Abstract: Methods and apparatus are disclosed for efficiently scheduling incoming information objects so that objects with the highest utility factors are scheduled for broadcast. The incoming information objects are preferably received from one or more information sources, and can be tagged with attributes that associate each object with one or more classes of information (e.g., sports, news, etc.), and/or can provide a gauge of the utility of the object. The tags can be used, for example, to select and broadcast objects from a variety of classes, and/or to identify the objects that provide the most utility at any given time.

Abstract: Methods and apparatus are disclosed for efficiently scheduling incoming information objects so that timely objects from a variety of content classes are scheduled for broadcast. The incoming information objects are preferably received from one or more information sources, and are tagged with attributes that associate each object with one or more classes of information (e.g., sports, news, etc.), and provide a gauge of the timeliness or ‘age’ of the object. The tags can be used to select and broadcast objects from a variety of classes, and to identify the most timely objects at any give time.

Abstract: Methods and apparatus are disclosed for efficiently scheduling incoming information objects so that timely objects from a variety of content classes are scheduled for broadcast. The incoming information objects are preferably received from one or more information sources, and are tagged with attributes that associate each object with one or more classes of information (e.g., sports, news, etc.), and provide a gauge of the timeliness or ‘age’ of the object. The tags can be used to select and broadcast objects from a variety of classes, and to identify the most timely objects at any give time.

Abstract: Methods and apparatus are disclosed for efficiently scheduling incoming information objects so that timely objects from a variety of content classes are scheduled for broadcast. The incoming information objects are preferably received from one or more information sources, and are tagged with attributes that associate each object with one or more classes of information (e.g., sports, news, etc.), and provide a gauge of the timeliness or ‘age’ of the object. The tags can be used to select and broadcast objects from a variety of classes, and to identify the most timely objects at any give time.

Abstract: Methods and apparatus are disclosed for efficiently scheduling incoming information objects so that timely objects from a variety of content classes are scheduled for broadcast. The incoming information objects are preferably received from one or more information sources, and are tagged with attributes that associate each object with one or more classes of information (e.g., sports, news, etc.), and provide a gauge of the timeliness or ‘age’ of the object. The tags can be used to select and broadcast objects from a variety of classes, and to identify the most timely objects at any give time.

Abstract: A method and apparatus for encoding and decoding linear block codes while using limited working storage is disclosed. For decoding, the error syndromes are calculated incrementally as each encoded symbol is received. That is, as each symbol, ri of the code word is received, the received symbol, ri is multiplied by the entries in the “ith” column of a decoding matrix, resulting in intermediate syndrome components. The intermediate syndrome components are added to the appropriate entry in a syndrome vector. Once all symbols ri are received, the syndrome vector contains the error syndromes si for the received code word.