Travelled to:1 × Estonia
1 × France
1 × India
6 × USA
Collaborated with:J.Chen M.U.Farooq L.Chen A.Sivasubramaniam N.Vijaykrishnan T.Li S.Hu M.G.Valluri D.Kaseridis J.Stuecheli A.M.Joshi L.Eeckhout C.Isen R.Radhakrishnan V.Reddy P.T.Hulina L.D.Coraor J.Rubio S.Gurumurthi M.J.Irwin M.T.Kandemir
Talks about:predict (3) system (3) architectur (2) indirect (2) resourc (2) program (2) effect (2) manag (2) valu (2) base (2)
Person: Lizy Kurian John
DBLP: John:Lizy_Kurian
Contributed to:
2012
2010
20092008
2005
2002200220001995Wrote 10 papers:
- CC-2012-FarooqCJ #branch #compilation #predict
- Compiler Support for Value-Based Indirect Branch Prediction (MUF, LC, LKJ), pp. 185–199.
- HPCA-2010-FarooqCJ #predict
- Value Based BTB Indexing for indirect jump prediction (MUF, LC, LKJ), pp. 1–11.
- HPCA-2010-KaseridisSCJ #resource management #scalability #using
- A bandwidth-aware memory-subsystem resource management using non-invasive resource profilers for large CMP systems (DK, JS, JC, LKJ), pp. 1–11.
- DAC-2009-ChenJ #manycore #performance #scheduling
- Efficient program scheduling for heterogeneous multi-core processors (JC, LKJ), pp. 927–930.
- HPCA-2008-JoshiEJI #automation #generative
- Automated microprocessor stressmark generation (AMJ, LE, LKJ, CI), pp. 229–239.
- CGO-2005-HuVJ #adaptation #effectiveness #optimisation
- Effective Adaptive Computing Environment Management via Dynamic Optimization (SH, MGV, LKJ), pp. 63–73.
- ASPLOS-2002-LiJSVR #comprehension #control flow #operating system #predict
- Understanding and improving operating system effects in control flow prediction (TL, LKJ, AS, NV, JR), pp. 68–80.
- HPCA-2002-GurumurthiSIVKLJ #approach #estimation #simulation #using
- Using Complete Machine Simulation for Software Power Estimation: The SoftWatt Approach (SG, AS, MJI, NV, MTK, TL, LKJ), pp. 141–150.
- HPCA-2000-RadhakrishnanVJS #architecture #java #runtime
- Architectural Issues in Java Runtime Systems (RR, NV, LKJ, AS), pp. 387–398.
- HPCA-1995-JohnRHC #architecture #performance
- Program Balance and Its Impact on High Performance RISC Architectures (LKJ, VR, PTH, LDC), pp. 370–379.