Abstract: A device may receive a request to initiate an audio test and may generate, based on the request, one or more instructions to control a bone transducer device and a microphone device. The device may send the one or more instructions to a control device and may receive, after sending the one or more instructions, audio data from the control device. The device may process the audio data to determine whether the audio data includes an otoacoustic emission (OAE) and may cause at least one action to be performed based on determining whether the OAE is included in the audio data.

Abstract: A device may receive a request to initiate an audio test and may generate, based on the request, one or more instructions to control a bone transducer device and a microphone device. The device may send the one or more instructions to a control device and may receive, after sending the one or more instructions, audio data from the control device. The device may process the audio data to determine whether the audio data includes an otoacoustic emission (OAE) and may cause at least one action to be performed based on determining whether the OAE is included in the audio data.

Abstract: A system for generating an edible decorative item for a food product is provided. The system includes a computer including a processor for executing computer program codes. The computer also includes a display device for displaying a user interface. The system also includes an image forming apparatus including a spongeless ink cartridge for storing an edible ink. The spongeless ink cartridge does not include a sponge. The image forming apparatus also includes an image forming unit for forming an image on an edible image formation medium to generate the edible decorative item.

Abstract: A system for generating an edible decorative item for a food product is provided. The system includes a computer including a processor for executing computer program codes. The computer also includes a display device for displaying a user interface. The system also includes an image forming apparatus including a spongeless ink cartridge for storing an edible ink. The spongeless ink cartridge does not include a sponge. The image forming apparatus also includes an image forming unit for forming an image on an edible image formation medium to generate the edible decorative item.

Abstract: A system for generating an edible decorative item for a food product is provided. The system includes a computer including a processor for executing computer program codes. The computer also includes a display device for displaying a user interface. The system also includes an image forming apparatus including a spongeless ink cartridge for storing an edible ink. The spongeless ink cartridge does not include a sponge. The image forming apparatus also includes an image forming unit for forming an image on an edible image formation medium to generate the edible decorative item.

Abstract: A detector circuit for determining whether synchronization lock has been optimally achieved in feedback-type control systems. The detector circuit evaluates an error signal developed by a phase/frequency detector and compares the absolute magnitude of the error signal to a first threshold signal corresponding to a magnitude metric. When the value of the error signal is less than the magnitude threshold value, an event signal initiates a time interval counter which continues counting so long as the error signal remains below the magnitude threshold value. The time interval counter continues until it counts to a second threshold value corresponding to a timing metric. At this point, synchronization lock is declared.

Abstract: A detector circuit for determining whether synchronization lock has been optimally achieved in feedback-type control systems. The detector circuit evaluates an error signal developed by a phase/frequency detector and compares the absolute magnitude of the error signal to a first threshold signal corresponding to a magnitude metric. When the value of the error signal is less than the magnitude threshold value, an event signal initiates a time interval counter which continues counting so long as the error signal remains below the magnitude threshold value. The time interval counter continues until it counts to a second threshold value corresponding to a timing metric. At this point, synchronization lock is declared.

Abstract: A detector circuit for determining whether synchronization lock has been optimally achieved in feedback-type control systems. The detector circuit evaluates an error signal developed by a phase/frequency detector and compares the absolute magnitude of the error signal to a first threshold signal corresponding to a magnitude metric. When the value of the error signal is less than the magnitude threshold value, an event signal initiates a time interval counter which continues counting so long as the error signal remains below the magnitude threshold value. The time interval counter continues until it counts to a second threshold value corresponding to a timing metric. At this point, synchronization lock is declared.

Abstract: A detector circuit for determining whether synchronization lock has been optimally achieved in feedback-type control systems. The detector circuit evaluates an error signal developed by a phase/frequency detector and compares the absolute magnitude of the error signal to a first threshold signal corresponding to a magnitude metric. When the value of the error signal is less than the magnitude threshold value, an event signal imitates a time interval counter which continues counting so long as the error signal remains below the magnitude threshold value. The time interval counter continues until it counts to a second threshold value corresponding to a timing metric. At this point, synchronization lock is declared.