. The unilateral grid scanning driver constructed by the grid drive unit adopts clock signal control with 40-percent duty ratio, charging and discharging functions of a signal output end are achieved in the same transistor, and the unilateral grid scanning driver is concise in structure and low in power loss. The bilateral grid scanning driver constructed by the grid drive unit adopts clock signal control with 40-percent duty ratio and makes full use of symmetry of a screen, and narrow frame effect can be achieved in a high-definition display screen effectively.

Described is a service visualizer that presents a high-level view of services currently running in a distributed operating system. The service visualizer, which itself may be a service, is visual-based and uses objects (e.g., spheres) suspended in space to represent the ports of services that are currently running. Messages sent between services are represented by particles. The visualizer creates a visual collection for each service port, which in turn creates a port monitor to watch for messages on the port. The resulting visualization may be interacted with, such as for purposes of debugging.

The invention discloses a multi-robot collaborative path following method based on deep learning in order to improve the accuracy of path recognition so as to balance the accuracy and the recognitiontime. According to the technical scheme, an environment composed of air and ground robot nodes and a cloud server node is established, the cloud server node obtains environment pictures shot by a ground robot based on WIFI, conducts path extension direction recognition and classification based on the environment pictures, requests the air robot node to send back a high-level view and obtain a terminal decision through decision fusion processing as for the situations that recognition cannot be conducted or wrong recognition is likely to occur, and converts the obtained terminal decision into acorresponding velocity vector to be sent to the air and ground robot nodes, and thus a robot group conducts driving collaboratively. By adopting the multi-robot collaborative path following method, the accuracy rate of path recognition can be increased, and thus the appropriate balance between improving of the accuracy rate of path recognition and shortening of the recognition time is achieved.

A decision support tool which takes a high-level view of supply and demand in the realm of labor resources and produces globally-optimal recommendations for assignment of practitioners to open seats. These assignments preferably optimize a utility function composed of different business metrics and can be customizable for different organizations and priorities.

The invention discloses an optimization method based on multiple spare cross layer resources. According to the characteristics of paths through which a single hop service and a multiple hop service pass on a GMPLS (generalized multiprotocol label switching) layer, only WDM (wavelength division multiplex) layer protection is provided for the single hop service to ensure the reliable restoration of the single hop service when a WDM layer fails; a GMPLS layer protection path is provided for the multiple hop service necessarily, a multiple spare idea is introduced, and an idle and unprotected method is provided for a multiple hop high level service (HS) to cope with the simultaneous failure of a router and an optical fiber link, and ensure the timely restoration of the high level service when a node or a link fails; a multiple hop middle level service (MS) can bear less pack loss and longer time delay relatively to the high level service, only GMPLS layer protection is provided for a multiple hop low level service (LS), and the used GMPLS layer resources and the used WDM layer resources are reduced; and the maximal share of network resources is realized, the utilization ratio of the network resources is improved, the configuration cost of the network resources is reduced, and the optimum configuration of the network resources is realized.

The invention relates to a high-stress poor rock roadway supporting process, which comprises the following steps of: a, performing rock drilling and blasting to dig a roadway, and spraying plain concrete on the surfaces of all exposed roof rocks and surrounding rocks on two sides on a working surface to form a temporary supporting layer to temporarily seal the surrounding rocks; b, performing primary supporting on the roadway by adopting an anchor mesh shotcreting supporting method, and forming a first supporting layer within 12 hours after the roadway is dug; and c, 15 to 20 days after the primary supporting of the roadway, performing secondary supporting on the roadway by adopting the anchor mesh shotcreting supporting method, and forming a second supporting layer. In the high-stress poor rock roadway supporting process, relationships between stress and time are analyzed according to the stability of the surrounding rocks, and a supporting scheme combining a plurality of supporting ways is adopted for the stress releasing time period of the surrounding rocks to effectively release the high stress of the surrounding rocks, timely prevent the cracking of the surrounding rock and the expansion and loose damages of a crack, prevent the conversion of the surrounding rocks from quantitative change to qualitative change and ensure the stability of the roadway.

