Abstract: The technical disclosure relates to artificial neural network. In particular, the technical disclosure relates to how to implement efficient data access control in the neural network hardware acceleration system. Specifically, it proposes an overall design of a device that can process data receiving, bit-width transformation and data storing. By employing the technical disclosure, neural network hardware acceleration system can avoid the data access process becomes the bottleneck in neural network computation.

Abstract: A method for performing automatic trace retrieval includes receiving a first and second model for a system or service (S10). The first model includes a first plurality of model artifacts at least partially represented by a first semantic style and the second model includes a second plurality of artifacts at least partially represented by a second semantic style. Training data including one or more correspondences between artifacts of the first plurality of model artifacts and artifacts of the second plurality of artifacts is collected. A semantic transformation table is generated for converting between the first and second semantic styles using the collected training data (S11). The generated semantic transformation table is used in tracing associations between artifacts of the first plurality of artifacts and artifacts of the second plurality of artifacts (S12).

Abstract: A method for inter-network communication between a first and second user. The method includes receiving a first request for a location associated with the second user from a first switching system for a first network in response to a second request. The method processes information associated with the first request and determines a network identifier for a second network related to the location associated with the second user, and sends the first switching system a location message, including the network identifier for the second network. The method includes receiving a third request for routing information associated with the second user from a second switching system for the second network. The method determines a location directory in the second network for the second user and receives the roaming information for the second user from the location directory. The method then sends the roaming information to the second switching system.

Abstract: A signaling monitoring system includes a signaling network node device having an IP interface, a signaling network monitoring device having an IP interface and an network, in which the signaling network node device and the signaling network monitoring device are connected to the IP network via the IP interface, respectively; the signaling network node device sends signaling messages to the signaling network monitoring device via the IP network; the signaling network monitoring device analyzes the received signaling messages and obtains the monitoring information. The disclosure also discloses a signaling network and a signaling network monitoring method. While the monitoring function is implemented, the transmission resource is saved.

Abstract: A method for inter-network communication between a first user and a second user. The method includes receiving a first request for a location associated with the second user from a first switching system for a first network. The method processes information associated with the first request and determines a network identifier for a second network related to the location associated with the second user. The method sends to the first switching system a location message, which includes the network identifier for the second network. The method includes receiving a third request for routing information associated with the second user in the second network from a second switching system for the second network. The method determines a location directory in the second network for the second user and receives the roaming information for the second user from the location directory. The method then sends the roaming information to the second switching system.