Abstract: Aspects of the present disclosure relate generally to application ecosystems and, more particularly, to navigational and executional operations in an application ecosystem. In embodiments, a method includes: receiving, by a computing device, a natural language request input by a user to perform a task in an application ecosystem of a plurality of applications; determining, by the computing device, an actionable task from the natural language request to perform in the application ecosystem; generating, by the computing device, a user interface screen to perform the task with input parameters required to perform the task populated in elements of the user interface screen derived from the natural language request; and performing the task with the input parameters required in the application ecosystem of the plurality of applications.

Abstract: The present invention discloses a control method of hot mill coiler side guides based on spark recognition, where the side guides are adjusted according to the width of sparks from the friction between the hot rolled strip (20) and the side guides (11). An industrial camera (9) is provided obliquely above the side guides (11), and a detection system implements a real-time analysis on the images taken by the industrial camera and determines the magnitude of sparks generated on either side of the side guides according to the spark width. For each unilateral side guide, it is adjusted according to the spark width MS corresponding to that side guide (11). For said unilateral side guide (11), the deviation of the single-side spark width ?MS is obtained according to ?MS=MS?Maim. The position adjustment magnitude ?WS of the unilateral side guide (11) can be obtained according to formula (I). And the pressure adjustment magnitude ?PS of the unilateral side guide (11) can be obtained according to formula (II).

Abstract: The present invention discloses a control method of hot mill coiler side guides based on spark recognition, where the side guides are adjusted according to the width of sparks from the friction between the hot rolled strip (20) and the side guides (11). An industrial camera (9) is provided obliquely above the side guides (11), and a detection system implements a real-time analysis on the images taken by the industrial camera and determines the magnitude of sparks generated on either side of the side guides according to the spark width. For each unilateral side guide, it is adjusted according to the spark width MS corresponding to that side guide (11). For said unilateral side guide (11), the deviation of the single-side spark width ?MS is obtained according to ?MS=MS?Maim. The position adjustment magnitude ?WS of the unilateral side guide (11) can be obtained according to formula (I). And the pressure adjustment magnitude ?PS of the unilateral side guide (11) can be obtained according to formula (II).

Abstract: Methods and apparatus to perform multi-level hierarchical demographic classification are disclosed.

Abstract: Methods and apparatus to perform multi-level hierarchical demographic classification are disclosed.