Abstract: A resource reservation system and method for scheduling and reserving of rooms for meetings of groups of individuals. The method determines an amount of time to allot between scheduled back-to-back meetings for an amount of cleaning of the room between the back-to-back meetings in order to minimize a risk of illness/dirtiness and minimize cross contamination of participants in the next group meeting in the room. The method determines a level of risk corresponding to determined hierarchical relationships between participants of the meeting/group and their personal characteristics. The hierarchical relationships include a determined relationship between and among the participants of a group and their relations with other non-participants of the group and any determined physical distances between participants that have determined relationships. Based on the computed level of risk score for that resource, the method determines an amount of cleaning and the amount of time allotted for the resource cleaning.

Abstract: Mechanisms are provided for assigning at least one operator to a break team to break a machine from a test environment. The mechanisms, in response to installing a machine under test (MUT) in a test environment, generate a MUT data structure in a MUT database that stores machine detail data. The mechanisms monitor the testing process to detect the testing process nearing completion and, in response to nearing completion, the mechanisms: (1) execute a first computer model on the MUT data structure to prioritize breaking of the MUT from the test environment; (2) execute a second computer model on operator data in an operator database to identify eligibility operators for the break team; and (3) generate an output specifying the break team in association with the MUT and a priority for breaking the MUT from the test environment based on the execution of the first and second computer models.