Abstract: A system and method for natural language processing for document sequences comprises a computing device configured to train a neural network as a function of a corpus of documents, wherein training comprises receiving the corpus of documents, identifying significant terms, and tuning, as a function of the corpus of documents, the neural network to generate a plurality of vectors for each significant term of the plurality of significant terms, a vector in a vector space representing semantic relationships between the significant terms and semantic units in the corpus of documents, receive a current document sequence including a plurality of documents in a sequential order, map a plurality of mapped terms of the plurality of significant terms to the plurality of documents as a function of the neural network and the plurality of vectors, and generate a plurality of timelines as a function of the sequential order and the mapped terms.

Abstract: A system and method for natural language processing for document sequences comprises a computing device configured to train a neural network as a function of a corpus of documents, wherein training comprises receiving the corpus of documents, identifying significant terms, and tuning, as a function of the corpus of documents, the neural network to generate a plurality of vectors for each significant term of the plurality of significant terms, a vector in a vector space representing semantic relationships between the significant terms and semantic units in the corpus of documents, receive a current document sequence including a plurality of documents in a sequential order, map a plurality of mapped terms of the plurality of significant terms to the plurality of documents as a function of the neural network and the plurality of vectors, and generate a plurality of timelines as a function of the sequential order and the mapped terms.

Abstract: A portable communication device having a processor, a battery with a battery sensor, a display screen and a proximity sensor. The processor receives a signal from the display screen indicating whether the display screen is in a disabled state. The processor also receives a signal from the battery sensor indicating the remaining charge of the battery and the processor compares the remaining charge of the battery to a low power threshold. The processor also receives a signal indicating whether the proximity sensor is uncovered. If the display screen is in a disabled state, the remaining charge exceeds the low power threshold and the proximity sensor is uncovered, the device displays content. In certain embodiments, the device transmits a signal identifying the location of the device. In response, the device receives content based on the location of the device and stores the content in memory, filling a queue.