1 Introduction

1.1 Director's Message

1.2 IETF Progress Report

1.3 Agenda of the Fiftieth IETF Meeting

1.4 IETF Overview

1.5 Future IETF Meeting Sites

1.6 On-Line IETF Information

2 Area and Working Group Reports

2.1 Applications Area

2.2 General

2.3 Internet Area

2.4 Operations and Management Area

2.5 Routing Area

2.6 Security Area

2.7 Sub-IP Area

2.8 Transport Area

2.9 User Services Area

3 Plenary

4 Attendees

Working Groups That Did Not Meet

2 Area and Working Group Reports

2.1 Applications Area

2.1.1 Application Exchange (apex)

2.1.2 Calendaring and Scheduling (calsch)

2.1.3 Instant Messaging and Presence Protocol (impp)

2.1.4 Internet Fax (fax)

2.1.5 Internet Open Trading Protocol (trade)

2.1.6 Internet Printing Protocol (ipp)

2.1.7 LDAP (v3) Revision (ldapbis)

2.1.8 LDAP Duplication/Replication/Update Protocols (ldup)

2.1.9 LDAP Extension (ldapext)

2.1.10 NNTP Extensions (nntpext)

2.1.11 Provisioning Registry Protocol (provreg)

2.1.12 SIP for Instant Messaging and Presence Leveraging (simple)

2.1.13 Voice Profile for Internet Mail (vpim)

2.1.14 WWW Distributed Authoring and Versioning (webdav)

2.1.15 Web Intermediaries (webi)

2.1.16 Web Versioning and Configuration Management (deltav)

2.1.17 Content Distribution Internetworking BOF (cdi)

2.1.18 Future of Uniform Resource Identifiers BOF (furi)

2.1.19 Open Proxy Extended Services Architecture BOF (opes)

2.1.20 Presence and Instant Messaging Protocol BOF (prim)

2.2 General

2.2.1 Middle box Taxonomy BOF (midtax)

2.3 Internet Area

2.3.1 AToM MIB (atommib)

2.3.2 DNS Extensions (dnsext)

2.3.3 Dynamic Host Configuration (dhc)

2.3.4 ICMP Traceback (itrace)

2.3.5 IP over Cable Data Network (ipcdn)

2.3.6 IPNG (ipngwg)

2.3.7 Internationalized Domain Name (idn)

2.3.8 Layer Two Tunneling Protocol Extensions (l2tpext)

2.3.9 Point-to-Point Protocol Extensions (pppext)

2.3.10 Zero Configuration Networking (zeroconf)

2.3.11 Basic User Registration Protocol BOF (burp)

2.3.12 Host Identity Payload BOF (hip)

2.3.13 IP over InfiniBand plus MIBs BOF (infinib)

2.3.14 Internet Personal Appliance Control BOF (ipac)

2.3.15 IP over Bluetooth BOF (ipobt)

2.4 Operations and Management Area

2.4.1 ADSL MIB (adslmib)

2.4.2 Authentication, Authorization and Accounting (aaa)

2.4.3 Benchmarking Methodology (bmwg)

2.4.4 Configuration Management with SNMP (snmpconf)

2.4.5 Distributed Management (disman)

2.4.6 Domain Name Server Operations (dnsop)

2.4.7 Ethernet Interfaces and Hub MIB (hubmib)

2.4.8 Evolution of SNMP (eos)

2.4.9 MBONE Deployment (mboned)

2.4.10 Next Generation Structure of Management Informatio (sming)

2.4.11 Next Generation Transition (ngtrans)

2.4.12 Policy Framework (policy)

2.4.13 Remote Network Monitoring (rmonmib)

2.4.14 Resource Allocation Protocol (rap)

2.4.15 Site Multihoming in IPv6 (multi6)

2.4.16 Prefix Taxonomy Ongoing Measurement & Inter Network Experiment BOF (ptomaine)

2.5 Routing Area

2.5.1 IP Routing for Wireless/Mobile Hosts (mobileip)

2.5.2 Inter-Domain Multicast Routing (idmr)

2.5.3 Inter-Domain Routing (idr)

2.5.4 Mobile Ad-hoc Networks (manet)

2.5.5 Multicast Source Discovery Protocol (msdp)

2.5.6 Open Shortest Path First IGP (ospf)

2.5.7 Protocol Independent Multicast (pim)

2.5.8 Source-Specific Multicast (ssm)

2.6 Security Area

2.6.1 An Open Specification for Pretty Good Privacy (openpgp)

2.6.2 IP Security Policy (ipsp)

2.6.3 IP Security Protocol (ipsec)

2.6.4 IP Security Remote Access (ipsra)

2.6.5 Intrusion Detection Exchange Format (idwg)

2.6.6 Kerberized Internet Negotiation of Keys (kink)

2.6.7 Kerberos WG (krb-wg)

2.6.8 Multicast Security (msec)

2.6.9 Public-Key Infrastructure (X.509) (pkix)

2.6.10 S/MIME Mail Security (smime)

2.6.11 Secure Network Time Protocol (stime)

2.6.12 Secure Shell (secsh)

2.6.13 Securely Available Credentials (sacred)

2.7 Sub-IP Area

2.7.1 Common Control and Measurement Plane (ccamp)

2.7.2 General Switch Management Protocol (gsmp)

2.7.3 IP over Optical (ipo)

2.7.4 IP over Resilient Packet Rings (iporpr)

2.7.5 Internet Traffic Engineering (tewg)

2.7.6 Multiprotocol Label Switching (mpls)

2.7.7 Provider Provisioned Virtual Private Networks (ppvpn)

2.8 Transport Area

2.8.1 Audio/Video Transport (avt)

2.8.2 Context and Micro-mobility Routing (seamoby)

2.8.3 IP Performance Metrics (ippm)

2.8.4 IP Storage (ips)

2.8.5 IP Telephony (iptel)

2.8.6 Integrated Services over Specific Link Layers (issll)

2.8.7 Middlebox Communication (midcom)

2.8.8 Multiparty Multimedia Session Control (mmusic)

2.8.9 Network Address Translators (nat)

2.8.10 Network File System Version 4 (nfsv4)

2.8.11 Performance Implications of Link Characteristics (pilc)

2.8.12 Reliable Multicast Transport (rmt)

2.8.13 Reliable Server Pooling (rserpool)

2.8.14 Robust Header Compression (rohc)

2.8.15 Service in the PSTN/IN Requesting InTernet Service (spirits)

2.8.16 Session Initiation Protocol (sip)

2.8.17 Signaling Transport (sigtran)

2.8.18 Transport Area Working Group (tsvwg)

2.8.19 Forwarding and Control Element Separation BOF (forces)

2.8.20 Next Steps in Signaling BOF (nsis)

2.8.21 Pseudo Wire Edge-to Edge Emulation BOF (pwe3)

2.9 User Services Area

2.9.1 User Services (uswg)