Abstract: One or more embodiments of the present disclosure relate to switching between execution schedules related to execution of tasks, or runnables, by multiple compute engines. The execution schedules includes respective sets of commands that dictate timing and order of execution, by the compute engines, of tasks, or runnables, corresponding to computing applications.

Abstract: One or more embodiments of the present disclosure relate to executing, by a plurality of compute engines, a plurality of runnables of a computing application based at least on an execution schedule and a set of commands associated with the execution schedule. The execution schedule may be generated using a compiling system to include the set of commands. The set of commands may include one or more individual commands corresponding to one or more timing fences dictating a timing and order of execution of one or more individual runnables of the plurality of runnables.

Abstract: There is provided a hinge including a first hinge member that is L-shaped. The hinge includes a second hinge member hingedly coupled to the first hinge member and L-shaped at least in part. There is also provided a folding table with a tabletop. The folding table includes at least one leg. The folding table includes a hinge mechanism coupled to the tabletop and the leg so as to enable the leg to move from a stored position to a deployed position. The folding table includes one or more of: i) a brace configured to support the leg in the deployed position and integrally connected to and formed with the hinge mechanism; and ii) a locking mechanism which when actuated is configured to inhibit movement of the leg from the deployed position to the stored position, with the locking mechanism being integrally connected to and formed with the hinge mechanism.

Abstract: One or more embodiments of the present disclosure relate to receiving application data indicative of a plurality of runnables corresponding to a computing application. Additionally, one or more embodiments may relate to generating, based at least on the application data, an execution schedule for execution of the plurality of runnables using a plurality of compute engines. The execution schedule may include one or more commands corresponding to one or more timing fences. The one or more timing fences may dictate a timing and order of execution between at least a first runnable and a second runnable of the plurality of runnables.

Abstract: One or more embodiments of the present disclosure relate to identifying, based on application data associated with a computing application that includes a set of runnables, a plurality of scheduling branches associated with scheduling execution of at least a subset of runnables of the set of runnables. Further, one or more embodiments relate to selecting a scheduling branch from the plurality of scheduling branches based at least on a coupling constraint that is applied to related runnables of at least the subset of runnables. The related runnables may include a first runnable that is designated for execution on a first compute engine and that triggers execution of a second runnable on a second compute engine. In addition, one or more embodiments may relate to determining an execution schedule of the set of runnables based at least on the scheduling branch.

Abstract: One or more embodiments of the present disclosure relate to executing, by a plurality of compute engines, a plurality of runnables of a computing application based at least on an execution schedule and a set of commands associated with the execution schedule. The execution schedule may be generated using a compiling system to include the set of commands. The set of commands may include one or more individual commands corresponding to one or more timing fences dictating a timing and order of execution of one or more individual runnables of the plurality of runnables.

Abstract: An appointment booking and fulfillment computing system which calculates available times based on a set of virtual scheduling resources, loosely coupled to a set of actual fulfillment (physical) resources which own the appointment during its fulfillment lifecycle. A user-configurable rules engine implemented in the system logic controls how these two sets of resources impinge on each other.

Abstract: A recirculating bath includes a main power input configured to receive an alternating current and a heating element that is selectively coupled to the main power input. The heating element is selectively coupled to the main power input in response to an activation signal having a duty cycle. The duty cycle of the activation signal is determined based on a voltage of the alternating current, with the duty cycle being reduced in response to an increase in the voltage of the alternating current. The heating element is thereby de-rated at higher alternating current voltages. A power unit coupled to the main power input provides direct current having a voltage independent of the alternating current voltage to portions of the recirculating bath, such as direct current motors coupled to a compressor and recirculating pump. The recirculating bath is thereby configured to operate with a range of alternating current voltages.

Abstract: A plurality of graphical user interface objects are displayed, wherein each object associated with a step in a sequence of user interface screens to be presented to a user in order to guide the user through an appointment scheduling process. Selections of the objects are received in order to build a customized appointment scheduling process. Information is stored representing the selections of the objects for the customized appointment scheduling process.

Abstract: A contact routing and scheduling system is provided allowing users to define various contact routing and scheduling contexts to direct a contact to a calendar of appointment availability representing the availability of a set of representatives pre-qualified to have times available for an appropriate appointment and to book an appointment as an integral part of the contact routing function. The system utilizes multiple visual user interfaces to allow users, contacts, and administrators to interact with the contact routing and appointment scheduling system. The system allows for user selection of contact routing and scheduling rules, association of scheduling activities to the contact routing process, and association of representatives who will ultimately accept appointments with contacts. The system also utilizes various techniques to associate contacts with particular contact routing and scheduling contexts received by the contact through email and/or other correspondence means.

Abstract: A contact routing and scheduling system is provided allowing users to define various contact routing and scheduling contexts to direct a contact to a calendar of appointment availability representing the availability of a set of representatives pre-qualified to have times available for an appropriate appointment and to book an appointment as an integral part of the contact routing function. The system utilizes multiple visual user interfaces to allow users, contacts, and administrators to interact with the contact routing and appointment scheduling system. The system allows for user selection of contact routing and scheduling rules, association of scheduling activities to the contact routing process, and association of representatives who will ultimately accept appointments with contacts. The system also utilizes various techniques to associate contacts with particular contact routing and scheduling contexts received by the contact through email and/or other correspondence means.

