'Network diameter' presentation slideshows

Graph-based analysis of biochemical networks

aMAZE - Protein Function and Biochemical Processes. Graph-based analysis of biochemical networks. Contents. Mapping metabolic networks onto a graph Taversal rules for metabolic graphs Path finding Path finding in weighted graphs Pathway reconstruction by reaction clustering

1.05k views • 91 slides

Disruption Tolerant Networking SPINDLE Project: Phase 1 Accomplishments

Disruption Tolerant Networking SPINDLE Project: Phase 1 Accomplishments. Rajesh Krishnan krash@bbn.com. On behalf of the SPINDLE project team:

656 views • 41 slides

Path finding in metabolic graphs

Path finding in metabolic graphs. Graph-based analysis of metabolic networks. Traversal rules for metabolic graphs. Traversal rules. How to treat Reaction reversibility ? Pool metabolites ?. Direct traversal of reversible reactions. Reaction. L-Aspartic Semialdehyde.

493 views • 38 slides

Outline

Outline. Classes of Shared memory systems Types of Interconnection Networks Metrics for Interconnection Networks. Recap. Where there are N processors each with its own individual data stream i.e. SIMD. and MIMD . ,

505 views • 35 slides

Fast LANs

Fast LANs. Rationale to solve speed / topology limitations imposed by conventional shared media LANs Driving force More users New high speed applications. Fast LANs. Solutions Bridging can solve problem to a certain extent Better solution is to adopt star/hub topology

470 views • 33 slides

Load Balancing of In-Network Data-Centric Storage Schemes in Sensor Networks

Load Balancing of In-Network Data-Centric Storage Schemes in Sensor Networks. Mohamed Aly In collaboration with Kirk Pruhs and Panos K. Chrysanthis Advanced Data Management Technologies Lab Dept. of Computer Science University of Pittsburgh. Why Data Centric Storage??.

332 views • 17 slides

Network Communications Chapter 10

188 views • 8 slides

Adversarial Sensor Network Simulation

Adversarial Sensor Network Simulation. CS252 Project Pitch Zach Anderson Henry Lin. The Problem. Current sensor network algorithm robustness testing: Realistic bit error models Varying sensor density, network diameter Other things can go wrong or vary: Packet duplication

184 views • 6 slides

Adversarial Sensor Network Simulation

Adversarial Sensor Network Simulation. CS252 Project Pitch Zach Anderson Henry Lin. The Problem. Current sensor network algorithm robustness testing: Realistic bit error models Varying sensor density, network diameter Other things can go wrong or vary: Packet duplication

70 views • 6 slides