KGE(Knowledge Graph Embedding) maps entities and relationships into a low-dimensional continuous vector space, uses machine learning methods to implement relational data applications, such as knowledge analysis, reasoning, and completion. Taking ConvE (Convolution Embedding) as a representative, CNN (Convolutional Neural Network) is applied to knowledge graph embedding to capture the interactive information of entities and relationships, but the ability of the standard convolutional to capture feature interaction information is insufficient, and its feature expression ability is low. Aiming at the problem of insufficient feature interaction ability, an improved Inception structure was proposed, based on which a knowledge graph embedding model named InceE was constructed. Firstly, hybrid dilated convolution replaced standard convolution to improve the ability to capture feature interaction information. Secondly, the residual network structure was used to reduce the loss of feature information. The experiments were carried out on the datasets Kinship, FB15k, WN18 to verify the effectiveness of link prediction by InceE. Compared with ArcE and QuatRE models on the Kinship and FB15k datasets, the Hit@1 of InceE increased by 1.6 and 1.5 percentage points; compared with ConvE on the three datasets, the Hit@1 of InceE increased by 6.3, 20.8, and 1.0 percentage points. The experimental results show that InceE has a stronger ability to capture feature interactive information.