Presentation is loading. Please wait.

Presentation is loading. Please wait.

Montek Singh COMP790-084 Nov 8, 2011.  Basics of network-on-chip ◦ what is an NOC? ◦ why is an NOC needed? ◦ main features ◦ examples  Next two classes.

Published by Modified over 9 years ago

Similar presentations

Presentation on theme: "Montek Singh COMP790-084 Nov 8, 2011.  Basics of network-on-chip ◦ what is an NOC? ◦ why is an NOC needed? ◦ main features ◦ examples  Next two classes."— Presentation transcript:

1 Montek Singh COMP790-084 Nov 8, 2011

2  Basics of network-on-chip ◦ what is an NOC? ◦ why is an NOC needed? ◦ main features ◦ examples  Next two classes ◦ case studies ◦ benefits and challenges ◦ key research problems

3  Communication fabric between components/cores

4  Wires getting “worse”

5  Several topologies

6

7  Grid-structured NoC

8

9  … in terms of OSI layer model of networking

10

11  Analogous to the network adapters for Wifi/Ethernet

12

13

14

15  thin (spread) layout vs. concentrated

Download ppt "Montek Singh COMP790-084 Nov 8, 2011.  Basics of network-on-chip ◦ what is an NOC? ◦ why is an NOC needed? ◦ main features ◦ examples  Next two classes."

Similar presentations

Introduction To Network. Overview Whats Network ? Types of Networks Open System Interconnection Reference Model (OSI / RM) Transmission Control Protocol.

Introduction To Network. Overview Whats Network ? Types of Networks Open System Interconnection Reference Model (OSI / RM) Transmission Control Protocol.
AMHS Workshop Chennai, India December 15-16, 2008

AMHS Workshop Chennai, India December 15-16, 2008
Montek Singh COMP790-084 Sep 20, 2011.  Basics of energy harvesting ◦ why must some systems harvest energy? ◦ where do you scavenge energy from?  Introductory.

Montek Singh COMP Sep 20,  Basics of energy harvesting ◦ why must some systems harvest energy? ◦ where do you scavenge energy from?  Introductory.
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 OSI Data Link Layer Network Fundamentals – Chapter 7.

© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 OSI Data Link Layer Network Fundamentals – Chapter 7.
Montek Singh COMP790-084 Sep 27, 2011.  Case studies ◦ CEA-LETI (power management) ◦ Univ. of Newcastle (power management) ◦ Imperial College (biosensors)

Montek Singh COMP Sep 27,  Case studies ◦ CEA-LETI (power management) ◦ Univ. of Newcastle (power management) ◦ Imperial College (biosensors)
© 2006 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 Services in a Converged WAN Accessing the WAN – Chapter 1.

© 2006 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 Services in a Converged WAN Accessing the WAN – Chapter 1.
Montek Singh COMP790-084 Oct 6, 2011.  Today’s topics: ◦ approximate arithmetic ◦ simple applications  Next time: ◦ more applications ◦ architectures.

Montek Singh COMP Oct 6,  Today’s topics: ◦ approximate arithmetic ◦ simple applications  Next time: ◦ more applications ◦ architectures.
Montek Singh COMP790-084 Oct 11, 2011.  Today’s topics: ◦ more on error metrics ◦ more applications ◦ architectures and design tools ◦ challenges and.

Montek Singh COMP Oct 11,  Today’s topics: ◦ more on error metrics ◦ more applications ◦ architectures and design tools ◦ challenges and.
Montek Singh COMP790-084 Oct 4, 2011.  Basics of probabilistic design ◦ energy-correctness tradeoff ◦ probabilistic Boolean logic ◦ approximate arithmetic.

Montek Singh COMP Oct 4,  Basics of probabilistic design ◦ energy-correctness tradeoff ◦ probabilistic Boolean logic ◦ approximate arithmetic.
Montek Singh COMP790-084 Nov 10, 2011.  Design questions at various leves ◦ Network Adapter design ◦ Network level: topology and routing ◦ Link level:

Montek Singh COMP Nov 10,  Design questions at various leves ◦ Network Adapter design ◦ Network level: topology and routing ◦ Link level:
Montek Singh COMP790-084 Sep 6, 2011.  Basics of magnetism  Nanomagnets and their coupling  Next class: ◦ Challenges and Benefits ◦ Open questions.

Montek Singh COMP Sep 6,  Basics of magnetism  Nanomagnets and their coupling  Next class: ◦ Challenges and Benefits ◦ Open questions.
Montek Singh COMP790-084 Sep 8, 2011.  Previous class: ◦ Basics of magnetism ◦ Nanomagnets and their coupling  TODAY: ◦ Challenges and Benefits  reliability.

Montek Singh COMP Sep 8,  Previous class: ◦ Basics of magnetism ◦ Nanomagnets and their coupling  TODAY: ◦ Challenges and Benefits  reliability.
Montek Singh COMP790-084 Oct 11, 2011.  Basics of multicore systems ◦ what is multicore? ◦ why multicore? ◦ main features ◦ examples  Next two classes.

Montek Singh COMP Oct 11,  Basics of multicore systems ◦ what is multicore? ◦ why multicore? ◦ main features ◦ examples  Next two classes.
Montek Singh COMP790-084 Nov 29, 2011.  What is Brownian motion?  Brownian Cellular Automata ◦ Asynchronous Cellular Automata  Mapping Circuits to.

Montek Singh COMP Nov 29,  What is Brownian motion?  Brownian Cellular Automata ◦ Asynchronous Cellular Automata  Mapping Circuits to.
1 © 2003, Cisco Systems, Inc. All rights reserved. CCNA Networking Fundamentals Halmstad University Olga Torstensson 035-167575

1 © 2003, Cisco Systems, Inc. All rights reserved. CCNA Networking Fundamentals Halmstad University Olga Torstensson
Network-on-Chip Links and Implementation Issues System-on-Chip Group, CSE-IMM, DTU.

Network-on-Chip Links and Implementation Issues System-on-Chip Group, CSE-IMM, DTU.
CCNA 1 v3.1 Module 2 Review. 2 Which types of networks pass a token sequentially to each host? Token Ring FDDI.

CCNA 1 v3.1 Module 2 Review. 2 Which types of networks pass a token sequentially to each host? Token Ring FDDI.
CCNA 1 v3.0 Module 2 Networking Fundamentals. Purpose of This PowerPoint This PowerPoint primarily consists of the Target Indicators (TIs) of this module.

CCNA 1 v3.0 Module 2 Networking Fundamentals. Purpose of This PowerPoint This PowerPoint primarily consists of the Target Indicators (TIs) of this module.
NETWORK TOPOLOGY. WHAT IS NETWORK TOPOLOGY?  Network Topology is the shape or physical layout of the network. This is how the computers and other devices.

NETWORK TOPOLOGY. WHAT IS NETWORK TOPOLOGY?  Network Topology is the shape or physical layout of the network. This is how the computers and other devices.
NETWORK TOPOLOGY ALEGRIA GONZALEZ. WHAT IS A NETWORK TOPOLOGY?  a topology is a description of the of a network, including its  The physical topology.

NETWORK TOPOLOGY ALEGRIA GONZALEZ. WHAT IS A NETWORK TOPOLOGY?  a topology is a description of the of a network, including its  The physical topology.

Similar presentations

Ads by Google