SubmissionJoe Kwak, InterDigital1 STA disassociation behavior Joe Kwak, Marian Rudolf InterDigital doc: IEEE 802.11-04/106r0January 2004.

Slides:



Advertisements
Similar presentations
Doc: IEEE /0388r5November 2006 Submission Kwak, Rudolf, InterDigital 1 Extended Channel Switch Response Notice: This document has been prepared.
Advertisements

Doc.: IEEE /0598r0 Submission May 2012 Steve Grau, Juniper NetworksSlide 1 Layer 3 Setup with Dynamic VLAN Assignment Date: Authors:
Doc.: IEEE /2897r3 Submission May 2008 Qi Wang, Broadcom CorporationSlide 1 Efficient TIM element supporting multiple BSSIDs Date:
Doc.: IEEE /0497 r0 Submission May 2008 Allan Thomson, Cisco SystemsSlide 1 D2.0 Location Changes Summary Date: Authors:
Doc.: IEEE /173r1 Submission Byoung-Jo Kim, AT&T March 2003 Slide 1 Coexistence of Legacy & RSN STAs in Public WLAN Byoung-Jo “J” Kim AT&T Labs-Research.
Doc.: IEEE /0509r3 Submission Proposed Resolution to CID 72, 119 and 128 Qian ChenSlide 1 May 2014 Date:
Doc.: IEEE /1000r0 Submission July 2011 Jihyun Lee, LG ElectronicsSlide 1 TGai FILS Proposal Date: Authors: NameAffiliationsAddressPhone .
IEEE Wireless LAN Standard
Wireless Network Security. Wireless Security Overview concerns for wireless security are similar to those found in a wired environment concerns for wireless.
Doc.: IEEE /1042r3 Submission NameAffiliationsAddressPhone Giwon ParkLG Electronics LG R&D Complex 533, Hogye- 1dong, Dongan-Gu, Anyang,
Doc.: IEEE /1042 Submission NameAffiliationsAddressPhone Giwon ParkLG Electronics LG R&D Complex 533, Hogye- 1dong, Dongan-Gu, Anyang, Kyungki,
Doc.: IEEE /1065r0 Submission November 2005 Emily Qi et alSlide 1 Proposal for Load Balancing Notice: This document has been prepared to assist.
Submission doc.: IEEE 11-10/1127r01 Sep 2012 Hiroshi Mano (ATRD)Slide 1 TGai- Motion/Straw Poll-Sep-2012-Indian Wells Date: Authors:
Doc.: IEEE /0866r1 Submission September 2005 Michael Montemurro, Chantry NetworksSlide 1 Mobility Domain Definition and Description Notice: This.
November 2005 Floyd Simpson, MotorolaSlide 1 doc.: IEEE /1193r0 Submission LB78 D3.0 Active Scanning Comments (clause ) Notice: This.
Submission doc.: IEEE 11-10/0259r0 March 2013 Jarkko Kneckt (Nokia)Slide 1 CID 266 & CID 281 Date: Authors:
Submission doc.: IEEE 11-12/0281r0 March 2012 Jarkko Kneckt, NokiaSlide 1 Recommendations for association Date: Authors:
Doc.: mes Submission 7 May 2004 Tricci SoSlide 1 Need Clarification on The Definition of ESS Mesh Prepared by Tricci So.
Doc.: IEEE ai Submission NameAffiliationsAddressPhone George Calcev Huawei Technologies Co., Ltd. huawei.com TGai.
Doc.: IEEE /0897r0 SubmissionJae Seung Lee, ETRISlide 1 Active Scanning considering Operating Status of APs Date: July 2012.
Doc: IEEE /0388r0March 2006 Submission Kwak, Rudolf, InterDigital 1 BSS Channel Switch Notice: This document has been prepared to assist IEEE.
January 2003 Joe Kwak InterDigital Communications Corporation
SubmissionJoe Kwak, InterDigital1 BSS Load: AP Loading Metric for QOS Joe Kwak InterDigital doc: IEEE /0079r1May 2005.
Lecture 24 Wireless Network Security
Doc.: IEEE /1128r1 Submission Nov 2009 Allan Thomson, Cisco SystemsSlide 1 BSS Transition with Bearing Date: Authors:
Doc.: IEEE /1294r0 Submission November 2008 Kenan Xu, Nortel NetworksSlide 1 Enhancing BSS Transition Management Date: Authors:
Doc.: IEEE /1378r0 Submission November 2008 Darwin Engwer, Nortel NetworksSlide 1 Improving Multicast Reliability Date: Authors:
Submission doc.: IEEE ai May 2012 Lei Wang, InterDigital CommunicationsSlide 1 Proposed SFD Text for ai AP/STA Initiated FILS Optimizations.
Doc: IEEE /0435r0May 2005 Submission Joe Kwak, InterDigital 1 Support for Advanced Antennas & Techniques in TGk Notice: This document has been.
