Abstract: In an illustrative embodiment, methods and systems for integrating web content generated by a content management system (CMS) with dynamic content generated by a content development system include an API handler of the CMS configured to communicate an action received from a remote computing device to a web part, where the web part interfaces with both the CMS and a web application framework to coordinate response to the action and to inject information regarding the dynamic content into the web content for use by the remote computing device. The remote computing device may include a view provider module configured to access the dynamic content using the injected information.

Abstract: In an illustrative embodiment, systems and methods for secure access to dynamic analytics content include receiving a request for analytics information from a user at a computing device, confirming the user's access rights, embedding access credentials within a resource link for accessing the visualization content, and supplying the resource link to the user's computing device for use in obtaining the analytics information, where, upon the computing device following the resource link, the access credentials are confirmed and visualization content is provided to the user.

Abstract: In an illustrative embodiment, systems and methods for bulk user setup include a bulk user registration interface presented to an end user to supply user information and a custom API handler for translating the user information into individual user setup requests recognizable by a content management system (CMS). The systems and methods may additionally include an integration engine for supplying user setup requests to one or more third-party systems integrated with the CMS within a data analytics ecosystem, such as a content development system. The integration engine may be implemented as a custom web part configured to interface with the custom API handler, the CMS, and one or more third-party systems.

Abstract: In an illustrative embodiment, systems and methods for bulk user setup include a bulk user registration interface presented to an end user to supply user information and a custom API handler for translating the user information into individual user setup requests recognizable by a content management system (CMS). The systems and methods may additionally include an integration engine for supplying user setup requests to one or more third-party systems integrated with the CMS within a data analytics ecosystem, such as a content development system. The integration engine may be implemented as a custom web part configured to interface with the custom API handler, the CMS, and one or more third-party systems.

Abstract: In an illustrative embodiment, systems and methods for secure access to dynamic analytics content include receiving a request for analytics information from a user at a computing device, confirming the user's access rights, embedding access credentials within a resource link for accessing the visualization content, and supplying the resource link to the user's computing device for use in obtaining the analytics information, where, upon the computing device following the resource link, the access credentials are confirmed and visualization content is provided to the user.

Abstract: In an illustrative embodiment, methods and systems for integrating web content generated by a content management system (CMS) with dynamic content generated by a content development system include an API handler of the CMS configured to communicate an action received from a remote computing device to a web part, where the web part interfaces with both the CMS and a web application framework to coordinate response to the action and to inject information regarding the dynamic content into the web content for use by the remote computing device. The remote computing device may include a view provider module configured to access the dynamic content using the injected information.

Abstract: Apparatus for use with a slatted floor comprises a floor covering apparatus for placement on the individual slats of a slatted floor. Each floor covering apparatus includes an elongated elastomeric mat (410) adapted to be fitted to a floor slat. The mat has a rigid fixing base (411), a flexible core (11) and an outer skin (415). The rigid fixing base (411), the flexible core (11) and the outer skin (415) are integrally formed together. The mat has a longitudinal leg (413) at each side to locate the mat. Also a flap valve (412) is mounted on each leg and protrudes into the gap between adjacent slats.

Abstract: A communications device comprises a receiver for receiving an input signal operably coupled to analogue to digital converter logic. The analogue to digital converter logic is operably coupled to control logic via a signal analyzer arranged to analyze a converted received input signal, output from the analogue to digital converter logic to determine at least one characteristic of the received signal. The control logic is arranged to vary a dynamic range of the analogue to digital converter logic depending on the at least one determined characteristic of the received input signal.

Abstract: An analogue-to-digital converter apparatus comprises a first integrator coupled to a second integrator. The first and second integrators are coupled so as to provide a complex pole. The first integrator is selectively electrically decoupleable from the second integrator, thereby removing the complex pole.

Abstract: A communications device comprises a receiver for receiving an input signal operably coupled to analogue to digital converter logic. The analogue to digital converter logic is operably coupled to control logic via a signal analyser arranged to analyse a converted received input signal, output from the analogue to digital converter logic to determine at least one characteristic of the received signal. The control logic is arranged to vary a dynamic range of the analogue to digital converter logic depending on the at least one determined characteristic of the received input signal.

Abstract: An analogue-to-digital converter apparatus comprises a first integrator coupled to a second integrator. The first and second integrators are coupled so as to provide a complex pole. The first integrator is selectively electrically decoupleable from the second integrator, thereby removing the complex pole.

