Li Y., Sanfelice R.G.  2013.  A Coupled Pair of {L}uenberger Observers for Linear Systems to Improve Rate of Convergence and Robustness to Measurement Noise. Proceedings of the American Control Conference. :2503–2508.

Li Y., Sanfelice R.G.  2013.  A Robust Finite-time Convergent Hybrid Observer for Linear Systems. Proceedings of the IEEE Conference on Decision and Control. :3349–3354.

Li Y., Phillips S., Sanfelice R.G.  2014.  Results on Incremental Stability for A Class Hybrid Systems. Proceedings of the Conference on Decision and Control. :3089–3094.

Li Y., Sanfelice R.G.  2014.  Robust Distributed State Observers with Performance Guarantees and Optimized Communication Graph. Proceedings of the 2014 American Control Conference. :1090-1095.

Li Y., Sanfelice R.G.  2015.  A Finite-time Convergent Observer with Robustness to Piecewise-constant Measurement Noise. Automatica. 57:222-230.

Li Y., Sanfelice R.G.  2015.  Interconnected Observers for Linear Systems to Improve Rate of Convergence and Robustness to Measurement Noise. To appear in IEEE Transactions on Control of Network Systems.

Li Y., .G.Sanfelice R.  2015.  On Necessary and Sufficient Conditions for Incremental Stability of Hybrid Systems using the Graphical Distance between Solutions. Proceedings of the IEEE Conference on Decision and Control. :5575–5580.

Li Y., Sanfelice R.G.  2015.  On Necessary and Sufficient Conditions for Incremental Stability of Hybrid Systems using the Graphical Distance between Solutions.

Li Y., Sanfelice R.G.  2015.  Results on Finite Time Stability for A Class of Hybrid Systems.

Lou X., Li Y., Sanfelice R.G..  2015.  Results on Stability and Robustness of Hybrid Limit Cycles for A Class of Hybrid Systems. Proceedings of the IEEE Conference on Decision and Control. :2235–2240.

Lou X., Li Y., Sanfelice R.G..  2015.  Results on Stability and Robustness of Hybrid Limit Cycles for A Class of Hybrid Systems. Proceedings of the IEEE Conference on Decision and Control. :2235–2240.

Lou X., Li Y., Sanfelice R.G.  2015.  Results on Stability and Robustness of Hybrid Limit Cycles for A Class of Hybrid Systems.

Lou X., Li Y., Sanfelice R.G.  2015.  Results on Stability and Robustness of Hybrid Limit Cycles for A Class of Hybrid Systems.

Lou X., Li Y., Sanfelice R.G.  2015.  On Robust Stability of Limit Cycles for Hybrid Systems With Multiple Jumps. Proc. 5th Analysis and Design of Hybrid Systems. :199–204.

Lou X., Li Y., Sanfelice R.G.  2015.  On Robust Stability of Limit Cycles for Hybrid Systems With Multiple Jumps. Proc. 5th Analysis and Design of Hybrid Systems. :199–204.

Lou X., Li Y., Sanfelice R.G.  2015.  On Robust Stability of Limit Cycles for Hybrid Systems With Multiple Jumps.

Lou X., Li Y., Sanfelice R.G.  2015.  On Robust Stability of Limit Cycles for Hybrid Systems With Multiple Jumps.

Li Y., Phillips S., Sanfelice R.G.  2016.  Basic Properties and Characterizations of Incremental Stability Prioritizing Flow Time for a Class of Hybrid Systems. Systems and Control Letters. 90:7-15.

Li Y., .G.Sanfelice R.  2016.  A Decentralized Consensus Algorithm for Distributed State Observers with Robustness Guarantees. In Proceedings of the American Control Conference. :1876–1881.

Phillips S., Li Y., Sanfelice R.G.  2016.  On Distributed Intermittent Consensus for First-Order Systems with Robustness. Proceedings of 10th IFAC Symposium on Nonlinear Control Systems. :146–151.

Phillips S., Li Y., Sanfelice R.G..  2016.  On Distributed Intermittent Consensus for First-Order Systems with Robustness.

Li Y., Phillips S., Sanfelice R.G.  2016.  On Distributed Intermittent Observers for Linear Time-invariant Systems with Robustness.

Li Y., Phillips S., Sanfelice R.G.  2016.  On Distributed Observers for Linear Time-invariant Systems Under Intermittent Information Constraints. Proceedings of 10th IFAC Symposium on Nonlinear Control Systems. :666–671.

Li Y., Sanfelice R.G.  2016.  Incremental Graphical Asymptotic Stability for Hybrid Dynamical Systems.

Li Y., .G.Sanfelice R.  2016.  Results on Finite Time Stability for A Class of Hybrid Systems. In Proceedings of the American Control Conference. :4263–4268.