The invention discloses a
plant disease and
insect pest identification method based on sparse
network migration, and belongs to the technical field of intelligent agricultural
disease and
insect pestidentification. The method comprises the following steps: designing a
pruning algorithm, iteratively traversing a network, freezing redundant parameters in a source domain network, and generating a retrained optimal sparse sub-
network structure; employing deep migration learning, migrating the sparse network to a target domain, proposing a sparse
network migration hypothesis, verifying the feasibility of the sparse network, exploring the potential association between a target task and existing knowledge, and initializing the network through the weight of a source domain, and achieving the knowledge migration and reuse on the target domain; finally, finely adjusting the sub-network by using a small number of samples of the target domain data, optimizing the
network performance, and finishing the task migration, thereby solving the practical application problem.
Plant diseases and
insect pests can be recognized, the network detection precision is improved through sparse migration, and meanwhile, the problems that a traditional deep method needs to
train a dense network, calculation expenditure is large, the requirement for hardware is high, and popularization is not facilitated are solved.