Abstract: The present disclosure is directed to methods and systems for remote access hardware testing. A user can remotely control probes connected to an oscilloscope to collect signal measurements of test points on a circuit board. The user can control the probe point position on the circuit board using an application on a device to enter the test point locations. In some implementations, a user controls the probe machine using remote controls and a camera video feed to identify the test points on the circuit board and capture measurements. The hardware testing system can automate the measurement process with a script or by using machine learning to identify test points via a camera, controlling the probe machine, and capturing measurements of the test point.

Abstract: The present disclosure is directed to methods and systems for remote access hardware testing. A user can remotely control probes connected to an oscilloscope to collect signal measurements of test points on a circuit board. The user can control the probe point position on the circuit board using an application on a device to enter the test point locations. In some implementations, a user controls the probe machine using remote controls and a camera video feed to identify the test points on the circuit board and capture measurements. The hardware testing system can automate the measurement process with a script or by using machine learning to identify test points via a camera, controlling the probe machine, and capturing measurements of the test point.

Abstract: A method of operating a mesh router AP device includes: receiving a first signal transmitted by a client device, obtaining a first received signal strength indicator value based on the first signal transmitted by the client device, generating a first power level value based on the first received signal strength indicator value, and transmitting a first message to the client device based on the first power level value.

Abstract: A method of operating a wireless system including an access point and a client device. The access point receives audio data and video data, transmits the audio data and video data using a first MCS, and transmits the audio data using a second MCS, where a code rate of the first MCS is greater than a code rate of the second MCS. The client device receives the audio data and the video data using the first MCS, receives the audio data using the second MCS, provides a first output that is generated using the audio data and the video data received using the first MCS, detects an interruption in the receiving of the audio data and the video data using the first MCS, and in response to detecting the interruption, provides a second output that is generated using the audio data received using the second MCS.

Abstract: The present disclosure is directed to methods and systems for remote access hardware testing. A user can remotely control probes connected to an oscilloscope to collect signal measurements of test points on a circuit board. The user can control the probe point position on the circuit board using an application on a device to enter the test point locations. In some implementations, a user controls the probe machine using remote controls and a camera video feed to identify the test points on the circuit board and capture measurements. The hardware testing system can automate the measurement process with a script or by using machine learning to identify test points via a camera, controlling the probe machine, and capturing measurements of the test point.

Abstract: Various embodiments of apparatus, systems (e.g., a gateway device) and/or methods are described for internet managing bandwidth and data usage. A category is assigned for each respective connected device in a stored list of the connected devices based on a function of each respective connected device. A priority list of the connected devices is created with regard to bandwidth use based on the category of the respective connected device. Bandwidth is provided to the connected devices based on the priority list. Also, a data reserve being less than a total recurring data cap is created. In response to determining a predefined data threshold has been met during a recurring period, non-critical functions of the connected devices are disabled for a remainder of the recurring period based on the priority list while allowing data communications with critical functions for the remainder of the recurring period.