RIR delegation reports and address-by-economy measurements DNS-OARC Workshop 25 July 2005 George Michaelson APNIC

Source URL: www.caida.org

• Internet standards
• Internet protocols
• IPv6
• Regional Internet Registries
• Asia-Pacific Network Information Centre
• IPv4
• Classless Inter-Domain Routing
• Transmission Control Protocol
• DIVI Translation
• Network architecture
• Internet
• Computing

Improving Route Object processes in WHOIS George Michaelson, APNIC R&D Route Object Template route:

Source URL: conference.apnic.net

• Routing protocols
• Internet protocols
• Internet standards
• Public-key cryptography
• Resource Public Key Infrastructure
• SQL
• Objective-C
• Whois
• Asia-Pacific Network Information Centre
• Computing
• Internet
• Software engineering

Chapter 1 Low Pain vs No Pain Multi-core Haskells M. KH. Aswad , P. W. Trinder, A. D. Al Zain, G. J. Michaelson 1 , J. Berthold2

Source URL: www.macs.hw.ac.uk

• Parallel computing
• Glasgow Haskell Compiler
• Multi-core processor
• Haskell
• Algorithmic skeleton
• Implicit parallelism
• Speedup
• Thread
• Unified Parallel C
• Computing
• Concurrent computing
• Computer programming

Low-Pain, High-Gain Multicore Programming in Haskell Coordinating Irregular Symbolic Computations on MultiCore Architectures A. Al Zain P. Trinder M. Aswad G. Michaelson

Source URL: www.macs.hw.ac.uk

• Parallel computing
• Algorithmic skeleton
• Multi-core processor
• Haskell
• Thread
• OpenMP
• Parallel programming model
• Task parallelism
• Actor model
• Computing
• Concurrent computing
• Computer programming

MANAGING HETEROGENEITY IN A GRID PARALLEL HASKELL {A. D. AL ZAIN, P. W. TRINDER, G. J. MICHAELSON}∗ AND H-W. LOIDL† Abstract. Computational Grids potentially offer cheap large-scale high-performance systems, but are

Source URL: www.macs.hw.ac.uk

• Parallel computing
• Computer cluster
• Message Passing Interface
• Beowulf cluster
• Parallel Virtual Machine
• Grid computing
• Globus Toolkit
• Speedup
• MPICH
• Computing
• Concurrent computing
• Software

Evaluating a High-Level Parallel Language (GpH) for Computational G RIDs A. D. Al Zain P. W. Trinder G. J. Michaelson H-W. Loidl Abstract— Computational Grids potentially offer low cost, readily available, and large-sc

Source URL: www.macs.hw.ac.uk

• Parallel computing
• Algorithmic skeleton
• Distributed computing
• Grid computing
• Computer cluster
• Latency
• Computing
• Concurrent computing
• Computer programming

Supporting High-Level Grid Parallel Programming: the Design and Implementation of Grid-GUM2 A. D. Al Zain∗, P. W. Trinder, G. J. Michaelson School of Mathematical and Computer Sciences, Heriot-Watt University, Riccarto

Source URL: www.macs.hw.ac.uk

• Parallel computing
• Application programming interfaces
• Grid computing
• Algorithmic skeleton
• Computer cluster
• Message Passing Interface
• Distributed computing
• Cell
• Demand response
• Computing
• Concurrent computing
• Computer programming

ECC  support  in  DNSSEC-­‐ valida4ng  Resolvers   Geoff  Huston,  George  Michaelson   APNIC  Labs   October  2014  

Source URL: labs.apnic.net

• Network architecture
• Computing
• Internet standards
• DNSSEC
• Domain Name System Security Extensions
• Public-key cryptography
• Extension mechanisms for DNS
• DNS spoofing
• Domain name system
• Internet
• Internet protocols

On  Queries  to  the  Root   Geoff  Huston  &  George  Michaelson   [removed]   The  story  so  far…   •  There  have  been  a  number  of  

Source URL: labs.apnic.net

• Computing
• Root name server
• Domain name system
• Internet
• Network architecture

dra$-­‐ie(-­‐sidr-­‐rpki-­‐valida.on-­‐reconsidered    G.  Huston   G.  Michaelson   APNIC   C.  Mar.nez   LACNIC  

Source URL: labs.apnic.net