Abstract: A method and system of automatically interpreting documents relating to regulatory directives to automatically identify actionable items and assigning each of the actionable items identified to the appropriate responsible party in a business.

Abstract: In some examples, natural language processing (NLP) and artificial intelligence based searching may include identifying named entities in text from a corpus of documents. References in the text may be resolved with the identified named entities. Links between the named entities may be determined, and a bi-direction rootless graph may be generated. Semantic relationships may be determined from text of the named entities, and blacklist keywords may be identified. Machine learning classification may be performed based on a pair of the named entities and a blacklist keyword. A classification may be determined based on the pair of named entities and the blacklist keyword, and a rule may be identified that specifies which named entity in the pair is to be flagged. Further, a node in the graph may be flagged based on an association with the named entity identified according to the rule.

Abstract: A method and system of automatically interpreting documents relating to regulatory directives to automatically identify actionable items and assigning each of the actionable items identified to the appropriate responsible party in a business.

Abstract: A code lineage tool includes a scanner, a parser, and an integrator. The scanner identifies a plurality of elements in software code. The parser determines that a value of a first element is affected by a second element and a third element. The parser adds the first element to a parse tree and adds the second and third elements to the parse tree as sub-nodes of the first element. The parser determines that a value of the second element is affected by a fourth element and adds the fourth element to the parse tree as a sub-node of the second element. The integrator determines that a change to the fourth element will change the value of the first element and the value of the second element and generates a lineage for the first element.

Abstract: A code lineage tool includes a scanner, a parser, and an integrator. The scanner identifies elements in ETL code. The parser determines that a first element is affected by a second element and adds the first element to a parse tree and the second element to the parse tree as a sub-node of the first element. The parser determines that the second element is affected by a third element and adds the third element to the parse tree as a sub-node of the second element. The parser determines that a fourth element does not affect the first element and prevents the fourth element from being added to the parse tree or removes the fourth element from the parse tree. The integrator determines that a change to the third element will change the value of the first element and generates a lineage for the first element.

Abstract: A code lineage tool includes a scanner, a parser, and an integrator. The scanner identifies a plurality of elements in software code. The parser determines that a value of a first element is affected by a second element and a third element. The parser adds the first element to a parse tree and adds the second and third elements to the parse tree as sub-nodes of the first element. The parser determines that a value of the second element is affected by a fourth element and adds the fourth element to the parse tree as a sub-node of the second element. The integrator determines that a change to the fourth element will change the value of the first element and the value of the second element and generates a lineage for the first element.

Abstract: A code lineage tool includes a scanner, a parser, and an integrator. The scanner identifies elements in ETL code. The parser determines that a first element is affected by a second element and adds the first element to a parse tree and the second element to the parse tree as a sub-node of the first element. The parser determines that the second element is affected by a third element and adds the third element to the parse tree as a sub-node of the second element. The parser determines that a fourth element does not affect the first element and prevents the fourth element from being added to the parse tree or removes the fourth element from the parse tree. The integrator determines that a change to the third element will change the value of the first element and generates a lineage for the first element.

Abstract: A code lineage tool includes a scanner, a parser, and an integrator. The scanner identifies a plurality of elements in software code. The parser determines that a value of a first element is affected by a second element and a third element. The parser adds the first element to a parse tree and adds the second and third elements to the parse tree as sub-nodes of the first element. The parser determines that a value of the second element is affected by a fourth element and adds the fourth element to the parse tree as a sub-node of the second element. The integrator determines that a change to the fourth element will change the value of the first element and the value of the second element and generates a lineage for the first element.

Abstract: A code lineage tool includes a scanner, a parser, and an integrator. The scanner identifies elements in ETL code. The parser determines that a first element is affected by a second element and adds the first element to a parse tree and the second element to the parse tree as a sub-node of the first element. The parser determines that the second element is affected by a third element and adds the third element to the parse tree as a sub-node of the second element. The parser determines that a fourth element does not affect the first element and prevents the fourth element from being added to the parse tree or removes the fourth element from the parse tree. The integrator determines that a change to the third element will change the value of the first element and generates a lineage for the first element.

Abstract: In some examples, natural language processing (NLP) and artificial intelligence based searching may include identifying named entities in text from a corpus of documents. References in the text may be resolved with the identified named entities. Links between the named entities may be determined, and a bi-direction rootless graph may be generated. Semantic relationships may be determined from text of the named entities, and blacklist keywords may be identified. Machine learning classification may be performed based on a pair of the named entities and a blacklist keyword. A classification may be determined based on the pair of named entities and the blacklist keyword, and a rule may be identified that specifies which named entity in the pair is to be flagged. Further, a node in the graph may be flagged based on an association with the named entity identified according to the rule.

Abstract: A code lineage tool includes a scanner, a parser, and an integrator. The scanner identifies elements in ETL code. The parser determines that a first element is affected by a second element and adds the first element to a parse tree and the second element to the parse tree as a sub-node of the first element. The parser determines that the second element is affected by a third element and adds the third element to the parse tree as a sub-node of the second element. The parser determines that a fourth element does not affect the first element and prevents the fourth element from being added to the parse tree or removes the fourth element from the parse tree. The integrator determines that a change to the third element will change the value of the first element and generates a lineage for the first element.

