Abstract: A computing device is operated to detect a signal generated from an inductive signal interface. The detected signal may be generated by the device's inductive signal interface being in operational proximity to an inductive signal interface of another device. A notification feedback is generated that confirms an event related to the first and second computing device inductively signaling one another.

Abstract: A device is enabled to establish a secure and persistent pairing with one another across a communication medium, using credential information that is exchanged out-of-band.

Abstract: Network connectivity may be managed on a computing device. An identifier of each wireless access point or network that is available at a given location is determined. The identifier determined without the device attempting to connect to any available wireless access point or network at the given location. Each determined identifier is compared to one or more network identifiers that are known to the device. The device connects to an available wireless access point having the identifier that is known and detected.

Abstract: A technique to navigate through one or more menus of a handheld computer is disclosed. In one embodiment, the technique uses a handheld device having a first button to cause a cursor to navigate through a plurality of menu items and to highlight a desired menu item. The device also has a second button to cause the cursor to navigate through a plurality of menus when the cursor is highlighting one of the menus or a first menu item, and to cause the cursor to highlight a previous menu item when the cursor is highlighting a menu item other than the first menu item.

Abstract: A computing device is operated to detect a signal generated from an inductive signal interface. The detected signal may be generated by the device's inductive signal interface being in operational proximity to an inductive signal interface of another device. A notification feedback is generated that confirms an event related to the first and second computing device inductively signaling one another.

Abstract: A device is enabled to establish a secure and persistent pairing with one another across a communication medium, using credential information that is exchanged out-of-band.

Abstract: Network connectivity may be managed on a computing device. An identifier of each wireless access point or network that is available at a given location is determined. The identifier determined without the device attempting to connect to any available wireless access point or network at the given location. Each determined identifier is compared to one or more network identifiers that are known to the device. The device connects to an available wireless access point having the identifier that is known and detected.

Abstract: Network connectivity may be managed on a computing device. An identifier of each wireless access point or network that is available at a given location is determined. The identifier determined without the device attempting to connect to any available wireless access point or network at the given location. Each determined identifier is compared to one or more network identifiers that are known to the device. The device connects to an available wireless access point having the identifier that is known and detected.

Abstract: A technique to navigate through one or more menus of a handheld computer is disclosed. In one embodiment, the technique uses a handheld device having a first button to cause a cursor to navigate through a plurality of menu items and to highlight a desired menu item. The device also has a second button to cause the cursor to navigate through a plurality of menus when the cursor is highlighting one of the menus or a first menu item, and to cause the cursor to highlight a previous menu item when the cursor is highlighting a menu item other than the first menu item.

Abstract: A technique to navigate through one or more menus of a handheld computer is disclosed. In one embodiment, the technique uses a handheld device having a first button to cause a cursor to navigate through a plurality of menu items and to highlight a desired menu item. The device also has a second button to cause the cursor to navigate through a plurality of menus when the cursor is highlighting one of the menus or a first menu item, and to cause the cursor to highlight a previous menu item when the cursor is highlighting a menu item other than the first menu item.

Abstract: A method and system for synchronizing two computer systems supporting multiple synchronization techniques is described. In one example system, a portable computer system is loaded with synchronization transport modules. In application on the portable computer system is executed causing the application to automatically recognize the synchronization transport modules. The portable computer system receives a selection corresponding to one of the two synchronization transport modules. The selection could be from a user and would indicate that the user prefers to synchronize with the second computer system using a particular method of external communication. After the selection, the portable computer system synchronizes with the other computer system using the selected method of external communication.

Abstract: A method and system for synchronizing two computer systems supporting multiple synchronization techniques is described. In one example system, a portable computer system is loaded with synchronization transport modules. An application on the portable computer system is executed causing the application to automatically recognize the synchronization transport modules. The portable computer system receives a selection corresponding to one of the two synchronization transport modules. The selection could be from a user and would indicate that the user prefers to synchronize with the second computer system using a particular method of external communication. After the selection, the portable computer system synchronizes with the other computer system using the selected method of external communication.

Abstract: Network connectivity may be managed on a computing device. An identifier of each wireless access point or network that is available at a given location is determined. The identifier determined without the device attempting to connect to any available wireless access point or network at the given location. Each determined identifier is compared to one or more network identifiers that are known to the device. The device connects to an available wireless access point having the identifier that is known and detected.

Abstract: A technique to navigate through one or more menus of a handheld computer is disclosed. In one embodiment, the technique uses a handheld device having a first button to cause a cursor to navigate through a plurality of menu items and to highlight a desired menu item. The device also has a second button to cause the cursor to navigate through a plurality of menus when the cursor is highlighting one of the menus or a first menu item, and to cause the cursor to highlight a previous menu item when the cursor is highlighting a menu item other than the first menu item.

Abstract: A method and system for synchronizing two computer systems supporting multiple synchronization techniques is described. In one example system, a portable computer system is loaded with synchronization transport modules. An application on the portable computer system is executed causing the application to automatically recognize the synchronization transport modules. The portable computer system receives a selection corresponding to one of the two synchronization transport modules. The selection could be from a user and would indicate that the user prefers to synchronize with the second computer system using a particular method of external communication. After the selection, the portable computer system synchronizes with the other computer system using the selected method of external communication.

Abstract: A method and system for synchronizing two computer systems supporting multiple synchronization techniques is described. In one example system, a portable computer system is loaded with synchronization transport modules. An application on the portable computer system is executed causing the application to automatically recognize the synchronization transport modules. The portable computer system receives a selection corresponding to one of the two synchronization transport modules. The selection could be from a user and would indicate that the user prefers to synchronize with the second computer system using a particular method of external communication. After the selection, the portable computer system synchronizes with the other computer system using the selected method of external communication.

Abstract: A method and system for synchronizing two computer systems supporting multiple synchronization techniques is described. In one example system, a portable computer system is loaded with synchronization transport modules. An application on the portable computer system is executed causing the application to automatically recognize the synchronization transport modules. The portable computer system receives a selection corresponding to one of the two synchronization transport modules. The selection could be from a user and would indicate that the user prefers to synchronize with the second computer system using a particular method of external communication. After the selection, the portable computer system synchronizes with the other computer system using the selected method of external communication.

Abstract: A method and system of synchronizing two computer systems supporting multiple synchronization techniques is described. In one example system, a portable computer system is loaded with synchronization transport modules. An application on the portable computer system is executed causing the application to automatically recognize the synchronization transport modules. The portable computer system receives a selection corresponding to one of the two synchronization transport modules. The selection could be from a user and would indicate that the user prefers to synchronize with the second computer system using a particular method of external communication. After the selection, the portable computer system synchronizes with the other computer system using the selected method of external communication.