Travelled to:
3 × Germany
6 × France
6 × USA
Collaborated with:
S.Pravossoudovitch A.Virazel L.Dilillo C.Landrault M.Bastian A.Bosio A.Ney V.Gouin N.Badereddine S.Caffiau L.Guittet D.L.Scapin P.M.Rosinger B.M.Al-Hashimi D.Dumas D.Gizopoulos K.Roy N.Nicolici X.Wen Y.A.Ameur F.Besnard G.Pierra J.Potier C.Kolski P.Forbrig B.David C.D.Tran H.Ezzedine Y.Bonhomme L.Guiller A.Touati P.Bernardi M.S.Reorda L.B.Zordan A.Todri R.A.Fonseca J.Azevedo A.Todri-Sanial G.Prenat J.Alvarez-Herault K.Mackay
Talks about:
test (8) sram (7) power (6) design (5) fault (5) diagnosi (3) analysi (3) core (3) cell (3) low (3)
Person: Patrick Girard
DBLP: Girard:Patrick
Contributed to:
Wrote 16 papers:
- DATE-2015-TouatiBDGVBR #functional #power management #source code #testing
- Exploring the impact of functional test programs re-used for power-aware testing (AT, AB, LD, PG, AV, PB, MSR), pp. 1277–1280.
- DATE-2013-ZordanBDGTVB #fault #power management
- Test solution for data retention faults in low-power SRAMs (LBZ, AB, LD, PG, AT, AV, NB), pp. 442–447.
- DATE-2012-AzevedoVBDGTPAM #architecture #fault
- Impact of resistive-open defects on the heat current of TAS-MRAM architectures (JA, AV, AB, LD, PG, ATS, GP, JAH, KM), pp. 532–537.
- DAC-2010-FonsecaDBGPVB #analysis #reliability #simulation #statistics
- A statistical simulation method for reliability analysis of SRAM core-cells (RAF, LD, AB, PG, SP, AV, NB), pp. 853–856.
- DATE-2009-NeyDGPVBG #fault
- A new design-for-test technique for SRAM core-cell stability faults (AN, LD, PG, SP, AV, MB, VG), pp. 1344–1348.
- HCI-NIMT-2009-CaffiauGGS #design #interactive
- Hierarchical Structure: A Step for Jointly Designing Interactive Software Dialog and Task Model (SC, PG, LG, DLS), pp. 664–673.
- HCI-NT-2009-KolskiFDGTE #architecture #design #evaluation #interactive
- Agent-Based Architecture for Interactive System Design: Current Approaches, Perspectives and Evaluation (CK, PF, BD, PG, CDT, HE), pp. 624–633.
- DATE-2008-GizopoulosRGNW #power management #testing
- Power-Aware Testing and Test Strategies for Low Power Devices (DG, KR, PG, NN, XW).
- DATE-2008-NeyGPVBG
- A Design-for-Diagnosis Technique for SRAM Write Drivers (AN, PG, SP, AV, MB, VG), pp. 1480–1485.
- DATE-2007-NeyGLPVB #analysis #fault
- Slow write driver faults in 65nm SRAM technology: analysis and March test solution (AN, PG, CL, SP, AV, MB), pp. 528–533.
- DATE-2006-DililloRAG #process #reduction
- Minimizing test power in SRAM through reduction of pre-charge activity (LD, PMR, BMAH, PG), pp. 1159–1164.
- DAC-2005-DililloGPVB #analysis #comparison #fault #injection
- Resistive-open defect injection in SRAM core-cell: analysis and comparison between 0.13 µm and 90 nm technologies (LD, PG, SP, AV, MB), pp. 857–862.
- DATE-v1-2004-BonhommeGGLPV #design #power management
- Design of Routing-Constrained Low Power Scan Chains (YB, PG, LG, CL, SP, AV), pp. 62–67.
- SEKE-1995-Ait-AmeurBGPP #metaprogramming #specification
- Formal Specification and Metaprogramming in the EXPRESS Language (YAA, FB, PG, GP, JCP), pp. 181–188.
- EDAC-1994-DumasGLP #effectiveness #fault
- Effectiveness of a Variable Sampling Time Strategy for Delay Fault Diagnosis (DD, PG, CL, SP), pp. 518–523.
- DAC-1992-GirardLP #approach #novel
- A Novel Approach to Delay-Fault Diagnosis (PG, CL, SP), pp. 357–360.