Submission doc.: IEEE 11-11/1417r1 Nov 2011 Ruijun Feng, China MobileSlide 1 Proposal for Ping Pang Handoff Count with External Networks Date: 2011-10-27.

Slides:



Advertisements
Similar presentations
Doc.: IEEE /688r0 Submission September 2003 Stephen McCann, Siemens Roke ManorSlide 1 Interworking Update II Stephen McCann, Siemens Roke Manor.
Advertisements

Doc.: IEEE /0789r2 Submission July 2008 RuiJun Feng, China Mobile Times of an AP refusing associated requirements Date: Authors: Notice:
Submission doc.: IEEE 11-13/0343r0 Operator Oriented Wi-Fi — Problem Analysis and Proposals Dapeng Liu Chunju Shao Fang Xie Ge Liu China Mobile.
Doc.: IEEE /1123r0 Submission September 2010 Zhu/Kim et al 1 Date: Authors: [TXOP Sharing for DL MU-MIMO Support]
Doc.: IEEE /0788r1 Submission July 2008 Ruijun Feng, China Mobile The management requirement for embedded remote reboot Date: Authors.
Doc.:IEEE v Submission Nov 2010 RuiJun Feng, China Mobile Proposal for Ping Pang Handoff Count with External Networks Date:
Doc.: IEEE /1413r1 Submission November 2013 Edward Reuss, UnaffiliatedSlide 1 Real-Time Multicast Streams During Power Save – Part 2 Date:
Doc.: IEEE /825r0 Submission July 2004 Gray, AirWaveSlide 1 Comment Resolution 11k MIB (Normative Text r1) Paul Gray AirWave
Doc: IEEE /0956r2November 2006 Submission Joe Kwak, InterDigital 1 Preferred Channel for Power Saving Notice: This document has been prepared.
Doc.: IEEE /0059r1 January 2015 Sigurd SchelstraeteSlide 1 Uplink RTS/CTS Control Date: Authors:
Creating Quiz in MOODLE. Step 1: Create Question Bank - Create Question Bank - Click Question Bank on Settings.
Doc.: IEEE /0006r0 Submission January 2012 Alex Ashley, NDS LtdSlide 1 Access Point Power Saving Date: Authors:
Doc.: IEEE /933r6 Submission July 2012 Fang Xie (CMCC)Slide 1 Access Control Mechanism for FILS Date: Authors: NameAffiliationsAddressPhone .
Doc.: IEEE /936r0 Submission July 2012 Xavier Perez Costa, NECSlide 1 Review of Overlapping Networks (OBSS) Status and IEEE Solutions.
Cisco Confidential © 2010 Cisco and/or its affiliates. All rights reserved. 1 MSE MSAP Functional Specifications Presenter Name: Patrick Nicholson.
Doc.: IEEE /0249r0 Submission March 2012 Slide 1Lin Cai et al,Huawei. Differentiated Association Service Provisioning in WiFi Networks Date: 03/02/2012.
Submission doc.: IEEE /1258r2 November 2012 Fang Xie (China Mobile)Slide 1 Operator Deployed WLAN for Cellular offload Date:
Doc.: IEEE /650r0 Submission May 2012 Anna Pantelidou, Renesas Mobile CorporationSlide 1 Grouping Methodology Date: Authors:
Doc.: IEEE Submission Nov 2013 Betty Zhao et. al., HuaweiSlide 1 Service Discovery with Association Date: Authors:
Submission doc.: IEEE /1326r0 Extend Submission Panasonic Nov 2012 PSDU Size For Receiver Sensitivity Power Level Date: Authors:
Review of the literature : DMND:Collecting Data from Mobiles Using Named Data Takashima Daiki Park Lab, Waseda University, Japan 1/15.
Doc.: IEEE /0692 JUL 2013 doc.: IEEE /0692 JUL 2013 Adding performance parameters to WNM for better network management Date:
Doc.: IEEE /0763r1 Submission July, 2008 Hu JunlingSlide 1 Location Coordinates Inquiry Notice: This document has been prepared to assist IEEE.
IEEE MEDIA INDEPENDENT HANDOVER DCN: Title: Two New Information Elements for facilitating L3 connectivity.
Doc.: IEEE /1280r1 Submission Jan 2006 Bin Wang, ZTE CorporationSlide 1 Frequent Handover Notice: This document has been prepared to assist IEEE.
Doc.: IEEE /0547r1 Submission May 2012 Dapeng Liu, China MobileSlide 1 Extend 802.1X for higher layer configuration in FILS Date:
Doc.: IEEE /1321r0 Submission November 2008 Ruijun Feng, China Mobile Table of interferential APs using the same channel Date: Authors:
Doc.: IEEE /0787r2 Submission July 2008 Ruijun Feng, China Mobile Table of Neighbor APs Adopting the Same Channel Date: Authors: Notice:
