| 2007 | ICCSA | An Efficient Sequence Alignment Algorithm on a LARPBS. | David Sem, Sidney Youlou |
| 2007 | PDCAT | An Efficient Parallel Algorithm for the Longest Increasing Subsequence Problem on a LARPBS. | David Sem, Sidney Youlou |
| 2006 | CATA | A Load Balancing Technique for Some Coarse-Grained Multicomputer Algorithms. | Thierry Garcia, David Sem |
| 2006 | ICCSA | A CGM Algorithm Solving the Longest Increasing Subsequence Problem. | David Sem |
| 2004 | ISPDC | Vorono Mobile Cellular Networks: Topological Properties. | Anne-Elisabeth Baert, David Sem |
| 2004 | ISPDC | A New Model for 3-D Cellular Mobile Networks. | Catherine Decayeux, David Sem |
| 2004 | PDPTA | Parallel Solution of the Point Location Problem Using Pipelined Optical Bus Systems. | David Sem |
| 2004 | PDPTA | Parallel Solutions of the Longest Increasing Subsequence Problem Using Pipelined Optical Bus Systems. | David Sem, Sidney Youlou |
| 2003 | ICCSA | A Coarse-Grained Multicomputer Algorithm for the Longest Repeated Suffix Ending at Each Point in a Word. | Thierry Garcia, David Sem |
| 2003 | PDP | A Coarse-Grained Multicomputer Algorithm for the Longest Common Subsequence Problem. | Thierry Garcia, Jean Frdric Myoupo, David Sem |
| 2003 | PDPTA | One-to-All Broadcasting in Vorono Cellular Networks. | Anne-Elisabeth Baert, David Sem |
| 2003 | PDPTA | Optimal Routing Algorithm on Hexagonal Networks Based on a New Addressing Scheme. | Catherine Decayeux, David Sem |
| 2002 | CATA | Exact Computations of the Longest Repeated Suffix Ending at Each Point in a Word. | Thierry Lecroq, Jean Frdric Myoupo, David Sem |
| 2001 | PDP | Efficient BSR-Based Parallel Algorithms for Geometrical Problems. | David Sem, Jean Frdric Myoupo |
| 2001 | SPAA | A work-optimal CGM algorithm for the LIS problem. | Thierry Garcia, Jean Frdric Myoupo, David Sem |
| 1999 | OPODIS | Star-Honey Meshes and Tori: Topological Properties, Communication Algorithms and Ring Embedding. | Jean Carle, Jean Frdric Myoupo, David Sem |
| 1999 | PDPTA | An Efficient Algorithm on the BSR-Based Parallel Architecture for the k-LCS Problem. | David Sem |