Travelled to:
1 × Canada
1 × China
1 × Cyprus
1 × Sweden
1 × United Kingdom
4 × USA
Collaborated with:
S.Jagannathan K.C.Sivaramakrishnan F.Shen S.Y.Ko P.Schatz M.Viering T.Chen P.Eugster R.Hu F.Pizlo P.Maj A.L.Hosking E.Blanton J.Vitek A.Welc A.Adl-Tabatabai V.Menon T.Shpeisman J.D.Vecchio K.M.Yee B.Wang S.Holavanalli D.Manuel V.Nanjundaswamy B.Rosenberg N.Vishnubhotla C.Todarka M.Arora B.Dhandapani E.J.Lehner
Talks about:
permiss (2) concurr (2) android (2) flow (2) procrastin (1) checkpoint (1) synchroni (1) prescript (1) distribut (1) disciplin (1)
Person: Lukasz Ziarek
DBLP: Ziarek:Lukasz
Contributed to:
Wrote 11 papers:
- ASE-2014-ShenVTADLKZ #data flow
- Information flows as a permission mechanism (FS, NV, CT, MA, BD, EJL, SYK, LZ), pp. 515–526.
- PADL-2014-SivaramakrishnanZJ #named
- RCML: A Prescription for Safely Relaxing Synchrony (KCS, LZ, SJ), pp. 1–16.
- ASE-2013-HolavanalliMNRSKZ #android
- Flow Permissions for Android (SH, DM, VN, BR, FS, SYK, LZ), pp. 652–657.
- ISMM-2012-SivaramakrishnanZJ
- Eliminating read barriers through procrastination and cleanliness (KCS, LZ, SJ), pp. 49–60.
- PLDI-2011-ZiarekSJ #composition
- Composable asynchronous events (LZ, KCS, SJ), pp. 628–639.
- PLDI-2010-PizloZMHBV #garbage collection #named #realtime
- Schism: fragmentation-tolerant real-time garbage collection (FP, LZ, PM, ALH, EB, JV), pp. 146–159.
- ICFP-2009-ZiarekSJ #communication #concurrent
- Partial memoization of concurrency and communication (LZ, KCS, SJ), pp. 161–172.
- ECOOP-2008-ZiarekWAMSJ #execution #java #transaction
- A Uniform Transactional Execution Environment for Java (LZ, AW, ARAT, VM, TS, SJ), pp. 129–154.
- ICFP-2006-ZiarekSJ #abstraction #composition #concurrent #functional #named #source code
- Stabilizers: a modular checkpointing abstraction for concurrent functional programs (LZ, PS, SJ), pp. 136–147.
- ASE-2015-VecchioSYWKZ #analysis #android #string
- String Analysis of Android Applications (N) (JDV, FS, KMY, BW, SYK, LZ), pp. 680–685.
- ESOP-2018-VieringCEHZ #distributed #type system
- A Typing Discipline for Statically Verified Crash Failure Handling in Distributed Systems (MV, TCC, PE, RH, LZ), pp. 799–826.