Submission Page 1 November 2002 doc.: IEEE /677r0 Daryl Kaiser, Cisco Systems Radio Measurement Actions Daryl Kaiser (Cisco Systems) 12 November.
Doc.: IEEE /1062r0 Submission Zhendong Luo, CATR September 2010 RF Feasibility of 120 MHz Channelization for China Date: Authors: Slide.
@ BCHS. The School Policy is your guide to ensuring you and your students are safe. It is your responsibility to make yourself aware and familiar with.
Doc.: IEEE /1259r0 SubmissionYunlu Liu (China Mobile)Slide 1 Measurement Reporting in WLAN Date: Authors: Nov 2012.
Submission doc.: IEEE 11-11/0761r0 July 2012 Katsuo Yunoki, KDDI R&D LaboratoriesSlide 1 Operating Channels Information Date: Authors:
Doc.: IEEE /0568r0 Submission May 2012 Young Hoon Kwon, Huawei Slide 1 AP Discovery Information Broadcasting Date: Authors: NameAffiliationsAddressPhone .
Doc.: IEEE /115r1 Submission February 2001 Mark Schrader, Eastman Kodak Co.Slide 1 Project: IEEE P Working Group for Wireless Personal Area.
Doc.: IEEE /1086r0 SubmissionSlide 1 Date: Authors: Improved Virtual Carrier Sensing Mechanism for 45GHz Sep ZTE Corp.
Doc.: IEEE /0970r1 Submission July 2011 Guixia Kang, BUPTSlide 1 IEEE ah Healthcare Use Cases Date: Authors:
Submission doc.: IEEE ai May 2012 InterDigital Slide 1 Passive Scanning Improvement Ad Hoc Report Date: Authors:
Doc.: IEEE /2200r2 Submission July 2007 Sandesh Goel, Marvell et alSlide 1 Route Metric Proposal Date: Authors:
Doc.: IEEE /1378r2 Submission Nov 2012 Using saved IP to make a connection Date: Authors: Name AffiliationsAddressPhone Chen YanmingChina.
Doc.: IEEE /0680r0 Submission May 2008 Jesse Walker, Intel CorporationSlide 1 IEEE JTC1 Ad Hoc Closing Report Date: Authors:
Doc: IEEE /xxxxr0July 2006 Submission Joe Kwak, InterDigital 1 Preferred Channel for Power Saving Notice: This document has been prepared to assist.
IPCDN Cable Device MIB Update February 13, 2003 Richard Woundy Comcast Cable.
Doc.: IEEE /0778r0 Submission Zhendong Luo, CATR July MHz PHY Transmission Date: Authors: Slide 1.
Access Control Mechanism for FILS
AP Power Saving Date: Authors: May 2017 Month Year
AP discovery with FILS beacon
Devices Interfering with Current Channel of AP
Devices Interfering with Current Channel of AP
AP Discovery Information Broadcasting
Times of refused associated requests by the restriction of users’ upper limit Date: Authors: Notice: This document has been prepared to assist.
Table of Neighbor APs Adopting the Same Channel
Fast Access to Network Information
Using saved IP to make a connection
Improvement on Active Scanning
Access Control Mechanism for FILS
Usage Model for Power Saving AP
Listen to Probe Request from other STAs
MDA comments categorization
Access Control Mechanism for FILS
Further Consideration for WUR Acknowledgement Indication
Proposal for AP Station list Belonging to Different ESSID
Month Year doc.: IEEE /xxxxr0 September 2009
120 MHz PHY Transmission Date: Authors: January 2010
doc.: IEEE /1072r0 Dan Harkins Trapeze Networks
Fast Authentication in TGai
Further Consideration for WUR Acknowledgement Indication
Proposal for Ping Pang Handoff Count with External Networks
Response considerations in AP discovery
Presentation transcript:

Submission doc.: IEEE 11-11/1417r1 Nov 2011 Ruijun Feng, China MobileSlide 1 Proposal for Ping Pang Handoff Count with External Networks Date: Authors:

Submission doc.: IEEE 11-11/1417r1 RuiJun Feng, China Mobile Background As WIFI is pretty popular, if a traditional operator wants to provide a continuous and satisfied service to its users holding wifi-inside phones, the support for the handoff between WIFI and mobile networks is becoming necessary more and more Because of the complexity of the multi-access networks coverage, ping-pang handoff will be a normal thing such as in the buildings of a campus.

