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This paper describes multi-agent strategies for applying continuous and embedded learning (CEL). In the CEL architecture, an agent maintains a simulator based on its current knowledge of the world and applies a learning algorithm that obtains its performance measure using this simulator. The simulator is updated to reflect changes in the environment or robot state that can be detected by a monitor, such as sensor failures. In this paper, we adapt this architecture to a multi-agent setting in which the monitor is communicated among the team members effectively creating a distributed monitor. The parameters of the current control algorithm (in our case rulebases learned by genetic algorithms) used by all of the agents are added to the monitor as well, allowing for cooperative learning. We show that communication of agent status (e.g. failures) among the team members allows the agents to dynamically adapt to team …