Hard real-time preemptively scheduling with high context switch cost. - Juan Echagüe; Ismael Ripoll; Alfons Crespo (RTS, 1995)

Providing Generalized Rate Monotonic Scheduling Theory to I/O Abstractions over Timed Token Protocol MAC Networks. - Juan Echagüe; Joan Vila i Carbó; Alfons Crespo (ICECCS, 1996)

Worst case burstiness increase due to FIFO multiplexing. - Vicent Cholvi; Juan Echagüe; Jean-Yves Le Boudec (Perform. Evaluation, 2002)

Universal stability results for low rate adversaries in packet switched networks. - Juan Echagüe; Vicent Cholvi; Antonio Fernández 001 (IEEE Commun. Lett., 2003)

A Distributed Algorithm to Provide QoS by Avoiding Cycles in Routes. - Juan Echagüe; Manuel Prieto 002; Jesús E. Villadangos; Vicent Cholvi (QofIS, 2004)

On the feasible scenarios at the output of a FIFO server. - Vicent Cholvi; Juan Echagüe; Jean-Yves Le Boudec (IEEE Commun. Lett., 2005)

Worst case burstiness increase due to arbitrary aggregate multiplexing. - Juan Echagüe; Vicent Cholvi (VALUETOOLS, 2006)

Stability of FIFO networks under adversarial models: State of the art. - Vicent Cholvi; Juan Echagüe (Comput. Networks, 2007)

Transforming general networks into feed-forward by using turn-prohibition. - Juan Echagüe; Jesús E. Villadangos; Vicent Cholvi; Manuel Prieto 002 (Comput. Commun., 2008)

Tight Arrival Curve at the Output of a Work-Conserving Blind Multiplexing Server. - Juan Echagüe; Vicent Cholvi (Informatica, 2010)

Stability Under Adversarial Injection of Dependent Tasks (Extended Abstract). - Vicent Cholvi; Juan Echagüe; Antonio Fernández Anta; Christopher Thraves Caro (NETYS, 2020)

System Stability Under Adversarial Injection of Dependent Tasks. - Vicent Cholvi; Juan Echagüe; Antonio Fernández Anta; Christopher Thraves Caro (IEEE Access, 2021)

Network Congestion Control Algorithm for Image Transmission - HRI and Visual Light Communications of an Autonomous Underwater Vehicle for Intervention. - Salvador López-Barajas; Pedro J. Sanz; Raúl Marín Prades; Juan Echagüe; Sebastian Realpe (Future Internet, 2025)