Abstract: An artificial intelligence node including a classical computer, an input channel and an output channel in communication with the classical compute and a quantum computer in two-way communication with the classical computer, wherein the classical computer configures the quantum computer to encode a plurality of word combinations.

Abstract: An artificial intelligence node including a classical computer, an input channel and an output channel in communication with the classical compute and a quantum computer in two-way communication with the classical computer, wherein the classical computer configures the quantum computer to encode a plurality of word combinations.

Abstract: An artificial intelligence system within a network including a plurality of interconnected nodes including a first node and a second node, containing a set of interconnected nodes, a “network,” in which some nodes are externally connected, and all nodes are connected to a subset of the other nodes in such a way that the output channel of one node is connected to the input channel of another via a two-way connection, and where each node has access to the system clock, and has a classical computer (CC), and has a quantum computer (QC), and has one or more input channels, each capable of sending or receiving signals, and has one or more output channels, each capable of sending or receiving signals, and can perform a quantum computation cycle.

Abstract: An artificial intelligence system within a network including a plurality of interconnected nodes including a first node and a second node, containing a set of interconnected nodes, a “network,” in which some nodes are externally connected, and all nodes are connected to a subset of the other nodes in such a way that the output channel of one node is connected to the input channel of another via a two-way connection, and where each node has access to the system clock, and has a classical computer (CC), and has a quantum computer (QC), and has one or more input channels, each capable of sending or receiving signals, and has one or more output channels, each capable of sending or receiving signals, and can perform a quantum computation cycle.

Abstract: A system for translation from a first human language to a second language including one or more processors and one or more non-transitory memory units coupled to said one or more processors storing computer readable program instructions, wherein the computer readable program instructions configure the one or more processors to perform the steps of: receive an input representation of information in the first language, convert the input representation of information in the first language to one or more sets of one or more marked-lemma dependency trees (MDTs), convert said one or more sets of one or more marked-MDTs to a representation of information in said second language, and output said representation of information in said second language, wherein the MDTs are represented in a mathematically-equivalent or isomorphic memory structure using one of word embeddings, sense embeddings, tree kernels, capsules, pose vectors, embeddings, and vectorizations.

Abstract: A system for translation from a first human language to a second language including one or more processors and one or more non-transitory memory units coupled to said one or more processors storing computer readable program instructions, wherein the computer readable program instructions configure the one or more processors to perform the steps of: receive an input representation of information in the first language, convert the input representation of information in the first language to one or more sets of one or more marked-lemma dependency trees (MDTs), convert said one or more sets of one or more marked-MDTs to a representation of information in said second language, and output said representation of information in said second language, wherein the MDTs are represented in a mathematically-equivalent or isomorphic memory structure using one of word embeddings, sense embeddings, tree kernels, capsules, pose vectors, embeddings, and vectorizations.

Abstract: Systems and methods for machine translation use a novel interlingua comprising a topic stack and a weighted set of marked lemma dependency trees.

Abstract: Systems and methods for machine translation use a novel interlingua comprising a topic stack and a weighted set of marked lemma dependency trees.

Abstract: System and method that enables any remote device to act as a view to an email server. In a preferred embodiment, the system and method are fully interactive with read, write, send, delete, forward, reply, and similar functions. Complementary to customary methods of email usage, the system uses a server capable of storing pertinent data for multiple email accounts, and communicating with any computer or two-way communication device such that the system may accomplish all standard email functionalities.

Abstract: A system and method of use a facilitated remote console and terminal emulator that enables a machines to interact with and control another device as if the machine were a keyboard and monitor augmented with menus and shortcuts. This system includes the Client component and the Server component. Among these there are a number of variations that are necessary for different uses of the invention, including some variations that do not require the Server. The Client component makes the user interactive intuitive and efficient with the use of menus, drop-down lists, and shortcuts. This component can also comprise an instant messaging client. The Server component would then comprise a transport layer to connect the Client to a third party, a messaging server, and systems monitoring tools. In one embodiment this utilizes at least one wireless connection to increase efficiency and ease use.