Abstract: The system and method provide automated scheduling, monitoring and evaluation of repeated, alternating set of A/B tests arranged in a multidimensional pattern (hypercube). It provides a robust system and method for computationally repeated A/B testing while enabling easy adjustment of statistical power and other parameters. The statistical power of the system and method can be increased by increasing the number of repeated A/B tests over time. Furthermore, the system and method enables axis-wise (hypercube) evaluation of tests which allows comparison of the impact of creative content on different variables.

Abstract: A computer implemented method for managing a sound emitting device comprising: receiving data associated with operation of the sound emitting device at a predetermined location; processing said data to determine an operating characteristic of that device for that location; comparing the operating characteristic with a predetermined mathematical relationship to determine whether a difference exists; and identifying an input adjustment to correct the difference wherein the input adjustment optionally is within a predetermined range and optionally does not exceed a predetermined maximum increment; wherein the predetermined mathematical relationship is between an input variable and an output variable in respect of the sound emitting device.

Abstract: A computer implemented method for managing a sound emitting device comprising: receiving data associated with operation of the sound emitting device at a predetermined location; processing said data to determine an operating characteristic of that device for that location; comparing the operating characteristic with a predetermined mathematical relationship to determine whether a difference exists; and identifying an input adjustment to correct the difference wherein the input adjustment optionally is within a predetermined range and optionally does not exceed a predetermined maximum increment; wherein the predetermined mathematical relationship is between an input variable and an output variable in respect of the sound emitting device.

Abstract: A computer implemented method for managing a sound emitting device comprising: receiving data associated with operation of the sound emitting device at a predetermined location; processing said data to determine an operating characteristic of that device for that location; comparing the operating characteristic with a predetermined mathematical relationship to determine whether a difference exists; and identifying an input adjustment to correct the difference wherein the input adjustment optionally is within a predetermined range and optionally does not exceed a predetermined maximum increment; wherein the predetermined mathematical relationship is between an input variable and an output variable in respect of the sound emitting device.

Abstract: A computer implemented method for managing a sound emitting device comprising: receiving data associated with operation of the sound emitting device at a predetermined location; processing said data to determine an operating characteristic of that device for that location; comparing the operating characteristic with a predetermined mathematical relationship to determine whether a difference exists; and identifying an input adjustment to correct the difference wherein the input adjustment optionally is within a predetermined range and optionally does not exceed a predetermined maximum increment; wherein the predetermined mathematical relationship is between an input variable and an output variable in respect of the sound emitting device.

Abstract: The timing of an un-interruptible process in a set top box or other device can be automatically adjusted in response to user inputs to improve the user experience. A user instruction is received at an input of the user device that causes an uninterruptible process to begin or commence in the user device after a time delay measured from receipt of the initial instruction. One or more input of the device is monitored to determine whether a subsequent instruction is received within a time period. Based on this determination, the time delay applied to future un-interruptible processes is adjusted. By adjusting the time delay in response to user inputs, the time delay can be automatically matched to a user's preferences.

Abstract: A method for controlling the execution of a process in a user device, such as a set-top-box is provided. An instruction is received at an input of the user device from the user and this instruction causes an uninterruptible process to begin or commence in the user device after a time delay, measured preferably from receipt of the initial instruction. The input, or inputs, of the device is/are monitored to determine whether a subsequent instruction is received from the user within a time period. Based on this determination, the time delay applied to future processes is adjusted. By adjusting the time delay in response to input from the user, the time delay can be automatically matched to a user's preferences. By adjusting the time delay in response to input from the user, the time delay can be automatically matched to a user's preferences. A corresponding apparatus and computer program are also provided.

