Abstract: Functionality is described for allowing a first user to select a sound item. The first user can use a first device to send this sound item to a second device operated by a second user. Upon the occurrence of a triggering event, the sound item selected by the first user can be presented by the second device to the second user. The first device and the second device may correspond to two devices in an Instant Messaging (IM) system. According to another illustrative aspect, functionality is described that allows the first user to select the new sound item from a source sound item by adjusting the position and/or size (e.g., width) of a graphical selection unit that is presented over a graphical depiction of the source sound item.

Abstract: Functionality is described for allowing a first user to select a sound item. The first user can use a first device to send this sound item to a second device operated by a second user. Upon the occurrence of a triggering event, the sound item selected by the first user can be presented by the second device to the second user. The first device and the second device may correspond to two devices in an Instant Messaging (IM) system. According to another illustrative aspect, functionality is described that allows the first user to select the new sound item from a source sound item by adjusting the position and/or size (e.g., width) of a graphical selection unit that is presented over a graphical depiction of the source sound item.

Abstract: Functionality is described for allowing a first user to select a sound item. The first user can use a first device to send this sound item to a second device operated by a second user. Upon the occurrence of a triggering event, the sound item selected by the first user can be presented by the second device to the second user. The first device and the second device may correspond to two devices in an Instant Messaging (IM) system. According to another illustrative aspect, functionality is described that allows the first user to select the new sound item from a source sound item by adjusting the position and/or size (e.g., width) of a graphical selection unit that is presented over a graphical depiction of the source sound item.

Abstract: A transactional memory implementation is tested using an automatically generated test program and a locking memory model implementation which defines atomicity semantics. Schedules of the test program specify different interleavings of read operations and write operations of the test program threads. Executing the schedules under the locking memory model implementation provides legal final states of the shared variable(s). Executing the schedules under the transactional memory implementation produces candidate final states of the shared variable(s). If the candidate final states are also legal final states, then the transactional memory implementation passes the test.

Abstract: Asynchronous voice messaging is employed to enable individuals to send voice clips back and forth over a network. In at least some embodiments, the voice clips reside in the form of discrete, manageable objects that can be easily managed by the user. In addition, some embodiments described provide hand-free/eyes-free functionality that can permit a user to create and send (or receive and play) a voice message without having to physically enter an intended recipient's address or otherwise digitally manipulate the device over which the message is sent or received.

Abstract: A transactional memory implementation is tested using an automatically generated test program and a locking memory model implementation which defines atomicity semantics. Schedules of the test program specify different interleavings of read operations and write operations of the test program threads. Executing the schedules under the locking memory model implementation provides legal final states of the shared variable(s). Executing the schedules under the transactional memory implementation produces candidate final states of the shared variable(s). If the candidate final states are also legal final states, then the transactional memory implementation passes the test.

Abstract: Functionality is described for allowing a first user to select a sound item. The first user can use a first device to send this sound item to a second device operated by a second user. Upon the occurrence of a triggering event, the sound item selected by the first user can be presented by the second device to the second user. The first device and the second device may correspond to two devices in an Instant Messaging (IM) system. According to another illustrative aspect, functionality is described that allows the first user to select the new sound item from a source sound item by adjusting the position and/or size (e.g., width) of a graphical selection unit that is presented over a graphical depiction of the source sound item.

Abstract: Asynchronous voice messaging is employed to enable individuals to send voice clips back and forth over a network. In at least some embodiments, the voice clips reside in the form of discrete, manageable objects that can be easily managed by the user. In addition, some embodiments described provide hand-free/eyes-free functionality that can permit a user to create and send (or receive and play) a voice message without having to physically enter an intended recipient's address or otherwise digitally manipulate the device over which the message is sent or received.