The present design is directed to a system for detecting and adjusting qualitative contexts across multiple dimensions for multiple actors with cognitive computing techniques including a series of periodic execution components configured to operate over full or partial sets of received data, the series of periodic components comprising a peer to peer analyzer configured to detect anomalous behaviors among work-specific peer actors sharing similar types tasks, an actor behavior analyzer configured to examine change in an actor's behavior over time by comparing the similarity of past behavior and current behavior, a rate of change predictor configured to study changes in behavior over time for peer to peer performance according to the peer to peer analyzer, actor behavior change according to the actor behavior analyzer, and actor correlation analysis, and a semantic rule analyzer configured to encode conditional, provisional, cognitive, operational, and functional knowledge, and a plurality of signal managers.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A system for detecting and adjusting qualitative contexts across multiple dimensions for multiple actors with cognitive computing techniques comprising: a series of periodic execution components configured to operate over full or partial sets of received data, the series of periodic components comprising: a peer to peer analyzer configured to detect anomalous behaviors among work-specific peer actors sharing similar types tasks; an actor behavior analyzer configured to examine change in an actor's behavior over time by comparing the similarity of past behavior and current behavior; a rate of change predictor configured to study changes in behavior over time for peer to peer performance according to the peer to peer analyzer, actor behavior change according to the actor behavior analyzer, and actor correlation analysis; and a semantic rule analyzer configured to encode conditional, provisional, cognitive, operational, and functional knowledge; and a plurality of signal managers configured to exclude signals based on content properties of data transmitted. 2. The system of claim 1, further comprising a plurality of event reception components configured to operate on each event in a stream relevant to a terrain and selectively provide information to the series of periodic execution components, the plurality of event reception components comprising: a threshold application component configured to apply a threshold to each element in the stream; a terrain updater configured to update the terrain based on at least one event; an outlier analysis module configured to determine any outlier in the stream of events; a threshold violation predictor configured to predict threshold violations based on the stream of events; a time-ordered behavior evaluator configured to evaluate behavior based on the stream of events; and a graph updater to update a graph based on the stream of events. 3. The system of claim 2, further comprising an event acquirer configured to acquire an event comprising an associated date and set of data fields, and pass event related data to the plurality of event reception components. 4. The system of claim 2, further comprising a threat detector configured to detect threats. 5. The system of claim 1, further comprising an additional signal manager connected to a signal filter configured to receive signal weights from a signal weight repository. 6. The system of claim 4 wherein the threat detector employs an extreme vigilance application programming interface. 7. The system of claim 2, wherein time-ordered behavior evaluator employs a Markov Graph, to learn a general sequence of events performed by one actor during a time period. 8. The system of claim 2, wherein the actor behavior analyzer is configured to examine any changes in actor behavior over time by comparing similarity of past behavior with current behavior. 9. The system of claim 2, wherein the semantic rule analyzer is configured to encode conditional, provisional, cognitive, operational, and functional knowledge. 10. The system of claim 2, wherein the rate of change predictor is configured to store similarity and correlation results over time and rates of change over time. 11. A system for detecting and adjusting qualitative contexts across multiple dimensions for multiple actors with cognitive computing techniques comprising: a series of periodic execution components configured to operate over full or partial sets of received data, the series of periodic components comprising a peer to peer analyzer configured to detect anomalous behaviors among work-specific peer actors sharing similar types tasks and an actor behavior analyzer configured to examine change in an actor's behavior over time by comparing the similarity of past behavior and current behavior; and a plurality of event reception components configured to operate on each event in a stream relevant to a terrain and selectively provide information to the series of periodic execution components. 12. The system of claim 11, wherein the series of periodic execution components further comprise a rate of change predictor configured to study changes in behavior over time for peer to peer performance according to the peer to peer analyzer, actor behavior change according to the actor behavior analyzer, and actor correlation analysis. 13. The system of claim 12, wherein the series of periodic execution components further comprise a semantic rule analyzer configured to encode conditional, provisional, cognitive, operational, and functional knowledge. 14. The system of claim 12, further comprising a plurality of signal managers configured to exclude signals based on content properties of data transmitted. 15. The system of claim 11, wherein the plurality of event reception components comprises: a threshold application component configured to apply a threshold to each element in the stream; a terrain updater configured to update the terrain based on at least one event; an outlier analysis module configured to determine any outlier in the stream of events; a threshold violation predictor configured to predict threshold violations based on the stream of events; a time-ordered behavior evaluator configured to evaluate behavior based on the stream of events; and a graph updater to update a graph based on the stream of events. 16. A method for detecting and adjusting qualitative contexts across multiple dimensions for multiple actors with cognitive computing techniques comprising: detecting anomalous behaviors among work-specific peer actors sharing similar types tasks using a peer to peer analyzer; examining change in an actor's behavior over time by comparing the similarity of past behavior and current behavior using an actor behavior analyzer; studying changes in behavior over time for peer to peer performance according to the peer to peer analyzer, actor behavior change according to the actor behavior analyzer, and actor correlation analysis using a rate of change predictor; and encoding conditional, provisional, cognitive, operational, and functional knowledge using a semantic rule analyzer. 17. The method of claim 16, further comprising: measuring values qualitatively across a terrain comprising multiple dimensions using cognitive computing techniques, comprising: operating on each event in a stream relevant to the terrain using a plurality of event reception components; and operating on demand to analyze and predict based on information received from the plurality of event reception components using a periodic set of components; and excluding selected signals based on content properties of data transmitted. 18. The method of claim 17, wherein operating on each event in the stream comprises: applying a threshold to each element in the stream; updating the terrain based on at least one event; determining any outlier in the stream of events; predicting threshold violations based on the stream of events; evaluating behavior based on the stream of events; and updating a graph based on the stream of events. 19. The method of claim 17, further comprising excluding signals based on content properties of data transmitted using a signal manager. 20. The method of claim 17, further comprising detecting threats using a threat detector.