Abstract: A method for providing a differentiated feature to a first user equipment (UE) connected to a local area network (LAN) implemented by a router connected to a customer premises equipment (CPE) provisioned with a default feature associated with a first service tier of a plurality of service tiers provided by an internet service provider includes obtaining data indicating the first UE has connected to the LAN and determining the first UE is eligible for a second service tier of the different tiers. In response to determining the first UE is eligible for the second service tier, the method includes causing the CPE to be dynamically provisioned for a differentiated service associated with the second service tier. The method includes sending a message to the router to configure the router to provide the differentiated feature to the first UE.

Abstract: According to one configuration, a mobile communication device is in communication with a network. During operation, the mobile communication device executes a monitor application associated with embedded SIM (Subscriber Identity Module) information downloaded to programmable hardware of the mobile communication device. The monitor application is received as a portion of the embedded SIM information. Via the executed monitor application: the monitor application monitors a status of the embedded SIM information and then communicates the status over a network to a remote communication management resource.

Abstract: An enclosure state, e.g., enclosed or not enclosed, of a communications device is determined based upon one or more of: i) a selected set of environmental sensor measurements, performed by the communications device, ii) a corresponding set of expected outdoor environmental conditions, e.g., sourced from a weather server, iii) weighting factors corresponding to each of the environmental conditions, and/or iv) a threshold value. The communications device performs one or more actions based on the determined enclosure state, enclosed, e.g. indoors, or not enclosed, e.g. outdoors. Exemplary actions include controlling a transmitter or receiver setting, communicating the enclosure state determination to an emergency responder or controlling an application resident on the communications device based on the determined enclosure state. Various exemplary actions contribute to efficient use of communications device resources, e.g.

Abstract: A method for providing a differentiated feature to a first user equipment (UE) connected to a local area network (LAN) implemented by a router connected to a customer premises equipment (CPE) provisioned with a default feature associated with a first service tier of a plurality of service tiers provided by an internet service provider includes obtaining data indicating the first UE has connected to the LAN and determining the first UE is eligible for a second service tier of the different tiers. In response to determining the first UE is eligible for the second service tier, the method includes causing the CPE to be dynamically provisioned for a differentiated service associated with the second service tier. The method includes sending a message to the router to configure the router to provide the differentiated feature to the first UE.

Abstract: According to one configuration, a mobile communication device is in communication with a network. During operation, the mobile communication device executes a monitor application associated with embedded SIM (Subscriber Identity Module) information downloaded to programmable hardware of the mobile communication device. The monitor application is received as a portion of the embedded SIM information. Via the executed monitor application: the monitor application monitors a status of the embedded SIM information and then communicates the status over a network to a remote communication management resource.

Abstract: An enclosure state, e.g., enclosed or not enclosed, of a communications device is determined based upon one or more of: i) a selected set of environmental sensor measurements, performed by the communications device, ii) a corresponding set of expected outdoor environmental conditions, e.g., sourced from a weather server, iii) weighting factors corresponding to each of the environmental conditions, and/or iv) a threshold value. The communications device performs one or more actions based on the determined enclosure state, enclosed, e.g. indoors, or not enclosed, e.g. outdoors. Exemplary actions include controlling a transmitter or receiver setting, communicating the enclosure state determination to an emergency responder or controlling an application resident on the communications device based on the determined enclosure state. Various exemplary actions contribute to efficient use of communications device resources, e.g.

Abstract: A user device includes and maintains a geolocation list (GLL) including sets of information corresponding to Citizens Broadband radio Services Devices (CBSDs). The GLL stored in the user device contains entries corresponding to the areas most recently visited by the UE, each entry including location information of a CBSD. User devices typically frequent a limited set of the same areas repetitively. Thus this maintained relatively small list provides the UE with a highly relevant set of information which can be quickly accessed without additional wireless signaling and the additional power loss associated with a typical search. When the UE desires to find and connect to a CBSD, the UE first searches its GLL for a CBSD providing coverage in its currently located area. However, if GLL search does not identify a CBSD, then the UE sends a request to a geolocation server for active CBSDs.

