Jens Breitbart, Dataflow-like synchronization in a PGAS programming model
Martti Forsell and Mikko Hiivala, Multi-core Portability Abstraction
Martti Forsell and Ville Leppanen, An Extended PRAM-NUMA Model of Computation for TCF Programming
10:00-10:30 Coffee Break
Session 2: Parallel Architectures and GPUs, 10:30-12:10
Chair: Martti Forsell
Koji Nakano, Simple Memory Machine Models for GPUs
Amlan Chatterjee and Sridhar Radhakrishnan and Antonio John, Counting Problems on Graphs: GPU Storage and Parallel Computing Techniques
Ramachandran Vaidyanathan and Phaneendra Vinukonda, On Running Windowed Image Computations on a Pipeline
Shigeyuki Takano, Very Large-Scale Integrated Processor
12:10-13:20 Lunch
Session 3:Wireless Networks, 13:20-15:00
Chair: Koji Nakano
Keqin Li, Optimal Number of Annuli for Maximizing the Lifetime of Sensor Networks
Thamer Alsulaiman, Sushil Prasad and Alexander Zelikovsky, Distributed Algorithms for TDMA Link Scheduling in Sensor Networks
Thiago Neves and Marcos Caetano and Jacir Bordim, An Energy-Optimum and Communication-Time Efficient Protocol for Allocation, Scheduling and Routing in Wireless Networks
Felipe Modesto and Marcos Caetano and Jacir Bordim, An Opportunistic MAC Protocol based on Statistical Spectrum Analysis
15:00-15:30 Coffee Break
Session 4: Parallel and Distributed Algorithms, 15:30-17:35
Chair: Keqin Li
Joel Antonio Trejo-Sa'nchez and Jose' Alberto Ferna'ndez-Zepeda, A Self-stabilizing Algorithm for the Maximal 2-packing in a Cactus Graph
Yusuke Hosaka and Shuji Kijima and Masafumi Ymashita and Yukiko Yamauchi and Hirotaka Ono, An Extension of Matthews' Bound to Multiplex Random Walks
Marin Bougeret and Pierre-Francois Dutot and Klaus Jansen and Christina Robenek and Denis Trystram, Tight approximation for scheduling parallel jobs on identical clusters
Yang Wang and Xiaojun Cao and Adrian Caciula and Qian Hu, On-line Batch Scheduling in Distributed Optical Networks
Marko Obrovac and Cedric Tedeschi, On the Feasibility of a Distributed Runtime for the Chemical Programming Model
Note
Each presentation will be of 25 minutes duration, which includes 5-minute question and discussion time.