Abstract: Systems and methods for brake pad control based on surface roughness are provided. A system can determine a value of roughness associated with traversal of a surface by a vehicle. The system can generate, based on the value of roughness, an instruction to actuate a brake of a wheel of the vehicle to reduce an amount of separation between a rotor of the brake and a pad of the brake. The system can facilitate, based on the instruction, actuation of the brake of the wheel.

Abstract: Systems and methods for brake pad control based on surface roughness are provided. A system can determine a value of roughness associated with traversal of a surface by a vehicle. The system can generate, based on the value of roughness, an instruction to actuate a brake of a wheel of the vehicle to reduce an amount of separation between a rotor of the brake and a pad of the brake. The system can facilitate, based on the instruction, actuation of the brake of the wheel.

Abstract: A system automatically processes current capacity and optimal capacity for at least one printing system for use in deterring current billing, optimal billing and operating cost. A data-processing apparatus (CPU) associated with a printer and an optimization module operable together to optimize current capacity and optimal capacity, and determine current billing, optimal billing and operating cost information. Information is optimized for use at a client (local or remote) and for display in a single graphical user interface. Data is used to optimize print system usage.

Abstract: A system automatically processes current capacity and optimal capacity for at least one printing system for use in deterring current billing, optimal billing and operating cost. A data-processing apparatus (CPU) associated with a printer and an optimization module operable together to optimize current capacity and optimal capacity, and determine current billing, optimal billing and operating cost information. Information is optimized for use at a client (local or remote) and for display in a single graphical user interface. Data is used to optimize print system usage.

Abstract: Context sensitive drag-and-drop systems, methods and user interfaces are provided in a Graphical User Interface (GUI) computing environment. Icons representing various tasks may be interactively drag-and-dropped to an adjoining graphically-based workspace in a context-based task-drop location to simply and intuitively construct a graphically-based workflow solution. A collapsible error handling failure branch may be constructed concurrently with the main branch of the workflow process. A loopback path to a higher branch may optionally be constructed for the failure branch. The workflow solution may be applied in a document printing environment for document production, a document copying environment, or an accounting environment, for example, for clear and efficient generation of workflows.