Abstract: A nonextensible schema is obtained including a first content model of ANY. Based on the nonextensible schema, a compact syntax regular language for XML next generation (RNC) file is generated that includes a second content model of ANY. The second content model of ANY can correspond to the first content model of ANY. The RNC file is modified, based upon the RNC file including the second content model of ANY, so as to explicitly enumerate all semantics of the second content model of ANY as elements in the RNC file. A regular language for XML next generation (RNG) file is later generated based on the modified RNC file. Related apparatus, systems, techniques and articles are also described.

Abstract: A nonextensible schema is obtained including a first content model of ANY. Based on the nonextensible schema, a compact syntax regular language for XML next generation (RNC) file is generated that includes a second content model of ANY. The second content model of ANY can correspond to the first content model of ANY. The RNC file is modified, based upon the RNC file including the second content model of ANY, so as to explicitly enumerate all semantics of the second content model of ANY as elements in the RNC file. A regular language for XML next generation (RNG) file is later generated based on the modified RNC file. Related apparatus, systems, techniques and articles are also described.

Abstract: A first nonextensible schema is obtained, based on the first nonextensible schema, a compact syntax regular language for XML next generation (RNC) file. A regular language for XML next generation (RNG) file can be generated based on the RNC file. Based on the RNG file, a second (core) nonextensible schema and a first (core) extensible schema can be generated. An extensible (extension) schema and a nonextensible (extension) schema can also be generated. The extensible (extension) schema and the nonextensible (extension) schema can be plugged into the RNG file. The RNG file can be regenerated with the plugins, and a third nonextensible schema and a second extensible schema can be generated based on the regenerated RNG file. Related apparatus, systems, techniques and articles are also described.

Abstract: A Virtual Soft Handover (VSHO) process for high data rate (HDR) applications is disclosed that considers the total number packets remaining to be transmitted prior to initiating the VSHO. An HDR mobile terminal maintains data transmission information relating to an amount of data to be transmitted during a data transfer in progress during a data session. The data transmission information may include, for example, the total packet size of a data transmission and the data transmission status (i.e., the number of packets remaining to be transmitted). The decision of whether to perform a VSHO is made according to the data transmission information. In one embodiment, a VSHO may be deactivated when the number of packets remaining to be transmitted is less than a certain threshold. In other embodiments, a VSHO may not be performed if the total packet size is smaller than a certain threshold.

Abstract: A Virtual Soft Handover (VSHO) process for high data rate (HDR) applications is disclosed that considers the total number packets remaining to be transmitted prior to initiating the VSHO. An HDR mobile terminal maintains data transmission information relating to an amount of data to be transmitted during a data transfer in progress during a data session. The data transmission information may include, for example, the total packet size of a data transmission and the data transmission status (i.e., the number of packets remaining to be transmitted). The decision of whether to perform a VSHO is made according to the data transmission information. In one embodiment, a VSHO may be deactivated when the number of packets remaining to be transmitted is less than a certain threshold. In other embodiments, a VSHO may not be performed if the total packet size is smaller than a certain threshold.