9. A computer server for performing adaptive textual prediction of speech signals, the computer server comprising: a memory storing computer code instructions thereon; and a processor, the memory, with the computer code instructions, and the processor being configured to cause the server to: determine a configuration of each of a plurality of prediction sources, used for respective textual interpretations of the voice data, based at least in part on one or more features associated with at least one of the voice data and one or more a-priori interpretations of the voice data; and combine the respective textual interpretations output by the plurality of prediction sources to generate a textual output prediction of the voice data according to the determined configurations of the plurality of prediction sources.
9. A computer server for performing adaptive textual prediction of speech signals, the computer server comprising: a memory storing computer code instructions thereon; and a processor, the memory, with the computer code instructions, and the processor being configured to cause the server to: determine a configuration of each of a plurality of prediction sources, used for respective textual interpretations of the voice data, based at least in part on one or more features associated with at least one of the voice data and one or more a-priori interpretations of the voice data; and combine the respective textual interpretations output by the plurality of prediction sources to generate a textual output prediction of the voice data according to the determined configurations of the plurality of prediction sources. 12. A computer server according to claim 9 , wherein the multiple prediction sources include at least one of the following: a language model module; a lattice decoder module; and a human agent.