Instance-Based Learning for Hybrid Planning
Ashutosh Pandey, Bradley R. Schmerl, David Garlan · 2017
Due to the fundamental trade-off between quality and timeliness of planning, designers of self-adaptive systems often have to compromise between an approach that is quick to find an adaptation plan and an approach that is slow but finds a quality adaptation plan. To deal with this trade-off, in our previous work, we proposed a hybrid planning approach that combines a deliberative and a reactive planning approach to find a balance between quality and timeliness of planning. However, when reactive and deliberative planning is combined to instantiate a hybrid planner, the key challenge is to decide which approach(es) should be invoked to solve a planning problem. To this end, this paper proposes to use a data-driven instance-based learning to find an appropriate combination of the two planning approaches when solving a planning problem. As an initial proof of concept, the paper presents results of a small experiment that indicate the potential of the proposed approach to identify a combination of the two planning approaches to solve a planning problem.