Abstract: A system can receive content. The content can be analyzed to determine the invested interest of an object in a network, and to determine the strength of a relationship in the network, the network pertaining to a particular setting. The network can then be graphed, and the information produced can be output for later use.

Abstract: A system can receive text. The text can be divided into various portions. One or more significance indicators can be associated with each portion of text: these significance indicators can also be received by the system. The system can then display a portion of text and the associated significance indicators to the user.

Abstract: Words can be identified in text. Membership numerical values for the words can be determined in categories, or in communication types generated using those categories. The membership numerical values for the words can then be used to generate a signature. The signature can then be used to identify documents with a similar attitude.

Abstract: An enactive perception device includes the ability to receive information. The information received can be either sensory information or other data. The received information can then be converted into sensory information, which can then be provided to the user.

Abstract: Embodiments of the invention include a system to manage software and protect it from reverse engineering and intrusion prevention. A security server stores server-side software and server-side keys for various software products. Client-side software can request the server-side software and server-side key from the security server. The security server can transmit the server-side software and server-side key to the client-side software, which can then determine whether or not to assemble and execute the complete software.

Abstract: A method and system for optimizing the level of engagement of components within a defined ecosystem or context includes defining an initial ecosystem or context ‘A’ in structural, functional, operational, and conceptual terms. One or more components are identified in the defined ecosystem or context ‘A’. It is determined whether all identified components account for all of the structural, functional, operational, and conceptual terms of the initial ecosystem or context ‘A’. If so, levels of disengagement and engagement are quantified for each of the identified components. For each of the identified components, one or more gaps are measured between a current component engagement level and a potential component engagement level. A report associated with the one or more identified components and the one or more measured gaps is produced and output. The report includes an organizational structure of the one or more components within a new ecosystem or context ‘B’.

Abstract: A system can receive text. The text can be divided into various portions. One or more significance indicators can be associated with each portion of text: these significance indicators can also be received by the system. The system can then display a portion of text and the associated significance indicators to the user.

Abstract: Words can be identified in text. Membership numerical values for the words can be determined in categories, or in communication types generated using those categories. The membership numerical values for the words can then be used to generate a signature. The signature can then be used to identify documents with a similar attitude.

Abstract: A relationship analysis engine includes a controller and a data miner to mine relationship information on a network. Sender nodes can be determined by the data miner or otherwise manually defined. Recipient nodes can be determined by the data miner or otherwise manually defined. An actionable analytics section analyzes messages that are transmitted between the sender nodes and the recipient nodes. The actionable analytics section produces historical analytics, real-time analytics, and predictive analytics associated with at least one relationship based on the analyzed transmitted messages and the mined relationship information. A relationship indicator is produced and displayed to represent the past, present, and predictive quality of relationship values associated with a relationship. The quality of relationship value can be determined, in part, by scores associated with waypoints in transitions between one quality of relationship value to another.

Abstract: A method and system for optimizing the level of engagement of components within a defined ecosystem or context includes defining an initial ecosystem or context ‘A’ in structural, functional, operational, and conceptual terms. One or more components are identified in the defined ecosystem or context ‘A’. It is determined whether all identified components account for all of the structural, functional, operational, and conceptual terms of the initial ecosystem or context ‘A’. If so, levels of disengagement and engagement are quantified for each of the identified components. For each of the identified components, one or more gaps are measured between a current component engagement level and a potential component engagement level. A report associated with the one or more identified components and the one or more measured gaps is produced and output. The report includes an organizational structure of the one or more components within a new ecosystem or context ‘B’.