Qualcomm Incorporated

Baton Intelligent Power Limited

Rohit Joshi

Bhaskara Viswanadham Batchu

Shivank Nayak

Aditya Kailash Bohra

Qin Xue Frantti

Gadigeppa Malagund

Ragini Jain

Shravana Kumar Musunuri

Sneha Shirish Khole

Ejazahmed Yergudi

Payal Rawat

Rahul Panday

A system and method for calculating real-time carbon emissions at a distribution substation level and at an individual device level is disclosed. A substation controller is provided at the utility substation that is in operable communication with one or more devices via a demand response protocol, the demand response protocol including demand response signals transferrable from the substation controller to the one or more devices and demand response signals transferrable from the one or more devices to the substation controller. A carbon emissions calculator module is embedded in the substation controller and/or the devices that is programmed to identify or receive power consumption data from respective devices and calculate carbon emissions for the respective devices based on the power consumption data. Carbon emissions data may be provided to the substation controller to provide for a determination and output of the calculated carbon emissions for each of the one more devices.

System and method for real-time carbon emissions calculation for electrical devices

Various embodiments implemented on a mobile communication device leverage the availability of multiple RATs to receive service from a combination of RATs that avoids the potential for inter-RAT coexistence interference. A mobile communication device processor may determine whether there is a likelihood of inter-RAT coexistence interference between a first RAT and a second RAT. In response to determining that there is a likelihood of interference occurring between the first RAT and the second RAT, the device processor may attempt to receive service with the first RAT and a third RAT that will not interfere with the first RAT. The device processor may monitor conditions to recognize when the likelihood of interference no longer exists between the first RAT and the second RAT, and reestablish service with the second RAT when that happens. Thus, the device processor may ensure that service is only acquired with non-interfering RATs.

Avoidance of interference during simultaneous multi-active technologies in global mode

The various embodiments include methods and apparatuses for avoiding interference scenarios during concurrent communication of dual-technology wireless communication devices. Interference scenarios may be avoided by predicatively determining the potential for interference between the channels of multiple communications on the dual-technology wireless communication devices. For a pending communication, a predicative calculation may be made to determine whether the channel of the pending communication and the channel of an active communication may interfere with each other. If so, the communication with a lower priority may switch to the highest powered channel that does not interfere with the higher priority communication. Once the interference condition expires, and the lower priority communication persists, its channel may switch to a higher power channel that will not cause interference with any active or pending communications. Switching the channel for a communication may be prompted by electromagnetic interference from components of the dual-technology wireless communication devices.

Enhanced mobile standby performance during simultaneous dual-technology communication by avoiding interference scenarios

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Uttarakhand, India

Rohit Joshi