Doc.: IEEE /2215r4 Submission August 2007 Ganesh Venkatesan, Intel CorporationSlide 1 Proposal –Radio Resource Measurement Capability Enabled.
Doc.: IEEE /2215r1 Submission July 2007 Ganesh Venkatesan, Intel CorporationSlide 1 Proposal – Supported Radio Resource Measurement Bitmask IE.
Doc.: IEEE /1042r1 Submission NameAffiliationsAddressPhone Giwon ParkLG Electronics LG R&D Complex 533, Hogye- 1dong, Dongan-Gu, Anyang,
Doc.: IEEE /0782r2 Submission Proposed Resolution to CID 120 Slide 1 July 2014 Qian Chen.
Doc.: IEEE /171r2A Submission March 2003 Byoung-Jo “J” Kim, AT&T Labs-Research RRM MIB Enhancement Paired with 03/171r0 Word doc Byoung-Jo “J”
SubmissionJoe Kwak, InterDigital1 BSS Load: AP Loading Metric for QOS Joe Kwak InterDigital doc: IEEE /0079r0January 2005.
SubmissionJoe Kwak, InterDigital1 RCPI: Improved RSSI Measurement a quantized power measurement to support network management Joe Kwak InterDigital Communications.
Doc.: IEEE /1000r1 Submission July 2011 Jihyun Lee, LG ElectronicsSlide 1 TGai FILS Proposal Date: Authors: NameAffiliationsAddressPhone .
Doc.: IEEE /0247r1 Submission March 2010 Sudheer Grandhi, InterDigital Communications, LLCSlide 1 AP Connection Period in TDLS Date:
SubmissionJoe Kwak, InterDigital1 Simplified 11k Security Joe Kwak InterDigital Communications Corporation doc: IEEE /552r0May 2004.
Doc.: IEEE /0896r0 SubmissionJae Seung Lee, ETRISlide 1 Probe Request Filtering Criteria Date: July 2012.
Doc.: IEEE /1057r0 Submission November 2005 Bin Wang, ZTE CorporationSlide 1 Using AP’s Location Information in Load Balancing Notice: This document.
Doc.: IEEE /0041r1 AP Location Capability January 2007 Donghee Shim et alSlide 1 AP Location Capability Notice: This document has been prepared.
Doc.: IEEE k Submission July 2004 Bernard Aboba, MicrosoftSlide 1 IEEE k Security: A Conceptual Model Bernard Aboba Microsoft.
Doc.: IEEE /558r0 Submission John Kowalski, Sharp November 2001 Slide 1 Enabling Hybrid Coordinator Mobility John Kowalski Sharp Labs of America.
SubmissionJoe Kwak, InterDigital1 Retrieving MIB contents from STA’s Joe Kwak, Marian Rudolf InterDigital doc: IEEE /554r0July 2003.
Doc.: IEEE /2901r05 Submission November 2007 Doug Kavner, RaytheonSlide 1 Use of BSSID in WAVE Date: Authors:
SubmissionJoe Kwak, InterDigital1 Two New MAC Measurements loading measurements for STA transmit traffic and AP service ability to support network management.
SubmissionJoe Kwak, InterDigital1 PHY measurements for interference reduction from 11h Joe Kwak, Marian Rudolf InterDigital doc: IEEE /537r0July.
Doc.: IEEE /1299r0 Submission Dec 2009 Allan Thomson, Cisco SystemsSlide 1 BSS Transition Improvements Date: xx Authors:
Doc.: IEEE /0294r2 Submission March 2012 Jonathan Segev (Intel)Slide 1 Active Scanning Reply Window Date: Authors:
Doc.: IEEE /0103r0 Submission January 2004 Jesse Walker, Intel CorporationSlide 1 Some LB 62 Motions January 14, 2003.
Support for Dynamic Channel Selection (DCS) in v
January 2003 Joe Kwak InterDigital Communications Corporation
TGi Motions for Comment Resolution
AP Service Load: Improved Definition
Resource Request/Response Discussion
Nancy Cam-Winget, Cisco Systems Inc
Enabling signal and enablement
Broadcast of Neighbor Info
Fast Authentication in TGai
Element for Legacy Indication
Kwak, Rudolf, InterDigital
Enabling signal and enablement
GCMP Restriction Date: Authors: January 2011 May 2010
AP Status Broadcast Date: Authors: November 2011
Fast Authentication in TGai
Proposed Change to Intra-Mesh Congestion Notification Frame
Neighbor Report Comment Resolution clause
Managed BSS Channel Switch
Patrick Worfolk (Kiwi Networks)
Presentation transcript:

