Abstract: An inkjet printer is disclosed that has a substrate support; a calibration module disposed adjacent to the substrate support and comprising a stage member; and a print assembly disposed across the substrate support, the print assembly comprising a printhead and a calibration imaging device positionable to face the stage member.

Abstract: A method for designing a channel estimation and data detection networks is provided herein. The problem of channel estimation for linear systems has effectively been solved—not the case for non-linear systems. A deep learning framework for channel estimation, data detection, and pilot signal design is described to address the nonlinearity in such systems.

Abstract: An inkjet printer is disclosed that has a substrate support; a calibration module disposed adjacent to the substrate support and comprising a stage member; and a print assembly disposed across the substrate support, the print assembly comprising a printhead and a calibration imaging device positionable to face the stage member.

Abstract: A coordinator communication device operates in a communication network according to a communication protocol that defines repeating time cycles and specifies that each of multiple communication devices is provided a respective transmit opportunity in each time cycle. The coordinator communication device determines a number of follower communication devices in a communication network while the follower communication devices are selecting transmit opportunities using respective initial device identifiers. The coordinator communication device determines a quantity of transmit opportunities to be provided in each of multiple time cycles during which the follower communication devices are selecting transmit opportunities using respective new device identifiers. The coordinator communication device determines the quantity of transmit opportunities at least by using the number of follower communication devices.

Abstract: An inkjet printer is disclosed that has a substrate support; a calibration module disposed adjacent to the substrate support and comprising a stage member; and a print assembly disposed across the substrate support, the print assembly comprising a printhead and a calibration imaging device positionable to face the stage member.

Abstract: An inkjet printer is disclosed that has a substrate support; a calibration module disposed adjacent to the substrate support and comprising a stage member; and a print assembly disposed across the substrate support, the print assembly comprising a printhead and a calibration imaging device positionable to face the stage member.

Abstract: A method for designing a channel estimation and data detection networks is provided herein. The problem of channel estimation for linear systems has effectively been solved—not the case for non-linear systems. A deep learning framework for channel estimation, data detection, and pilot signal design is described to address the nonlinearity in such systems.

Abstract: An inkjet printer is disclosed that has a substrate support; a calibration module disposed adjacent to the substrate support and comprising a stage member; and a print assembly disposed across the substrate support, the print assembly comprising a printhead and a calibration imaging device positionable to face the stage member.

Abstract: An inkjet printer is disclosed that has a substrate support; a calibration module disposed adjacent to the substrate support and comprising a stage member; and a print assembly disposed across the substrate support, the print assembly comprising a printhead and a calibration imaging device positionable to face the stage member.

Abstract: An inkjet printer is disclosed that has a substrate support; a calibration module disposed adjacent to the substrate support and comprising a stage member; and a print assembly disposed across the substrate support, the print assembly comprising a printhead and a calibration imaging device positionable to face the stage member.

Abstract: A mobile device for biological treatment of bioreactor-type wastewater with a submerged membrane enabling treatment of greywater and blackwater has an inlet duct for effluent to be treated and an outlet duct for treated and filtered water connected to a permeate pump. The device includes a container, the interior volume of which has a parallelepiped appearance with two large vertical lateral sides, and a membrane filter having an assembly of parallel, planar filtration membranes also with a vertical appearance. The membranes are connected to a downstream collector collecting the filtered water and connected to the outlet duct. The permeate pump ensures a transmembrane flow less than the subcritical flow. At least one diffuser of fine air bubbles is located at the base of each column. Each diffuser is connected to a regulating solenoid valve and to pump, ensuring therein an airflow greater than or equal to 10 Nm3/h per diffuser.

Abstract: A jackpot triggering method comprising: determining a jackpot trigger value from a current value of at least one jackpot trigger parameter; generating a submission value in response to receipt of a contribution associated with a gaming device participating in the jackpot, by using a value of at least one contribution parameter associated with the contribution as a seed value to randomly generate the submission value; and making a jackpot award if the submission value corresponds to the jackpot trigger value.

