Title: No Slide Title Author: nickm Last modified by: Nick McKeown Created Date: 2/12/1999 3:01:23 AM Document presentation format: On-screen Show Company
How Emerging Optical Technologies will affect the Future Internet NSF Meeting, 5 Dec, 2005 Nick McKeown Stanford University nickm@stanford.edu http://www.stanford.edu ...
Professor of Electrical Engineering. and Computer Science, Stanford University ... Design crossbar scheduling algorithms for switches with 100s of Tb/s of capacity. ...
high density means we can store data, but - too slow (typically 50ns random access time) ... Arbiter: ECQF-MMA (earliest critical queue first), minimizes the ...
CS244a: An Introduction to Computer Networks Handout 12: Physical Layer Sending 1 s and 0 s, Capacity and Clocking Nick McKeown Professor of Electrical Engineering
... not guarantee 100% throughput if ties are broken randomly. ... Motivated by 'revisiting MSM': What tie-breaking policies in MSM will lead to 100% throughput? ...
Stanford University. 3. What is a ... Stanford University. 4. Examples of Statistics Counters. Packet switches ... Stanford University. 13. Largest ...
EE384y: Packet Switch Architectures Matchings, implementation and heuristics Nick McKeown Professor of Electrical Engineering and Computer Science, Stanford University
Title: CS244a: An Introduction to Computer Networks Author: Nick McKeown Last modified by: Nick McKeown Created Date: 12/30/1999 6:54:40 PM Document presentation format
CS244a: An Introduction to Computer Networks Handout 5: Internetworking and Routing Nick McKeown Professor of Electrical Engineering and Computer Science, Stanford ...
CS244a: An Introduction to Computer Networks Handout 13: Error Detection and Correction Nick McKeown Professor of Electrical Engineering and Computer Science ...
How to create a buffer of size 10Gbit? 1. 2. 3. 4. 5. 6. 7. 8. 9. R = 40Gb/sec ... Does not an SRAM of size little more than qb suffice? Stanford University. 17 ...
Assistant Professor of Electrical Engineering. and Computer Science, Stanford University ... Can its outputs be busy all the time? i.e. can it be work-conserving? ...
Size: For TCP to work well, the buffers need to hold one RTT (about 0.25s) of data. ... If instead a different address is used for each memory, and packets in the 320B ...
1. Growth in Router Capacity. IPAM, Lake Arrowhead. October 2003. Nick McKeown ... power in chip-to-chip serial links. 14. What's hard, what's not. Linerate ...
To design an extremely high speed packet switch with memories running ... Can we smoothen the load on all the middle stage switches? Stanford University. 8 ...
Each line maintains the rhyme, syntax, and meter (rules! ... Replace every noun in a text with the word that falls 7 places ahead in the dictionary ...
To become familiar with the field of networking research: Network architecture, ... cs244-staff mailing list in 7 days. Volunteer for scribe on Thursday? Next ...
Many complex functions baked into the infrastructure ... I wish I had said it sooner and louder ... A simple hardware substrate that generalizes, subsumes and ...
Designing Packet Buffers for Internet Routers. Nick McKeown. Professor of Electrical Engineering ... Hybrid Optical-Electrical Switch Fabric. Low (almost zero) ...
Joint work with research groups of: David Miller, Mark Horowitz, Olav Solgaard. ... Sheer number. Optical WAN components. Per packet processing and buffering. ...
Email and from ISP2. From ISP2. From ISP3 and going to E2. All other packets ... and be able to determine the region to which each newly arriving packet belongs ...
Do Optics Belong in Internet Core Routers? Keynote, Opticomm 2001 Denver, Colorado Nick McKeown Professor of Electrical Engineering and Computer Science, Stanford ...
... always on, easy to use, universally accessible, secure, and economically viable. ... Economic Viability. What else? 6. 6. 6. What's wrong with the Internet...
Evolving the Internet to circuit switching and optics. Internet ... Load-balancer is simple (e.g. hashing of flow ID). Load-balancer needs no packet buffering. ...
... For TCP to work well, the buffers need to hold one RTT (about ... High density means we can store data, but. Can't meet random access time. Nick McKeown ...
Fibres, using WDM, offer Gbit/s. Multiservices networks based upon processing of packets ... packets processed/forwarded one at a time. all packets have the same ...
Link 4, ingress. Link 4, egress. Link rate, R. R. R. R ... Link 3, ingress. Link 3, egress. Link N, ingress. Link N, egress. A single, physical memory device ...