Travelled to:1 × China
1 × Germany
1 × India
1 × Sweden
1 × Switzerland
2 × Italy
2 × Spain
3 × USA
Collaborated with:J.Östlund E.Castegren D.Clarke J.Vitek S.Brandauer J.Franco S.Drossopoulou B.Åkerblom ∅ S.Clebsch N.R.Cameron J.Noble K.Fernandez-Reyes E.B.Johnsen A.M.Yang J.Stendahl M.Tumlin F.Z.Nardelli S.Lebresne F.Pizlo F.Meawad L.Zhao Martin Hagelin S.Eisenbach Dave Clarke 0001 L.Henrio T.Clear K.Fisler M.Hauswirth S.Krishnamurthi J.G.Politz V.Tirronen B.Bloom J.Field N.Nystrom G.Richards R.Strnisa K.I.Pun S.L.T.Tarifa
Talks about:ownership (4) languag (4) concurr (3) uniqu (3) type (3) structur (2) parallel (2) control (2) script (2) object (2)
♂ Person: Tobias Wrigstad
DBLP: Wrigstad:Tobias
Facilitated 1 volumes:
PrCoContributed to:
2015
2015
2014
2014
20122010
2010
20102009200920082003
201820162017
2017201720182019Wrote 21 papers:
- OOPSLA-2015-BrandauerCW #alias #fine-grained
- Disjointness domains for fine-grained aliasing (SB, DC, TW), pp. 898–916.
- SFM-2015-BrandauerCCFJPT #parallel
- Parallel Objects for Multicores: A Glimpse at the Parallel Language Encore (SB, EC, DC, KFR, EBJ, KIP, SLTT, TW, AMY), pp. 1–56.
- SFM-2015-CastegrenOW #fine-grained
- Refined Ownership: — Fine-Grained Controlled Internal Sharing (EC, JÖ, TW), pp. 179–210.
- ITiCSE-WGR-2014-ClarkeCFHKPTW #bibliography #perspective
- In-Flow Peer Review (DC, TC, KF, MH, SK, JGP, VT, TW), pp. 59–79.
- MSR-2014-AkerblomSTW #python #source code
- Tracing dynamic features in python programs (BÅ, JS, MT, TW), pp. 292–295.
- ECOOP-2012-OstlundW #multi
- Multiple Aggregate Entry Points for Ownership Types (JÖ, TW), pp. 156–180.
- ECOOP-2012-Wrigstad #alias
- Structured Aliasing (TW), p. 232.
- OOPSLA-2010-CameronNW
- Tribal ownership (NRC, JN, TW), pp. 618–633.
- POPL-2010-WrigstadNLOV #scripting language
- Integrating typed and untyped code in a scripting language (TW, FZN, SL, JÖ, JV), pp. 377–388.
- TOOLS-EUROPE-2010-OstlundW #java
- Welterweight Java (JÖ, TW), pp. 97–116.
- ECOOP-2009-WrigstadPMZV #java #named #thread
- Loci: Simple Thread-Locality for Java (TW, FP, FM, LZ, JV), pp. 445–469.
- OOPSLA-2009-BloomFNORSVW #concurrent #named #robust #virtual machine
- Thorn: robust, concurrent, extensible scripting on the JVM (BB, JF, NN, JÖ, GR, RS, JV, TW), pp. 117–136.
- TOOLS-EUROPE-2008-OstlundWCA
- Ownership, Uniqueness, and Immutability (JÖ, TW, DC, BÅ), pp. 178–197.
- ECOOP-2003-ClarkeW
- External Uniqueness Is Unique Enough (DC, TW), pp. 176–200.
- ESOP-2018-FrancoCDVW #concurrent #correctness
- Correctness of a Concurrent Object Collector for Actor Languages (JF, SC, SD, JV, TW), pp. 885–911.
- ECOOP-2016-CastegrenW #concurrent
- Reference Capabilities for Concurrency Control (EC, TW), p. 26.
- ECOOP-2017-CastegrenW #data type #linear
- Relaxed Linear References for Lock-free Data Structures (EC, TW), p. 32.
- Onward-2017-FrancoHWDE #abstraction #performance
- You can have it all: abstraction and good cache performance (JF, MH, TW, SD, SE), pp. 148–167.
- OOPSLA-2017-ClebschFDYWV #co-evolution #design #garbage collection #named #type system
- Orca: GC and type system co-design for actor languages (SC, JF, SD, AMY, TW, JV), p. 28.
- Onward-2018-BrandauerCW #approach #composition #implementation #performance
- C♭: a new modular approach to implementing efficient and tunable collections (SB, EC, TW), pp. 57–71.
- ECOOP-2019-Fernandez-Reyes #named
- Godot: All the Benefits of Implicit and Explicit Futures (KFR, DC0, LH, EBJ, TW), p. 28.