Abstract: An enclosure state, e.g., enclosed or not enclosed, of a communications device is determined based upon one or more of: i) a selected set of environmental sensor measurements, performed by the communications device, ii) a corresponding set of expected outdoor environmental conditions, e.g., sourced from a weather server, iii) weighting factors corresponding to each of the environmental conditions, and/or iv) a threshold value. The communications device performs one or more actions based on the determined enclosure state, enclosed, e.g. indoors, or not enclosed, e.g. outdoors. Exemplary actions include controlling a transmitter or receiver setting, communicating the enclosure state determination to an emergency responder or controlling an application resident on the communications device based on the determined enclosure state. Various exemplary actions contribute to efficient use of communications device resources, e.g.

Abstract: An enclosure state, e.g., enclosed or not enclosed, of a communications device is determined based upon one or more of: i) a selected set of environmental sensor measurements, performed by the communications device, ii) a corresponding set of expected outdoor environmental conditions, e.g., sourced from a weather server, iii) weighting factors corresponding to each of the environmental conditions, and/or iv) a threshold value. The communications device performs one or more actions based on the determined enclosure state, enclosed, e.g. indoors, or not enclosed, e.g. outdoors. Exemplary actions include controlling a transmitter or receiver setting, communicating the enclosure state determination to an emergency responder or controlling an application resident on the communications device based on the determined enclosure state. Various exemplary actions contribute to efficient use of communications device resources, e.g.

Abstract: According to one configuration, a mobile communication device is in communication with a network. During operation, the mobile communication device executes a monitor application associated with embedded SIM (Subscriber Identity Module) information downloaded to programmable hardware of the mobile communication device. The monitor application is received as a portion of the embedded SIM information. Via the executed monitor application: the monitor application monitors a status of the embedded SIM information and then communicates the status over a network to a remote communication management resource.

Abstract: A user device includes and maintains a geolocation list (GLL) including sets of information corresponding to Citizens Broadband radio Services Devices (CBSDs). The GLL stored in the user device contains entries corresponding to the areas most recently visited by the UE, each entry including location information of a CBSD. User devices typically frequent a limited set of the same areas repetitively. Thus this maintained relatively small list provides the UE with a highly relevant set of information which can be quickly accessed without additional wireless signaling and the additional power loss associated with a typical search. When the UE desires to find and connect to a CBSD, the UE first searches its GLL for a CBSD providing coverage in its currently located area. However, if GLL search does not identify a CBSD, then the UE sends a request to a geolocation server for active CBSDs.

Abstract: A user device includes and maintains a geolocation list (GLL) including sets of information corresponding to Citizens Broadband radio Services Devices (CBSDs). The GLL stored in the user device contains entries corresponding to the areas most recently visited by the UE, each entry including location information of a CBSD. User devices typically frequent a limited set of the same areas repetitively. Thus this maintained relatively small list provides the UE with a highly relevant set of information which can be quickly accessed without additional wireless signaling and the additional power loss associated with a typical search. When the UE desires to find and connect to a CBSD, the UE first searches its GLL for a CBSD providing coverage in its currently located area. However, if GLL search does not identify a CBSD, then the UE sends a request to a geolocation server for active CBSDs.

Abstract: A user device includes and maintains a geolocation list (GLL) including sets of information corresponding to Citizens Broadband radio Services Devices (CBSDs). The GLL stored in the user device contains entries corresponding to the areas most recently visited by the UE, each entry including location information of a CBSD. User devices typically frequent a limited set of the same areas repetitively. Thus this maintained relatively small list provides the UE with a highly relevant set of information which can be quickly accessed without additional wireless signaling and the additional power loss associated with a typical search. When the UE desires to find and connect to a CBSD, the UE first searches its GLL for a CBSD providing coverage in its currently located area. However, if GLL search does not identify a CBSD, then the UE sends a request to a geolocation server for active CBSDs.

Abstract: A user device includes and maintains a geolocation list (GLL) including sets of information corresponding to Citizens Broadband radio Services Devices (CBSDs). The GLL stored in the user device contains entries corresponding to the areas most recently visited by the UE, each entry including location information of a CBSD. User devices typically frequent a limited set of the same areas repetitively. Thus this maintained relatively small list provides the UE with a highly relevant set of information which can be quickly accessed without additional wireless signaling and the additional power loss associated with a typical search. When the UE desires to find and connect to a CBSD, the UE first searches its GLL for a CBSD providing coverage in its currently located area. However, if GLL search does not identify a CBSD, then the UE sends a request to a geolocation server for active CBSDs.