Submission doc.: IEEE 11-11/1417r1 RuiJun Feng, China Mobile Problem The ping-pang handoff is bothersome, bring meaningless overload to the both-sides networks. The frequency of the ping-pang handoff is a very important factor to optimize the radio boundary and adjust the handoff policy. Traditionally, if a staff wants to optimize the both-side networks to decrease the possibility of the ping-pang handoff, he has to do DT with real muli-modes devices in the areas with higher user complaints. To make sure of whether the ping-pang handoff is just the reason It always takes a long time with much cost

Submission doc.: IEEE 11-11/1417r1 RuiJun Feng, China Mobile Proposal A judgment can be made remotely, depending on the number of ping- pang handoffs: Which can save much time to optimize the networks boundaries or expand the network. Which can help adjust the handoff policy. The way of decreasing the ping-pang handoffs is different from that of decreasing or stabling other kind of handoffs

Submission doc.: IEEE 11-11/1417r1 RuiJun Feng, China Mobile Proposal A new counter with two additional objects is proposed to add into MIB, called dot11PingPangHandoffCount dot11PingPangHandoffCount OBJECT-TYPE SYNTAX Counter32 MAX-ACCESS read-only STATUS current DESPRITION " This counter, only available at a WNM AP, shall increment only when a terminal MAC Address joining or leaving again in a dot11HandOffTimer cycle, only if the MAC Address was in the dot11HandoffTable." ::= { xxxx ? }

Submission doc.: IEEE 11-11/1417r1 RuiJun Feng, China Mobile Proposal The first Additional Object along with dot11PingPangHandoffCount is called dot11HandOffTimer Default value is 300 seconds? dot11HandOffTimer OBJECT-TYPE SYNTAX Timer MAX-ACCESS read-write STATUS current DESPRITION " This timer, serving for dot11PingPangHandoffCount. As it is 0, dot11PingPangHandoffCount doesn’t work; otherwise, in each timer cycle, dot11PingPangHandoffCount adds one if a ping-pang handoff happens, which depends on the dot11HandoffTable." ::= { xxxx ? }

Submission doc.: IEEE 11-11/1417r1 RuiJun Feng, China Mobile Proposal The second additional object along with dot11PingPangHandoffCount is called dot11HandoffTable dot11HandoffTable OBJECT-TYPE SYNTAX dot11HandoffEntry MAX-ACCESS not accessible STATUS current DESPRITION “ Each entry represents a row in the dot11HandoffTable and provides information about whether a mac address incomes and outcomes in continuous dot11HandOffTime cycles.“ Index {dot11HandoffMacAddress } ::= { xxxx ? }

Submission doc.: IEEE 11-11/1417r1 RuiJun Feng, China Mobile Proposal dot11HandoffEntry ::= SQUENCE { dot11HandoffMacAddress MacAddress dot11IsPingPang Integer{0,1} } dot11HandoffMacAddress OBJECT-TYPE SYNTAX MacAddress MAX-ACCESS read-only STATUS current DESPRITION “ Once a incoming or outgoing handoff happens and the dot11HandOffTimer is not 0, the dot11PingPangHandoffCount adds one if the corresponded mac address already was in the table. Otherwise add a new entry into the table.“ ::= {dot11HandoffEntry 1 }

Submission doc.: IEEE 11-11/1417r1 RuiJun Feng, China Mobile Proposal dot11IsPingPang OBJECT-TYPE SYNTAX Integer{0,1} MAX-ACCESS read-only STATUS current DESPRITION “ As a new mac address is added into the table, the default value is 0. And then if the handoff of the mac address happens again in the bi-direction and in a dot11HandOffTimer cycle, the value is 1 no matter how many times happens more. And in the next adot11HandOffTimer cylce, all the values of 1 will reset to 0 and the left entries will be deleted. “ ::= {dot11HandoffEntry 2 }

Submission doc.: IEEE 11-11/1417r1 RuiJun Feng, China Mobile Straw Poll Do you think it meaningful to put the dot11PingPangHandoffCount counter with two additional objects into the MIB to facilitate some service and network quality statistics? - Yes - No - Don’t know