The invention discloses a 14T radiation-resistant static storage cell, which is capable of improving SEU (Single Event Upset) resistance, improving the speed of the 14T radiation-resistant static storage cell to a large extent under the situation that smaller cell area is sacrificed and reducing power consumption. During a reading-writing stage, a WL signal is in high level. When a circuit is in awriting stage, if BL is in high level and BLB is in low level, '1' can be written in a storage node Q through differential input transistors N4 and N5; if the BL is in low level and the BLB is in high level, '0' can be written in the storage node Q through the differential input transistors N4 and N5. When the circuit is in a reading stage, if the BL and the BLB are both in high level and data stored in the cell unit is '1' voltage can be discharged to the ground through transistors N4 and N0 by the BLB, voltage difference can be generated by a bit line, and then the data can be read out through a sensitive amplifier; if the data stored in the cell circuit is '0', the current can be discharged to the ground through transistors N5 and N1 by the BL, the voltage difference can be generated by the bit line, and then the data can be read out through the sensitive amplifier.

The invention relates to a general switching value input signal acquisition circuit, and belongs to the technical field of signal acquisition. The property (high level or low level) of an input switching value level signal is detected through two triodes of different types respectively, and the two triodes are connected in series to a control loop of a photoelectric coupler. When the input of any type of switching value signal is detected, one triode is always in a cut-off state, and the control loop of the photoelectric coupler is switched off. Only when no switching value signal is input, the two triodes are switched on synchronously, and the control loop of the photoelectric coupler is switched on. Thus, general acquisition of the switching value signals is finished, and differentiation between the existence (high level or low level) and absence (suspending state) of the switching value signals can be finished.

A fingerprint detection device including a plurality of fingerprint sensing elements, and each fingerprint sensing element includes: a sensing electrode for forming a sensing capacitance from a relationship with a subject; an amplifier having a first input end connected to the sensing electrode and a second input end into which a bias signal, of which a potential is changed from a high level to a low level or from the low level to the high level during a fingerprint detection operation, is inputted; and a gain controller including a plurality of sub-feedback capacitances, the gain controller selectively connected between the first input end and an output end of the amplifier.

Imaging systems, such as optical microscopes, can benefit from automatic focus enhancements including sample detection. For example, systems that use a charge coupled device (CCD) video camera to capture a field of view for making focus determinations can benefit from automatic focus and sample detection. A method according to certain embodiments can include obtaining, by a machine, a high level image of a sample. The method can also include determining, by the machine, whether a plurality of auto-focus areas of a plurality of fields of view are aligned with a portion of the sample. The method can further include obtaining, by the machine, a low level image of the sample when the plurality of auto-focus areas are aligned.

A secondary optical system to increase efficiency in collecting solar radiation concentrated by primary mirrors in “beam-down” plant configurations is described. Such secondary optical system is formed at least by two reflectors—preferably in form of plane mirrors arranged at different heights—oriented to associate to each of them a sub-section of a primary field of heliostats. The secondary reflectors—each one associated to a different primary focus F1,i (i=1, . . . , n) corresponding to a sub-set of primary concentrators—allow concentration of solar rays towards a single secondary focus F2.

The embodiment of the invention provides a collision detection circuit and system, and relates to the field of automobile collision detection. A signal input end is electrically connected with a control electrode of a silicon controlled rectifier, a cathode of the silicon controlled rectifier is connected to the ground, an anode of the silicon controlled rectifier is connected with the high leveland electrically connected with a level conversion circuit, and the level conversion circuit is further electrically connected with a controller. The signal input end is used for receiving a collisionsignal and transmitting the collision signal to a latch circuit; the latch circuit is used for achieving breakover when receiving the collision signal and maintaining the breakover state; the level conversion circuit is used for outputting the high level to the controller when the latch circuit is in the breakover state; and the controller is used for generating a locking signal when detecting the high level. The silicon controlled rectifier has the advantages of small size, high efficiency, long life and the like, therefore, an analog-digital conversion circuit and a latch in the prior art are replaced with the silicon controlled rectifier, the collision detection circuit is simplified, and the life of the collision detection circuit is also prolonged while the cost for manufacturing a circuit board with the collision detection circuit is reduced.