Abstract: A broadcast data receiver system is provided and a method of operating the system. The system includes a first broadcast data receiver (BDR) (2) located at a first location, typically in a premises. The BDR (2) receives video, audio and/or auxiliary digital data broadcast from a remote location via cable, satellite or terrestrial means. The BDR processes the data and displays the processed data on a display screen (10) and/or audio data via speakers connected thereto. At least a second broadcast data receiver (8) is provided at least a second location typically in the same premises. One of the first and second BDRs (2, 8) is made functional by a signal received from the other of the first and second BDRs, via a telecommunications line (4) provided in the premises and connecting the first and at least second BDRs together, thereby ensuring that both BDRs are connected before operation of the two BDRs can be achieved.

Abstract: A vehicle locating unit with improved power management. A receiver receives a signal from a network of communication sources. A signal strength monitoring subsystem determines which of the communication sources are transmitting the strongest signals. A power management subsystem is responsive to the signal strength monitoring subsystem and is configured to alternatively enter sleep and wake-up modes, synchronize the wake-up mode to the communication source transmitting the strongest signal, and test the signal strength of at least one additional communication source according to a predefined sequence.

Abstract: A vehicle locating unit with a receiver for receiving a signal from a network of communication sources, a transponder activated when a communication source sends a message to the receiver, and a power supply regulating circuit for regulating a nominal input voltage and powering the receiver and the transponder. A protection circuit is responsive to an injected input voltage and configured to clamp the injected (high level) input voltage at a predetermined maximum voltage.

Abstract: A vehicle locating unit features a receiver which receives a signal from a network of communication sources and a transponder activated when a communication source sends a message to the receiver. There is a transmitter for sending signals to the communication sources and a proof of life subsystem configured to periodically send a proof of life message via the transmitter to the communication sources.

Abstract: An embodiment provides a shift inhibitor apparatus. At least a portion of the range actuating assembly is moveable between a range first ratio and a range second ratio. The portion of the range actuating assembly is moveable, at least in part, in response to a fluid pressure. The range chamber is selectively in fluid communication with a vent. The shift inhibitor includes a main section neutral interlock having an interlock chamber. At least a portion of the main section neutral interlock is moveable between a first condition and a second condition. The interlock chamber is selectively in fluid communication with the vent. The range chamber can be exhausted such that the range section is selectively switched from the first ratio to the second ratio. The interlock chamber can be exhausted such that the main section neutral interlock is selectively switched from the first condition to the second condition.

Abstract: A broadcast data receiver system is provided and a method of operating the system. The system includes a first broadcast data receiver (BDR) (2) located at a first location, typically in a premises. The BDR (2) receives video, audio and/or auxiliary digital data broadcast from a remote location via cable, satellite or terrestrial means. The BDR processes the data and displays the processed data on a display screen (10) and/or audio data via speakers connected thereto. At least a second broadcast data receiver (8) is provided at least a second location typically in the same premises. One of the first and second BDRs (2, 8) is made functional by a signal received from the other of the first and second BDRs, via a telecommunications line (4) provided in the premises and connecting the first and at least second BDRs together, thereby ensuring that both BDRs are connected before operation of the two BDRs can be achieved.

Abstract: A television system is provided which includes a display means having a number of selectable channels and a digital data receiver connected thereto. Data is transmitted from the receiver to the television for viewing when a designated television channel is selected. The system further includes a remote control device, which can be selectively used to control the television set and receiver functions and, if a function selection is made with respect to the television set, an indicative signal is also sent to the receiver.

Abstract: An assembly for the administering of liquid, such as medicines, saline solutions, etc. intravenously to a patient incorporating a sterile, closed system specifically designed for set-up and use by a patient in a domestic environment and in situations where the patient administers fluid to himself with a minimum of medical personnel supervision or aid.

Abstract: A cover assembly designed specifically to removably cover and thereby protect the exterior exposed surface of a housing or support for an exteriorly mounted mirror on an automobile or like vehicle commonly known as rear-view mirrors or side mirrors thereby protecting the finish of the exposed surface of the mirror mount from blemishes, stains, scratches, and generally the harsh environment to which such surface is subjected during the normal travel of a vehicle without detracting from the appearance of the mirror mount or the vehicle itself.