Abstract: A system and method for automatically building chat bot content from scripts of conversations. A script is parsed into query-response pairs, so that a computerized device may be programmed to give the same responses when given similar queries. Each query is converted into canonical form and then matched against patterns, as in prior art chat bots. The response is then linked to the matched pattern. A new chat bot is constructed out of the canonical form conversions and the set of pattern-response links. The chat bot is further improved by adding interactive human conversations, provided that those conversations are rated highly. The resulting chat bot can run on a computer server that responds to public queries, and the server can also display context-sensitive advertisements.

Abstract: A system and method for automatically building chat bot content from scripts of conversations. A script is parsed into query-response pairs, so that a computerized device may be programmed to give the same responses when given similar queries. Each query is converted into canonical form and then matched against patterns, as in prior art chat bots. The response is then linked to the matched pattern. A new chat bot is constructed out of the canonical form conversions and the set of pattern-response links. The chat bot is further improved by adding interactive human conversations, provided that those conversations are rated highly. The resulting chat bot can run on a computer server that responds to public queries, and the server can also display context-sensitive advertisements.

Abstract: Many-to-one and one-to-many digital image transformations play a significant role in a variety of imaging communications, visualization, and robotic applications. A method is presented for forwarding mapping frames of TV images in a many-to-one mapping using run length encoding. A digital computer system includes a look-up table memory having the address of each input run-length of pixels (a series of side-by-side pixels) and the address of the single output pixel corresponding thereto. An example is a 512.times.512 pixel TV frame which, in real time, is mapped onto a log polar coordinate TV frame of 2000-3000 pixels. This method can be used with existing low-cost general purpose computers providing a speed advantage approximating five-hundred percent, and a memory savings of between 10 and 100,000 times, relative to the current art. As a result, electronic imaging systems employing many-to-one or one-to-many image warps may be built in significantly smaller, cheaper, faster and lower power implementations.