Abstract: A contact routing and scheduling system is provided allowing users to define various contact routing and scheduling contexts to direct a contact to a calendar of appointment availability representing the availability of a set of representatives pre-qualified to have times available for an appropriate appointment and to book an appointment as an integral part of the contact routing function. The system utilizes multiple visual user interfaces to allow users, contacts, and administrators to interact with the contact routing and appointment scheduling system. The system allows for user selection of contact routing and scheduling rules, association of scheduling activities to the contact routing process, and association of representatives who will ultimately accept appointments with contacts. The system also utilizes various techniques to associate contacts with particular contact routing and scheduling contexts received by the contact through email and/or other correspondence means.

Abstract: The instant invention relates to an appointment scheduling system that allows inviters to define various activities for appointments and to invite invitees to select said appointments. The system utilizes multiple visual user interfaces to allow inviters, invitees and other users to interact with the appointment scheduling system. The system allows for inviter selection of time windows in which appointments may be allowed as well as for the customization of these properties in terms of how often and until when these defined time windows will recur. The system also utilizes various techniques to associate invitees with particular appointment activities received by the invitee through email and/or other correspondence means.

Abstract: The instant invention relates to an appointment scheduling system that allows inviters to define various activities for appointments and to invite invitees to select said appointments. The system utilizes multiple visual user interfaces to allow inviters, invitees and other users to interact with the appointment scheduling system. The system allows for inviter selection of time windows in which appointments may be allowed as well as for the customization of these properties in terms of how often and until when these defined time windows will recur. The system also utilizes various techniques to associate invitees with particular appointment activities received by the invitee through email and/or other correspondence means.

Abstract: A system and method are provided for selectively setting one or more variable vehicle operating parameters or features by storing information representative of user/driver preferences on a portable information storage device, and later recalled to automatically adjust the same or other system or device to the same setting(s). Examples of such systems or devices includes seat position, mirrors, radio presets, climate control settings, Web sites, bookmarks, and mobile telephone presets. The personalized “settings” are thus available to be transported and transferred where desired by the possessor of the device.

Abstract: An infotainment system is provided which efficiently manages and provides for the availability of information onboard a vehicle. The infotainment system includes an infogas agent for acquiring information from an external source. The infotainment system further includes a context-based delivery system for delivering context-based information. The context-based information includes a vehicle context advisor for monitoring and storing information relative to vehicle devices and services available on the vehicle. The context advisor further includes a personalization context advisor for monitoring and storing personalization information made available to devices and services onboard the vehicle. The context advisor further includes an environmental context advisor for monitoring and storing environmental information made available to devices and services onboard the vehicle.

Abstract: An infotainment system is provided which efficiently manages and provides for the availability of information onboard a vehicle. The infotainment system includes an infogas agent for acquiring information from an external source. The infotainment system further includes a context-based delivery system for delivering context-based information. The context-based information includes a vehicle context advisor for monitoring and storing information relative to vehicle devices and services available on the vehicle. The context advisor further includes a personalization context advisor for monitoring and storing personalization information made available to devices and services onboard the vehicle. The context advisor further includes an environmental context advisor for monitoring and storing environmental information made available to devices and services onboard the vehicle.

Abstract: An infotainment system is provided which efficiently manages and provides for the availability of information onboard a vehicle. The infotainment system includes an infogas agent for acquiring information from an external source. The infotainment system further includes a context-based delivery system for delivering context-based information. The context-based information includes a vehicle context advisor for monitoring and storing information relative to vehicle devices and services available on the vehicle. The context advisor further includes a personalization context advisor for monitoring and storing personalization information made available to devices and services onboard the vehicle. The context advisor further includes an environmental context advisor for monitoring and storing environmental information made available to devices and services onboard the vehicle.

Abstract: An infotainment system is provided which efficiently manages and provides for the availability of information onboard a vehicle. The infotainment system includes an infogas agent for acquiring information from an external source. The infotainment system further includes a context-based delivery system for delivering context-based information. The context-based information includes a vehicle context advisor for monitoring and storing information relative to vehicle devices and services available on the vehicle. The context advisor further includes a personalization context advisor for monitoring and storing personalization information made available to devices and services onboard the vehicle. The context advisor further includes an environmental context advisor for monitoring and storing environmental information made available to devices and services onboard the vehicle.

Abstract: An infotainment system is provided which efficiently manages and provides for the availability of information onboard a vehicle. The infotainment system includes an infogas agent for acquiring information from an external source. The infotainment system further includes a context-based delivery system for delivering context-based information. The context-based information includes a vehicle context advisor for monitoring and storing information relative to vehicle devices and services available on the vehicle. The context advisor further includes a personalization context advisor for monitoring and storing personalization information made available to devices and services onboard the vehicle. The context advisor further includes an environmental context advisor for monitoring and storing environmental information made available to devices and services onboard the vehicle.