Abstract: A session control method includes establishing a locationing session between a mobile device and a remotely located server over a network, sending information related to the geographical location of the mobile device to the remotely located server after establishing the locationing session, and providing two or more notifications via the mobile device, at predetermined intervals or in response to an event, that the locationing session is active. The user may then validate or invalidate the active session, thereby providing greater control of such information. Additional configuration options are provided to the user in order to control the nature and distribution of such locationing data.

Abstract: A session control method includes establishing a locationing session between a mobile device and a remotely located server over a network, sending information related to the geographical location of the mobile device to the remotely located server after establishing the locationing session, and providing two or more notifications via the mobile device, at predetermined intervals or in response to an event, that the locationing session is active. The user may then validate or invalidate the active session, thereby providing greater control of such information. Additional configuration options are provided to the user in order to control the nature and distribution of such locationing data.

Abstract: Generic messaging and protocols are provided for handset-to-handset communications in accordance with, for example, the Secure User Plane Location (SUPL) protocol. A mobile device initiates a geolocation-related session with a second mobile device by sending a message, including a payload, to a server (e.g., an H-SLP server) over a network. A data connection is the established between the second mobile device and the server in response to the message. A message, including the payload, is then sent to the second mobile device. The payload may include geolocation (e.g., GPS) information, such that two mobile devices may collaboratively share information regarding the other's geographical location.

Abstract: Generic messaging and protocols are provided for handset-to-handset communications in accordance with, for example, the Secure User Plane Location (SUPL) protocol. A mobile device initiates a geolocation-related session with a second mobile device by sending a message, including a payload, to a server (e.g., an H-SLP server) over a network. A data connection is the established between the second mobile device and the server in response to the message. A message, including the payload, is then sent to the second mobile device. The payload may include geolocation (e.g., GPS) information, such that two mobile devices may collaboratively share information regarding the other's geographical location.

Abstract: A session control method includes establishing a locationing session between a mobile device and a remotely located server over a network, sending information related to the geographical location of the mobile device to the remotely located server after establishing the locationing session, and providing two or more notifications via the mobile device, at predetermined intervals or in response to an event, that the locationing session is active. The user may then validate or invalidate the active session, thereby providing greater control of such information. Additional configuration options are provided to the user in order to control the nature and distribution of such locationing data.