Abstract: As disclosed herein a method, executed by a computer, for enabling stakeholder notification includes receiving a message that indicates a stakeholder for a message and responding to an identified stakeholder without requiring user intervention. The stakeholder, specified by a stakeholder indicator, may be an address, a label, or the like that is included in a message header or embedded in the message. A messaging client may auto-populate the stakeholder indicator with a specified user, such as, a supervisor of the user preparing the message. Activation of the stakeholder field may be a configurable setting configured through email client options, or alternatively may be manually selected by the message author at the time of message creation. A user interface may be available allowing an identified stakeholder to request removal as a stakeholder. A computer system, and computer program product corresponding to the method are also disclosed herein.

Abstract: As disclosed herein a method, executed by a computer, for enabling stakeholder notification includes receiving a message that indicates a stakeholder for a message and responding to an identified stakeholder without requiring user intervention. The stakeholder, specified by a stakeholder indicator, may be an address, a label, or the like that is included in a message header or embedded in the message. A messaging client may auto-populate the stakeholder indicator with a specified user, such as, a supervisor of the user preparing the message. Activation of the stakeholder field may be a configurable setting configured through email client options, or alternatively may be manually selected by the message author at the time of message creation. A user interface may be available allowing an identified stakeholder to request removal as a stakeholder. A computer system, and computer program product corresponding to the method are also disclosed herein.

Abstract: Provided are techniques for selecting a first group of indexes to form a current generation of indexes, selecting indexes from the first group biased to indexes with higher fitness values from the current generation of indexes, forming sub-groups of indexes using the selected indexes, determining fitness values of each of the sub-groups based on the fitness value of each of the indexes, selecting a subset of the sub-groups; and placing the indexes in the selected sub-groups into a new generation of indexes.

Abstract: Provided are techniques for selecting a first group of indexes to form a current generation of indexes, selecting indexes from the first group biased to indexes with higher fitness values from the current generation of indexes, forming sub-groups of indexes using the selected indexes, determining fitness values of each of the sub-groups based on the fitness value of each of the indexes, selecting a subset of the sub-groups; and placing the indexes in the selected sub-groups into a new generation of indexes.

Abstract: Provided are techniques for selecting a first group of indexes to form a current generation of indexes, selecting indexes from the first group biased to indexes with higher fitness values from the current generation of indexes, forming sub-groups of indexes using the selected indexes, determining fitness values of each of the sub-groups based on the fitness value of each of the indexes, selecting a subset of the sub-groups; and placing the indexes in the selected sub-groups into a new generation of indexes.

Abstract: Provided are techniques for selecting a first group of indexes to form a current generation of indexes, selecting indexes from the first group biased to indexes with higher fitness values from the current generation of indexes, forming sub-groups of indexes using the selected indexes, determining fitness values of each of the sub-groups based on the fitness value of each of the indexes, selecting a subset of the sub-groups; and placing the indexes in the selected sub-groups into a new generation of indexes.