Abstract: Apparatus for use with a slatted floor comprises a floor covering apparatus for placement on the individual slats of a slatted floor. Each floor covering apparatus includes an elongated elastomeric mat (410) adapted to be fitted to a floor slat. The mat has a rigid fixing base (411), a flexible core (11) and an outer skin (415). The rigid fixing base (411), the flexible core (11) and the outer skin (415) are integrally formed together. The mat has a longitudinal leg (413) at each side to locate the mat. Also a flap valve (412) is mounted on each leg and protrudes into the gap between adjacent slats.

Abstract: An airship retrieval system comprises a plurality of aerodynamic pods releasably mounted in suitable locations about the external surface of the airship. Within the pod is a handling or a tether line that is attached at one end to the airship and at the other end to the pod. When a suitable control signal is sent to the pod, the pod is released and the handling line and pod falls toward the ground to enable retrieval of the airship.

Abstract: A prebuffer circuit configured to generate one or more output control signals in response to one or more current sources and an input signal. The one or more output control signals may reduce a process dependent charge to discharge skew.

Abstract: A pre-buffer circuit configured to generate one or more output control signals in response to a bandgap reference based control circuit. The one or more output control signals control output ON resistance and slew rate so as to limit variations in ringing and skew.

Abstract: A power efficient high output swing operational ("HOOP") amplifier for integrated circuit analog signal processing is described. The operational amplifier includes a differential input stage and an output stage. The differential input stage is powered by a regular power supply while the output stage is powered by a voltage multiplier which results in a high voltage output swing without sinking significant power from the voltage multiplier. The high output voltage (e.g., 23 volts) is achieved using low voltage MOS devices. An output isolation technique is utilized to prevent possible latchup and contention. The operational amplifier also features a bias boot scheme to achieve a faster settling time from power up. In addition, the present invention provides realization of frequency compensation with highest possible breakdown and reduced noise coupling.

Abstract: A trimbit circuit for flash memory integrated circuits is described. The trimbit circuit is used to store the addresses of bad rows and/or columns in flash memory arrays. Furthermore the trimbit circuit is used to store the trimbits for trimable circuits in the integrated circuit, i.e. voltage references, precision oscillator, etc. The invention includes a row of flash memory trimcells and a trimcell differential amplifier circuit. The trimcell differential amplifier circuit can serially shift in trimbits into a latch and serially shift out trimbits without having to program the flash memory trimcells. The final settings of the trimbits can be programmed by means of a high voltage buffer. A non-overlapping clock generator and additional logic is also included to control the circuit.

Abstract: An analog recording and playback system using non-volatile flash memory. An array of flash memory cells is used to store an analog signal and retrieve the stored analog signal on a real-time basis. A plurality of column driver circuits are coupled to the columns of flash memory cells for simultaneous programming and reading. A programming algorithm is used to write the analog signal within an operating range of the flash memory cells since the operating range may shift due to process variations. The system includes trimbit circuits to provide a trimmable initial programming voltage, programming step, programming current, read current, and select gate voltage. The system further includes a Serial Peripheral Interface ("SPI") that interfaces with a host microcontroller. The host microcontroller can send a number of commands to the system through the SPI for efficient message management. These commands include the basic commands to record or playback and various addressing and message cueing options.

Abstract: A trimbit circuit for flash memory integrated circuits is described. The trimbit circuit is used to store the addresses of bad rows and/or columns in flash memory arrays. Furthermore the trimbit circuit is used to store the trimbits for trimable circuits in the integrated circuit, i.e. voltage references, precision oscillator, etc. The invention includes a row of flash memory trimcells and a trimcell differential amplifier circuit. The trimcell differential amplifier circuit can serially shift in trimbits into a latch and serially shift out trimbits without having to program the flash memory trimcells. The final settings of the trimbits can be programmed by means of a high voltage buffer. A non-overlapping clock generator and additional logic is also included to control the circuit.

Abstract: An apparatus and method for message management using nonvolatile analog signal recording and playback is disclosed. The device is an integrated circuit with interface circuitry for use as a peripheral device to a microcontroller or a microprocessor-based system. The integrated circuit is complete with differential analog inputs, auto attenuation to improve signal quality, filter, fixed references including a band gap reference, trimming, memory array, multiple closed loop sample and hold circuits, column device, row decoder, address counters, master oscillator, chip function timing circuits, and a serial peripheral interface (SPI) and circuits on a single chip. The integrated circuit is interfaced with a host microcontroller through the SPI. The host microcontroller can send a number of commands to the integrated circuit through the SPI for efficient message management. These commands include the basic commands to record or playback and various addressing and message cueing options.