Abstract: An electronic gaming machine, an electronic gaming machine method, and an electronic monitoring device for interfacing with a gaming machine are provided to permit game play for a time period and to allow subsequent periods of game play for the time period following the expiration of each preceding time period of game play. The arrangement permits monitoring data concerning the amount of game credits, winnings and losses on the gaming machine during each time period of game play. On the occurrence of aggregated losses reaching a set threshold amount there is inhibition of further game play for the remainder of the time period of game play. A computer programme code for enabling the above to be achieved is disclosed. A tangible computer readable medium comprising the programme code is also disclosed. A data signal comprising that programme code is also disclosed.

Abstract: A jackpot system comprising a first jackpot controller to act as a master jackpot controller and a second jackpot controller to act as either a master or a slave jackpot controller. The first jackpot controller acts as the master jackpot controller by conducting a jackpot during which the master jackpot controller aggregates jackpot data and periodically communicates the aggregated data to the second jackpot controller. The second jackpot controller acts initially as the slave jackpot controller and communicates jackpot data to the first jackpot controller for aggregation. The second jackpot controller stores the aggregated data received from the first jackpot controller and acts as the master controller if the master jackpot controller fails by continuing to conduct the jackpot based on the stored aggregated data and by aggregating further jackpot data.

Abstract: A jackpot triggering method comprising: determining a jackpot trigger value from a current value of at least one jackpot trigger parameter; generating a submission value in response to receipt of a contribution associated with a gaming device participating in the jackpot, by using a value of at least one contribution parameter associated with the contribution as a seed value to randomly generate the submission value; and making a jackpot award if the submission value corresponds to the jackpot trigger value.

Abstract: A jackpot system comprising at least two jackpot controllers including a first jackpot controller arranged to act at least as a master jackpot controller and a second jackpot controller arranged to act as either a master or a slave jackpot controller, the first jackpot controller arranged to act as the master jackpot controller by conducting at least one jackpot during which the master jackpot controller aggregates jackpot data and at least periodically communicates the aggregated data to at least the second jackpot controller, and the second jackpot controller arranged to act initially as the slave jackpot controller and communicate jackpot data to the first jackpot controller for aggregation, the second jackpot controller arranged to store the aggregated data received from the first jackpot controller and to act as the master controller if the master jackpot controller fails by continuing to conduct the at least one jackpot based on the stored aggregated data and by aggregating further jackpot data.

Abstract: A jackpot triggering method comprising: determining a jackpot trigger value from a current value of at least one jackpot trigger parameter; generating a submission value in response to receipt of a contribution associated with a gaming device participating in the jackpot, by using a value of at least one contribution parameter associated with the contribution as a seed value to randomly generate the submission value; and making a jackpot award if the submission value corresponds to the jackpot trigger value.

Abstract: A jackpot triggering method comprising: determining a jackpot trigger value from a current value of at least one jackpot trigger parameter; generating a submission value in response to receipt of a contribution associated with a gaming device participating in the jackpot, by using a value of at least one contribution parameter associated with the contribution as a seed value to randomly generate the submission value; and making a jackpot award if the submission value corresponds to the jackpot trigger value.

Abstract: A jackpot system comprising at least two jackpot controllers including a first jackpot controller arranged to act at least as a master jackpot controller and a second jackpot controller arranged to act as either a master or a slave jackpot controller, the first jackpot controller arranged to act as the master jackpot controller by conducting at least one jackpot during which the master jackpot controller aggregates jackpot data and at least periodically communicates the aggregated data to at least the second jackpot controller, and the second jackpot controller arranged to act initially as the slave jackpot controller and communicate jackpot data to the first jackpot controller for aggregation, the second jackpot controller arranged to store the aggregated data received from the first jackpot controller and to act as the master controller if the master jackpot controller fails by continuing to conduct the at least one jackpot based on the stored aggregated data and by aggregating further jackpot data.

Abstract: A method of gaming comprising conducting a jackpot having a jackpot prize awarded from a jackpot pool; receiving at least one player prediction of a final value of a parameter characterizing the jackpot prize when the jackpot is awarded determining that a jackpot prize is to be awarded; determining a final value of the parameter corresponding to the award of the jackpot; and determining whether to award one or more prizes from a prediction prize pool based on each player prediction and the final value.