Person: Marek Tudruj

DBLP: Tudruj:Marek

Contributed to:

2014

2013

2012

2008

2007

2006

2004

2003

Wrote 11 papers:

PDP-2014-FalcoLOSTT #distributed #optimisation #source code

Extremal Optimization with Guided State Changes in Load Balancing of Distributed Programs (IDF, EL, RO, US, ET, MT), pp. 228–231.

PDP-2013-SmykT #algorithm #execution #framework #monitoring #search-based

Genetic Algorithms Hierarchical Execution Control under a Global Application State Monitoring Infrastructure (AS, MT), pp. 16–23.

PDP-2012-BorkowskiT #distributed #process #source code

Global Control in Distributed Programs with Dynamic Process Membership (JB, MT), pp. 525–529.

PDP-2008-BorkowskiT #adaptation #integration #parallel #performance

Tuning the Efficiency of Parallel Adaptive Integration with Synchronizers (JB, MT), pp. 351–357.

PDP-2007-BorkowskiKT #monitoring #parallel

Global predicate monitoring applied for control of parallel irregular computations (JB, DK, MT), pp. 105–112.

PDP-2007-TudrujM #clustering #communication #matrix #on the fly #parallel

Dynamic SMP Clusters with Communication on the Fly in SoC Technology Applied for Medium-Grain Parallel Matrix Multiplication (MT, LM), pp. 270–277.

PDP-2006-BorkowskiKT #grid #parallel #source code #using

Application Control on Grid Using Predicates Defined on Global States of Co-Operating Parallel Programs (JB, DK, MT), pp. 248–255.

PDP-2006-LaskowskiT #branch #configuration management #scheduling #source code

Scheduling Programs with Conditional Branches for Look-Ahead Dynamically Reconfigurable Systems (EL, MT), pp. 211–218.

PDP-2004-SmykT #parallel

RDMA Control Support for Fine-Grain Parallel Computations (AS, MT), p. 208–?.

PDP-2003-BorkowskiKT #implementation #parallel #source code

Implementing Control in Parallel Programs by Synchronization-Driven Activation and Cancellation (JB, DK, MT), pp. 316–323.

PDP-2003-TudrujM #clustering #communication #configuration management #execution #on the fly

Communication on the Fly and Program Execution Control in a System of Dynamically Configurable SMP Clusters (MT, LM), pp. 67–74.