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Technical Examples
- A method for operating and translating SCCP global titles to implement the global roaming uses a signal message routing based upon the SCCP global title. According to one embodiment of the present invention, if a received signal message is routed according to the global title, the required global title translation is for global roaming is determined by detecting whether a local global title has been defined in the received signal message. If the translation is to be made for global roaming, then the types of global title translations to be conducted are determined among the country code global title translation, the network code global title translation and the mobile subscriber identification number global title translation based upon whether the country code and/or the network code of the local global code are identical with those of the global code to be translated. In this manner, the present invention may implement the efficient SCCP global title translation while supporting the global roaming.
- A bus system for use with addressable memory has a global bus of bidirectional signal lines. The global bus has a first end and a second end. A master device transmits data to and receives data from the global bus at the first end. A global bus terminator is coupled to the global bus at the second end. One or more slave devices, including a last slave device at a furthest distance from the master device, each includes an active terminator coupled to at least some of the bidirectional signal lines of the global bus. The active terminator of only the last slave device is enabled.
- A Private Network-Network Interface (PNNI) network including interconnected nodes is defined as a single rerouting domain ("global domain") and the global domain is further defined by multiple divided domains ("local domains"). Each of the local domains is defined to include multiple nodes that are included in the network. Connection recovery and path optimization in the global domain (the entire PNNI network) are performed in accordance with a global rerouting protocol. The global rerouting protocol is a modification of the standard Domain-Based Rerouting (DBR) protocol, by adding information elements of domain identifier, rerouting for the global domain. The DBR protocol does not support the connection recovery from a link failure between local domains ("inter-domains") and the global path optimization. The global rerouting method is capable of connection recovery and path optimization outside of any rerouting local domains. The global rerouting provides double fault recovery within the rerouting domain ("intra-domain") as covered by the DBR and outside of the domains ("inter-domain") or when the initial fault recovery within the domain has failed. Also, the global rerouting method provides maximum path optimization across all domains and within the rerouting local domain.
- In the present invention, global information is passed from a first execution environment to a second execution environment, wherein both the first and second processor units comprise separate memories. The global variable is transferred through the invocation of a memory flow controller by a stub function. The global descriptor has a plurality of field indicia that allow a binder to link separate object files bound to the first and second execution environments.
- A group global positioning system includes a plurality of positioning signal processing devices with a global positioning function and a plurality of radio signal processing devices corresponding to the positioning signal processing devices. With one of the corresponding radio signal processing devices, one of the positioning signal processing devices outputs analog global positioning information to the remaining ones of the positioning signal processing devices which then performs analog-to-digital conversion on the analog global positioning information and recovers digital global positioning information, thus allowing the remaining ones of the positioning signal processing devices to execute the global positioning function and display related information. The present invention discloses a grouping technique for simultaneously displaying on the positioning signal processing devices the digital global positioning information thereof.
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