Abstract: A code lineage tool includes a scanner, a parser, and an integrator. The scanner identifies a plurality of elements in software code. The parser determines that a value of a first element is affected by a second element and a third element. The parser adds the first element to a parse tree and adds the second and third elements to the parse tree as sub-nodes of the first element. The parser determines that a value of the second element is affected by a fourth element and adds the fourth element to the parse tree as a sub-node of the second element. The integrator determines that a change to the fourth element will change the value of the first element and the value of the second element and generates a lineage for the first element.

Abstract: Disclosed are a method for media access controlling and channel time reservation system and method in distributed wireless personal area networks. A method of media access controlling for a distributed wireless network including at least one device, includes a device of the distributed wireless network, generating a data slot reservation indicator for devices of the same beacon group, and the device, broadcasting the generated data slot reservation indicator. Thus, a slot reservation for communication between devices can be completed in a shorter period of time. Also, capacity of the network can be improved by spatial reuse of channel time.

Abstract: A method and apparatus are provided for split-terminating a secure client-server communication connection when the client and server perform mutual authentication by exchanging certificates, such as within a Lotus Notes environment. When the client submits a certificate to the server, an intermediary device intercepts the certificate and submits to the server a substitute client certificate generated by that intermediary. A certificate authority's private key is previously installed on the intermediary to enable it to generate public keys, private keys and digital certificates. With the private key corresponding to the substitute certificate, the intermediary extracts a temporary key from a subsequent server message. The intermediary uses the temporary key to read a session key issued later by the server. Thereafter, the intermediary shares the session key with another intermediary, and together they use the session keys to access and optimize (e.g., accelerate) messages sent by the client and the server.

Abstract: A method and apparatus are provided for split-terminating a secure client-server communication connection when the client and server perform mutual authentication by exchanging certificates, such as within a Lotus Notes environment. When the client submits a certificate to the server, an intermediary device intercepts the certificate and submits to the server a substitute client certificate generated by that intermediary. A certificate authority's private key is previously installed on the intermediary to enable it to generate public keys, private keys and digital certificates. With the private key corresponding to the substitute certificate, the intermediary extracts a temporary key from a subsequent server message. The intermediary uses the temporary key to read a session key issued later by the server. Thereafter, the intermediary shares the session key with another intermediary, and together they use the session keys to access and optimize (e.g., accelerate) messages sent by the client and the server.

Abstract: A power saving system in distributed wireless personal area network and a method thereof are disclosed. A PS (Power Save) anchor that provides information about hibernating devices to a beacon group through power save information elements in media access control for a wireless personal area network based on a wireless mobile ad-hoc network. Accordingly, all devices in the given wireless personal area network can schedule their active modes and hibernating modes according to hibernating intervals of destination devices with which the devices want to communicate. This can effectively reduce the necessity of the devices' waiting for the destination devices to awake from the hibernating mode as the devices maintain their idle state, and thus the power consumption of all the devices in the network can effectively be reduced.

Abstract: A system for dynamically shifting beacons in a distributed wireless network and a method thereof are disclosed. In a medium access control for a wireless personal area network based on a mobile ad-hoc network, beacons are shifted to other free lower slots in order to reduce the size of a beacon period. Also, collisions that may occur during the shifting of the beacons are detected and avoided. According to the system and method, the size of the beacon period for transmitting data can sufficiently be secured by dynamically reducing the size of the beacon period without collisions.

Abstract: Disclosed are a method for media access controlling and channel time reservation system and method in distributed wireless personal area networks. A method of media access controlling for a distributed wireless network including at least one device, includes a device of the distributed wireless network, generating a data slot reservation indicator for devices of the same beacon group, and the device, broadcasting the generated data slot reservation indicator. Thus, a slot reservation for communication between devices can be completed in a shorter period of time. Also, capacity of the network can be improved by spatial reuse of channel time.

Abstract: A system for dynamically shifting beacons in a distributed wireless network and a method thereof are disclosed. In a medium access control for a wireless personal area network based on a mobile ad-hoc network, beacons are shifted to other free lower slots in order to reduce the size of a beacon period. Also, collisions that may occur during the shifting of the beacons are detected and avoided. According to the system and method, the size of the beacon period for transmitting data can sufficiently be secured by dynamically reducing the size of the beacon period without collisions.

Abstract: A power saving system in distributed wireless personal area network and a method thereof are disclosed. A PS (Power Save) anchor that provides information about hibernating devices to a beacon group through power save information elements in media access control for a wireless personal area network based on a wireless mobile ad-hoc network. Accordingly, all devices in the given wireless personal area network can schedule their active modes and hibernating modes according to hibernating intervals of destination devices with which the devices want to communicate. This can effectively reduce the necessity of the devices' waiting for the destination devices to awake from the hibernating mode as the devices maintain their idle state, and thus the power consumption of all the devices in the network can effectively be reduced.