Abstract: Disclosed are apparatuses, systems, and techniques that improve efficiency and quality of data streaming in time-sensitive network communications. The techniques include but are not limited to proactive replacement of packets in network communications that use forward error correction techniques. Proactive replacement of packets that have been lost or can potentially become lost reduces network latency and increases the number of timely communicated data messages.

Abstract: A system includes a bus and a component interconnected via the bus. The component may enter a sleep mode during a period of no data transmission involving the component.

Abstract: A wireless communication device (alternatively, device) includes a processing circuitry configured to support communications with other wireless communication device(s) and to generate and process signals for such communications. In some examples, the device includes a communication interface and a processing circuitry, among other possible circuitries, components, elements, etc. to support communications with other wireless communication device(s) and to generate and process signals for such communications. A device communicates with other devices informing them of energy, power, etc. management operation (e.g., with respect to low power or sleep mode). When the device receives responses from each of the other devices that they are informed of the operation of the device, then device performs such energy, power, etc. management. Alternatively, when response(s) are not received from all of the other devices, the device performs such energy, power, etc. management after a period of time (e.g.

Abstract: A system includes a bus and a component interconnected via the bus. The component may enter a sleep mode during a period of no data transmission involving the component.

Abstract: A system includes a bus and a component interconnected via the bus. The component may enter a sleep mode during a period of no data transmission involving the component.

Abstract: A control point, such as a laptop, phone, wireless access point, or other device, transmits beacons to receiving stations in a wireless network. The control point may reduce power and bandwidth consumption by transmitting beacons with smaller payloads and/or less frequently to sectors with no associated stations. The stations, which may include laptops, phones, or other devices may reduce power consumption be powering on their antennas when beacons may be transmitted to their sectors.

Abstract: A wireless communication device (alternatively, device) includes a processing circuitry configured to support communications with other wireless communication device(s) and to generate and process signals for such communications. In some examples, the device includes a communication interface and a processing circuitry, among other possible circuitries, components, elements, etc. to support communications with other wireless communication device(s) and to generate and process signals for such communications. A device communicates with other devices informing them of energy, power, etc. management operation (e.g., with respect to low power or sleep mode). When the device receives responses from each of the other devices that they are informed of the operation of the device, then device performs such energy, power, etc. management. Alternatively, when response(s) are not received from all of the other devices, the device performs such energy, power, etc. management after a period of time (e.g.

Abstract: An electronic device may communicate according to a first communication standard and a second communication standard. The first communication standard may have a longer communication range than the second communication standard. The electronic device may send a capability indication through the first communication standard. The capability indication may indicate the electronic device is capable of communicating according to the second communication standard with a shorter communication range than the first communication standard. The electronic device may discover a second electronic device capable of communicating according to the second communication standard and positioned outside of a non-extended communication range of the second communication standard.

Abstract: A control point, such as a laptop, phone, wireless access point, or other device, transmits beacons to receiving stations in a wireless network. The control point may reduce power and bandwidth consumption by transmitting beacons with smaller payloads and/or less frequently to sectors with no associated stations. The stations, which may include laptops, phones, or other devices may reduce power consumption be powering on their antennas when beacons may be transmitted to their sectors.

Abstract: A device and method for managing power in a wireless telecommunication system. A telecommunication device operates in a power saving mode during a sleep interval whenever possible to minimize power drain. The telecommunication device monitors various device, channel and network parameters and dynamically adjusts the duration of the sleep interval based on the monitored parameters in order to optimize power savings.

Abstract: A control point, such as a laptop, phone, wireless access point, or other device, transmits beacons to receiving stations in a wireless network. The control point may reduce power and bandwidth consumption by transmitting beacons with smaller payloads and/or less frequently to sectors with no associated stations. The stations, which may include laptops, phones, or other devices may reduce power consumption be powering on their antennas when beacons may be transmitted to their sectors.

Abstract: Disclosed is a method of wireless communication for use by a device and the associated device. The method includes receiving a data transfer schedule and determining that the data transfer schedule includes an isochronous traffic stream for the device. After the determining, the method includes extracting an allocation period of the isochronous traffic stream from the data transfer schedule, determining a wakeup schedule for the device having a sleep interval based on the allocation period, and entering a power save mode using the wakeup schedule. The method may further include determining that the data transfer schedule does not include an isochronous traffic stream for the device. After this determining, the method may include requesting a wakeup schedule of a source device, and determining the wakeup schedule for the device having the sleep interval based on the wakeup schedule for the source device entering a power save mode using the wakeup schedule for the device.

Abstract: An electronic device may communicate according to a first communication standard and a second communication standard. The first communication standard may have a longer communication range than the second communication standard. The electronic device may send a capability indication through the first communication standard. The capability indication may indicate the electronic device is capable of communicating according to the second communication standard with a shorter communication range than the first communication standard. The electronic device may discover a second electronic device capable of communicating according to the second communication standard and positioned outside of a non-extended communication range of the second communication standard.

Abstract: An electronic device may communicate according to a first communication standard and a second communication standard. The first communication standard may have a longer communication range than the second communication standard. The electronic device may send a capability indication through the first communication standard. The capability indication may indicate the electronic device is capable of communicating according to the second communication standard with a shorter communication range than the first communication standard. The electronic device may discover a second electronic device capable of communicating according to the second communication standard and positioned outside of a non-extended communication range of the second communication standard.

Abstract: A control point, such as a laptop, phone, wireless access point, or other device, transmits beacons to receiving stations in a wireless network. The control point may reduce power and bandwidth consumption by transmitting beacons with smaller payloads and/or less frequently to sectors with no associated stations. The stations, which may include laptops, phones, or other devices may reduce power consumption be powering on their antennas when beacons may be transmitted to their sectors.

Abstract: A system includes a bus and a component interconnected via the bus. The component may enter a sleep mode during a period of no data transmission involving the component.

Abstract: Provided are systems and methods for execution by a core of a peripheral component to provide power management for a data bus in a electronic device, such as a mobile electronic device. One method comprises determining whether a device in the peripheral component is inactive, transmitting a request for deactivation of at least one data channel to the device, receiving a command to deactivate the at least one data channel, determining whether any remaining devices in the peripheral component are active, and placing the peripheral component in a first low power mode wherein the core remains active in order to monitor a data bus clock.

Abstract: An electronic device may communicate according to a first communication standard and a second communication standard. The first communication standard may have a longer communication range than the second communication standard. The electronic device may send a capability indication through the first communication standard. The capability indication may indicate the electronic device is capable of communicating according to the second communication standard with a shorter communication range than the first communication standard. The electronic device may discover a second electronic device capable of communicating according to the second communication standard and positioned outside of a non-extended communication range of the second communication standard.

Abstract: A device and method for managing power in a wireless telecommunication system. A telecommunication device operates in a power saving mode during a sleep interval whenever possible to minimize power drain. The telecommunication device monitors various device, channel and network parameters and dynamically adjusts the duration of the sleep interval based on the monitored parameters in order to optimize power savings.

Abstract: System and method for active scanning of wireless channels is described. An example method may include transmitting, by a first wireless device, a request to enter a sleep mode and a sleep mode schedule to a second wireless device, the sleep mode schedule specifying a sleep period for the first wireless device going to sleep, and scanning one or more wireless channels, by the first wireless device after transmitting the sleep mode schedule and during the sleep period, to find a third wireless device for communication with the first wireless device. The method may also include communicating, by the first wireless device, during the sleep period, with the third wireless device. Such a scan may be a passive scan or an active scan.