Abstract: A processor may analyze a target area. The processor may identify, from the analyzing, one or more objects in the target area. The processor may evaluate each of the one or more objects in the target area. Evaluating each of the one or more objects may include measuring each of the one or more objects and determining a purpose for each of the one or more objects. The processor may generate, based on the evaluating, a placement for each of the one or more objects.

Abstract: An optimal collaboration platform of a plurality of collaboration platforms is identified. Activity of the user is monitored. A change from a current collaboration platform to the identified optimal collaboration platform is recommended based on a ranking of the plurality of collaboration platforms and the activity of the user. The recommendation is transmitted to the user. A determination is made whether the user accepts the transmitted recommendation. In response to determining that the user has accepted the transmitted recommendation, the optimal platform is initiated.

Abstract: In optimizing bid response and project execution plan generation, a system compares current bid requirements of a current bid with prior bid requirements of prior bids. For prior bids with prior bid requirements matching the current bid requirements, the system retrieves corresponding prior bid responses with a prior bid response status of win and retrieves prior projects corresponding to the prior bid responses. The system determines candidate bid response parameters with a highest probability of winning the current bid and with a probability of project success meeting a minimum threshold. The system generates a current bid response to include the candidate bid response parameters. After winning the current bid, the system determines candidate project plan parameters with highest probability of project success and generates a current project corresponding to the current bid response to include the candidate project plan parameters.

Abstract: In optimizing bid response and project execution plan generation, a system compares current bid requirements of a current bid with prior bid requirements of prior bids. For prior bids with prior bid requirements matching the current bid requirements, the system retrieves corresponding prior bid responses with a prior bid response status of win and retrieves prior projects corresponding to the prior bid responses. The system determines candidate bid response parameters with a highest probability of winning the current bid and with a probability of project success meeting a minimum threshold. The system generates a current bid response to include the candidate bid response parameters. After winning the current bid, the system determines candidate project plan parameters with highest probability of project success and generates a current project corresponding to the current bid response to include the candidate project plan parameters.

Abstract: A method, system, and/or computer program product schedules preventive maintenance on a unit of equipment. An outage on a unit of equipment, which is the result of a maintenance operation being performed on a subcomponent of the unit of equipment, is detected. A determination is made that the maintenance operation is a superseding maintenance operation, which renders a subsequently scheduled minor maintenance operation on the subcomponent of the unit of equipment unnecessary. A critical maintenance operation on the subcomponent of the unit of equipment is also identified. Thus, the critical maintenance operation, but not the minor maintenance operation, is performed while executing the superseding maintenance operation on the subcomponent of the unit of equipment during the outage.

Abstract: A method, system, and/or computer program product schedules preventive maintenance on a unit of equipment. An outage on a unit of equipment, which is the result of a maintenance operation being performed on a subcomponent of the unit of equipment, is detected. A determination is made that the maintenance operation is a superseding maintenance operation, which renders a subsequently scheduled minor maintenance operation on the subcomponent of the unit of equipment unnecessary. A critical maintenance operation on the subcomponent of the unit of equipment is also identified. Thus, the critical maintenance operation, but not the minor maintenance operation, is performed while executing the superseding maintenance operation on the subcomponent of the unit of equipment during the outage.