Abstract: Descriptive location information is associated with and displayed with a photograph taken on a wireless communication device. The descriptive location information is derived from raw location data received from a global positioning system (GPS) receiver in the wireless communication device. The raw location data is cross-referenced with descriptive location information contained within, for example, look-up tables in a memory of the device. The descriptive location information describes the location where the image was taken, for example, a city, a landmark, a distance from a city or landmark, and is visible to a user on the image displayed on a screen of the wireless device or another device.

Abstract: Descriptive location information is associated with and displayed with a photograph taken on a wireless communication device. The descriptive location information is derived from raw location data received from a global positioning system (GPS) receiver in the wireless communication device. The raw location data is cross-referenced with descriptive location information contained within, for example, look-up tables in a memory of the device. The descriptive location information describes the location where the image was taken, for example, a city, a landmark, a distance from a city or landmark, and is visible to a user on the image displayed on a screen of the wireless device or another device.

Abstract: Systems and methods allow a mobile wireless communication device user to designate a priority level of the contacts in a contact list. During an existing call, incoming higher priority calls can be handled differently than lower priority calls. For example, higher priority calls can be automatically answered, without any need to review the contact. Lower priority call can be automatically sent directly to an answering service, instead of interrupting an existing higher priority call.