Abstract: Apparatuses, media, and methods associated with providing guidance while performing tasks are described. Guidance can be provided in the form of directions for reaching a destination. For example, the guidance can include determining a destination and/or providing directions to reach the destination in the least amount of time. The guidance can include directions in the form of audible turn by turn instructions, a route shown on a map, and/or indications by streetlights or street signs (e.g., the route to the destination is indicated by flashing streetlights or words shown on street signs), among other types of guidance. Guidance can be provided in the form of instructions for performing a task. For example, the guidance can include instructions for treating a medical condition of an individual in an ambulance.

Abstract: Pulse detection in microelectronic devices, and related methods, devices, and systems, are described herein. A device may detect and compare a number of pulses of a signal to a timing aperture to determine if any of the number of pulses is unacceptable. The timing aperture, which may be based on a timing signal and/or one or more pulse width thresholds, may define an acceptable pulse versus an unacceptable pulse.

Abstract: Glitch detection in microelectronic devices, and related methods, devices, and systems, are described herein. A device may detect and compare a number of pulses of a signal to a timing aperture to determine if any of the number of pulses is a glitch. The timing aperture, which may be based on a timing signal and/or one or more pulse width thresholds, may define an acceptable pulse versus a problematic glitch.

Abstract: Glitch detection in microelectronic devices, and related methods, devices, and systems, are described herein. A device may detect and compare a number of pulses of a signal to a timing aperture to determine if any of the number of pulses is a glitch. The timing aperture, which may be based on a timing signal and/or one or more pulse width thresholds, may define an acceptable pulse versus a problematic glitch.

Abstract: Methods and non-transitory machine-readable media associated with clothing recommendations are described. Clothing recommendations can include identifying, using a model built based on input data previously received in association with an article of clothing associated with a child, physical data associated with the child, and image data of the child with a reference object, output data representative of a clothing size recommendation for the child and sending, in response to a user request or a data refresh, the clothing size recommendation, a different article of clothing recommendation for the child based at least in part on the output data, or both, to a user device.

Abstract: A system and method for forming an external tuner device and initializing the external device includes an enclosed over-the-air tuner housing having a over-the-air television tuner therein, an input power connector coupled to the housing, an antenna input coupled to the housing, a tuner signal output coupled to the housing and a dual over-the-air tuner circuit module disposed within the tuner housing in communication with the input power connector, the antenna input and the tuner signal output. The dual over-the-air tuner circuit module generates a first tuner signal from a first tuner and a second tuner signal from a second tuner and communicates the first tuner signal and the second tuner signal through the tuner signal output.

Abstract: A receiving unit 28 includes a tuner circuit board 100 that receives a first signal that may include a satellite signal. The tuner circuit board 100 demodulates the satellite signal to form a second signal. The second signal is provided to an internet protocol (IP) and control module circuit board 102 that is separated from the tuner circuit board 100. The internet protocol (IP) and control module circuit board 102 formats the second signal to form an IP encapsulated signal. The IP encapsulated signal is communicated to a device 44 so that a display 46 may be generated.

Abstract: A receiving unit 28 includes a plurality of tuner and processor circuit boards 104 that receives a plurality of satellite signals. The tuner and processor circuit boards 104 demodulate and decode the satellite signal to form a plurality of audio and video signals. The plurality of audio and video signals are provided to a modulator and combiner circuit board 110 that is separated from the plurality of tuner circuit boards 104. The modulator and combiner circuit board 104 receives the plurality of audio and video signals and modulates and combines the plurality of audio and video signals to form a modulated and combined output signal. The receiving unit 28 has an integrated bus 100 coupling the plurality of tuner and processor circuit boards with the modulator and combiner circuit board.

Abstract: A fax machine includes a print controller, a fax controller and random access memory. Generic control code is stored in ROM of the print controller, and paper path code is stored in ROM of the fax controller. Upon startup of the fax machine, the fax controller passes copies of paper path code functions and variable values to the print controller. The print controller, in turn, writes the variable values to a jump table in the random access memory, writes the functions to designated portions of the random access memory, and writes starting addresses of the functions to the jump table. During operation of the fax machine, the print controller executes the generic control code and uses the jump table to access the variable values and to execute the functions. Thus, the jump table allows the print controller to interface the generic control code with the device-specific variable values and the functions.