A New Dependence Test Based on Shape Analysis for Pointer-Based Codes. - Angeles G. Navarro; Francisco Corbera; Rafael Asenjo; Adrian Tineo; Oscar G. Plata; Emilio L. Zapata (LCPC, 2004)

A Novel Approach for Detecting Heap-Based Loop-Carried Dependences. - Adrian Tineo; Francisco Corbera; Angeles G. Navarro; Rafael Asenjo; Emilio L. Zapata (ICPP, 2005)

A New Strategy for Shape Analysis Based on Coexistent Link Sets. - Adrian Tineo; Francisco Corbera; Angeles G. Navarro; Rafael Asenjo; Emilio L. Zapata (PARCO, 2005)

Towards a Versatile Pointer Analysis Framework. - Rosa Castillo; Adrian Tineo; Francisco Corbera; Angeles G. Navarro; Rafael Asenjo; Emilio L. Zapata (Euro-Par, 2006)

Detecting loop-carried dependences in programs with dynamic data structures. - Angeles G. Navarro; Francisco Corbera; Adrian Tineo; Rafael Asenjo; Emilio L. Zapata (J. Parallel Distributed Comput., 2007)

Parallelizing irregular C codes assisted by interprocedural shape analysis. - Rafael Asenjo; Rosa Castillo; Francisco Corbera; Angeles G. Navarro; Adrian Tineo; Emilio L. Zapata (IPDPS, 2008)

On the Automatic Detection of Heap-Induced Data Dependencies with Interprocedural Shape Analysis. - Adrian Tineo; Francisco Corbera; Angeles G. Navarro; Rafael Asenjo; Emilio L. Zapata (ICPP Workshops, 2009)

Towards autotuning by alternating communication methods. - Adrian Tineo; Sadaf R. Alam; Thomas C. Schulthess (SIGMETRICS Perform. Evaluation Rev., 2012)