Abstract: The system and methods described herein provide for dynamic provisioning of computing resources for an enterprise resource planning system. The dynamic provisioning system provisions an original configuration of computing resources upon selection from a client device, and then provides for further dynamic provisioning by evaluating the real-time performance of the ERP system or by analyzing historical performance and consumption information of the ERP system or by using a combination to predict the anticipated stress on the computing resources placed by future performance of the ERP system.

Abstract: The system and methods described herein provide for dynamic provisioning of computing resources for an enterprise resource planning system. The dynamic provisioning system provisions an original configuration of computing resources upon selection from a client device, and then provides for further dynamic provisioning by evaluating the real-time performance of the ERP system or by analyzing historical performance and consumption information of the ERP system or by using a combination to predict the anticipated stress on the computing resources placed by future performance of the ERP system.

Abstract: The system and methods described herein provide for dynamic provisioning of computing resources for an enterprise resource planning system. The dynamic provisioning system provisions an original configuration of computing resources upon selection from a client device, and then provides for further dynamic provisioning by evaluating the real-time performance of the ERP system or by analyzing historical performance and consumption information of the ERP system or by using a combination to predict the anticipated stress on the computing resources placed by future performance of the ERP system.

Abstract: A data communication system for outputting a multimedia source to occupants of a vehicle comprising an emitter unit centrally located within an interior of the vehicle and in close proximity to a headliner of the vehicle wherein the emitter unit is responsive to a data signal to transmit an infrared signal. The emitter unit further includes a source of the infrared signal in a central core of the emitter unit and directs the infrared signal in a radial direction toward an outer perimeter of the emitter unit with a first field angle. A curved deflector located on the outer perimeter of the emitter unit deflects the infrared signal throughout the interior of the vehicle with a second field angle larger than the first field angle.