SubmissionJoe Kwak, InterDigital1 STA disassociation behavior Joe Kwak, Marian Rudolf InterDigital doc: IEEE /106r0January 2004

doc: IEEE /106r0January 2004 Submission Joe Kwak, InterDigital Disassociation The disassociation service is invoked whenever an existing association is to be terminated. Disassociation is a DSS. In an ESS, this tells the DS to void existing association information. Attempts to send messages via the DS to a disassociated STA will be unsuccessful. The disassociation service may be invoked by either party to an association (non-AP STA or AP). Disassociation is a notification, not a request. Disassociation cannot be refused by either party to the association. APs may need to disassociate STAs to enable the AP to be removed from a network for service or for other reasons. STAs shall attempt to disassociate whenever they leave a network. However, the MAC protocol does not depend on STAs invoking the disassociation service. (MAC management is designed to accommodate loss of an associated STA.) Disassociation behavior as mandated in current specification

doc: IEEE /106r0January 2004 Submission Joe Kwak, InterDigital 3 Disassociation behavior in practice …refering to last paragraph (highlight in red): = “STA may or may not send a DISASSOCIATION frame to the AP when leaving a network, for example at power-down” Current STA implementations w.r.t disassociation behavior in “normal”, non-pathologic situations vary widely, some try, most do not even try

doc: IEEE /106r0January 2004 Submission Joe Kwak, InterDigital 4 Why is this a problem ? Currently, most STAs passively “disappear” and AP experiences large uncertainty w.r.t. STAs still camping in the BSS The knowledge of how many STAs are currently associated / authenticated, i.e. “in the system” is key to any form of load and admission control in the.11 network Use of activity-based time-out counters not good enough for RRM and network management purposes, it is also a security threat But in 11k, we can provide this kind of indication to the AP, an extremely valuable information to the network

doc: IEEE /106r0January 2004 Submission Joe Kwak, InterDigital 5 Proposal We suggest to make sending the DISASSOCIATION frame mandatory when STAs leave a network in the sense of the current paragraph The idea is to capture the “99%” of STAs leaving a BSS in controlled manner (power down or switching off etc.), but not to account for all thinkable pathologic cases (STA falling into the bath-tube or PCMCIA card extracted, etc) Our proposal for the way to capture this behavior in the specs: write this into the PICS, and strengthen the requirement wording.

doc: IEEE /106r0January 2004 Submission Joe Kwak, InterDigital Disassociation The disassociation service is invoked whenever an existing association is to be terminated. Disassociation is a DSS. In an ESS, this tells the DS to void existing association information. Attempts to send messages via the DS to a disassociated STA will be unsuccessful. The disassociation service may be invoked by either party to an association (non-AP STA or AP). Disassociation is a notification, not a request. Disassociation cannot be refused by either party to the association. APs may need to disassociate STAs to enable the AP to be removed from a network for service or for other reasons. STAs shall attempt to disassociate whenever they leave a network, power down or become incapable of continuing network service. However, the MAC protocol does not depend on STAs invoking the disassociation service. (MAC management is designed to accommodate loss of an associated STA.) Strengthen Disassociation Behavior Wording

doc: IEEE /106r0January 2004 Submission Joe Kwak, InterDigital 7 Proposed PICS Element

doc: IEEE /106r0January 2004 Submission Joe Kwak, InterDigital 8 Motion for Disassociate normative text Move to instruct the editor to incorporate text from document k-Shall_Disassociate.doc into next TGk draft specification document Moved by Joe Kwak Seconded by: _______________ Vote YEA _______ Vote NEA _______ ABSTAIN _______ Vote Passes/Fails at ___%