Sources of Funding
| Compusapien |  |
| WiPLASH H2020 |  |
| Fvllmonti |  |
| SNF ML-edge |  |
| ACCESS |  |
Convolutional Neural Networks (CNNs) can be compute-intense models that strain the capabilities of embedded devices executing them. Hardware accelerators support edge-computing environments by providing specialized resources to increase computation efficiency. Nevertheless, they usually reduce flexibility, either providing a limited set of operations or by supporting integer operands of specific bitwidth only. Therefore, an HW-SW co-design strategy is key in this context to synergically combine CNN optimizations with the underlying HW modules. Pruning and quantization are algorithmic-level transformations that effectively reduce memory requirements and computing complexity, potentially affecting CNN accuracies. As a consequence they need to be carefully employed, directly controlling accuracy degradation during the optimization phase, and by taking into account the HW characteristics to effectively leverage them to improve efficiency. |
Related Publications
| Bit-Line Computing for CNN Accelerators Co-Design in Edge AI Inference |
| Rios, Marco; Ponzina, Flavio; Levisse, Alexandre S�bastien Julien; Ansaloni, Giovanni; Atienza Alonso, David |
| 2023 | IEEE Transactions on Emerging Topics in Computing | | | | |
| Overflow-free compute memories for edge AI acceleration |
| Ponzina, Flavio; Rios, Marco Antonio; Levisse, Alexandre Sébastien Julien; Ansaloni, Giovanni; Atienza Alonso, David |
| 2023 | ACM Transactions on Embedded Computing Systems (TECS) | | | | |
