Abstract: An approach is disclosed for automated detection of employee career pathways extracted from historical records which includes profile transitions and a tracked history. The historical data is filtered to identify standardized pathways and individual pathways. The identified standardized pathways and individual pathways are analytically analyzed based on frequency and occurrence to generate one or more career pathways where the generated career pathways include one or more promotions and lateral moves. The generated career pathways are written to a database.

Abstract: A method, system and apparatus for an efficient and contactless way to clock-in and clock-out in the daily routine. It is a communication between two devices and this communication sends a code as part of this communication which is then used for clock-in. This system generally includes two devices. The first application displays the QR code which has an embed TVC value and the second application has the functionality of scanning the QR code by using the back camera and then getting the embedded TVC value from the first application and passing as a parameter in the service call for Clock-In.

Abstract: The solution to the static appointment problem is adaptive appointment scheduling, where the system can estimate the arrival time of a truck with the given information like ETA (Estimated Time of arrival) of truck and truck route traffic information, and it can adjust the appointments accordingly, to manage terminal resources efficiently and minimize the congestion. In addition, we present a new method and system to calculate and present options when planning to move or transfer from point A to point B. We are introducing a new concept where user have more defining measurable factors in route selection, with option to further optimize the result based on user preference. Other examples and methods are also given.

Abstract: We present a new method and system to calculate and present options when planning to move or transfer from point A to point B. We are introducing a new concept where user have more defining measurable factors in route selection, with option to further optimize the result based on user preference. The method can be used for passenger trip planning (for example, when booking a flight) and for freight trip planning (for example, when shipping an object). Other examples and methods are also given.

Abstract: In one example, we describe a method that generates cyclicality rules for anomaly detection for a hierarchical/tree based data structure. A new algorithm for processing nodes in hierarchy, as well as business rules for nodes, is described. Variations and examples are given to describe different scopes and embodiments of the invention. Exclusion criteria and children nodes are used as some examples for the implementations, with flow charts to describe the methods of application, as examples.

Abstract: In our presentation here, as examples, we describe methods and systems with various optimization techniques. More specifically, they are directed to methods for applying genetic algorithms, and the use of genetic algorithms in optimizing targeting systems that use an aggregated scoring model. In general, the genetic algorithm principle gives guidelines for constructing practical search techniques when the number of possible trials is extremely large. The examples and other features and advantages of the system and method for using Genetic Algorithm for Optimization of Targeting Systems are described.

Abstract: In one embodiment, we describe a method that generates seasonality rules for anomaly detection for a hierarchical/tree based data structure. A new algorithm for processing nodes in hierarchy, as well as business rules for nodes, is described. Variations and examples are given to describe different scopes and embodiments of the invention. Exclusion criteria and children nodes are used as some examples for the implementations, with flow charts to describe the methods of application, as examples.

Abstract: In one embodiment, we describe a method that generates seasonality rules for anomaly detection for a hierarchical/tree based data structure. A new algorithm for processing nodes in hierarchy, as well as business rules for nodes, is described. Variations and examples are given to describe different scopes and embodiments of the invention. Exclusion criteria and children nodes are used as some examples for the implementations, with flow charts to describe the methods of application, as examples.