The invention belongs to the signal processing field, and provides a power tube driving device with a drive pulse regulating function. The power tube driving device with the drive pulse regulating function comprises a shortest turn-on time processing module, a longest turn-on time processing module, a shortest turn-off time processing module and a turn-on time deviation processing module. Through the power tube driving device with the drive pulse regulating function, high level and low level in each period of a drive pulse signal of a power tube can be processed in an optimized mode, the widths of the high level and the low level in each period are enabled to be maintained in a reasonable interval, and therefore power consumption of the power tube is effectively lowered, safe and reliable operation of the power tube is guaranteed, whether a system works normally can be judged according to the width difference of the high level in two adjacent periods, when the width difference of the high level exceeds a turn-on time deviation threshold, the system is judged to be in an abnormal state, and a drive circuit is controlled to turn off the power tube at the same time so that the safety of drive control of the power tube is improved.

A two-dimensional photonic crystal laser according to the present invention includes a two-dimensional photonic crystal layer 15 having a base body made of Al[alpha]Ga1-[alpha]As (0<[alpha]<1) or (Al[beta]Ga1-[beta])[gamma]In1-[gamma]P (0<=[beta]<1, 0<[gamma]<1) with modified refractive index areas (air holes) 151 periodically arranged therein and an epitaxial growth layer 16 created on the two-dimensional photonic crystal layer 15 by an epitaxial method. Since Al[alpha]Ga1-[alpha]As and (Al[beta]Ga1-[beta])[gamma]In1-[gamma]P are solid even at high temperatures, the air holes 151 will not be deformed in the process of creating the epitaxial growth layer 16, so that the performance of the two-dimensional photonic crystal layer 15 as a resonator can be maintained at high levels.

The present invention is a graphical user interface with a panning window interface that allows presentation of a high-level view of a dense graphical map structure simultaneously with a detailed sub-portion of the dense graphical map structure. The graphical user interface provides a movable panning window that allows an operator to select the portion of the overall map structure to view in detail. The detailed view of the selection portion of the overall map structure is presented in a detail panel of the screen. Enhancements to the panning window interface include highlighting of map structure elements on the screen selectable via a highlight selection menu or search and highlight capability.

The invention discloses a vehicle speed sensor and a negative voltage anti-interference communication system. The negative voltage anti-interference communication system includes a signal emission module and a signal reception module. The signal reception module includes a power supply module. The first end of the power supply module is connected with an externally connected power supply, the second end of the power supply module is connected with an anode of a first diode, and a cathode of the first diode is connected with the ground. Signals emitted from the signal emission module are low-level zero crossing negative-voltage square wave pulses, and the low level of the low-level zero crossing negative-voltage square wave pulses is less than 0V. The signal reception module converts the low-level zero crossing negative-voltage square wave pulses into sampling level square wave pulses, the low level of the sampling level square wave pulses is 0V, and the high level of the sampling level square wave pulses is smaller than the high level of the low-level zero crossing negative-voltage square wave pulses. In this way, the low-level voltages across a signal line are lowered under a ground wire for communication, signal sampling will not be affected, and the anti-interference capability is guaranteed.

The invention provides a main plant with a steam turbine generator arranged on high level. The main plant comprises a boiler room, a deoxidizing bunker integrated frame and a high-level steam turbine room, wherein the deoxidizing bunker integrated frame consists of a deoxidizing room and a bunker room, which are adjacently arranged on one side of a boiler; and the high-level steam turbine room is arranged at the upper part of the deoxidizing bunker integrated frame. According to the main plant with the steam turbine generator arranged on high level disclosed by the invention, the shaft system of the steam turbine generator is fully or partially arranged at the upper part of the frame which is formed by combining the deoxidizing room and (or) the bunker room, so that the cost of a civil engineering structure is slightly increased, the cost of a high-temperature pipe system is greatly reduced, the normal operation efficiency is improved, and better investment return rate is achieved.