1. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide1 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Project: IEEE P802.15 Working Group for Wireless Personal Area Networks (WPANs) Submission Title: [User oriented WPAN for PES upgraded from ISO/IEC29157 Date Submitted: [19 January 2010] Source: [S.M. Ryu, J.G.Han, D.Y. Kim, & C.S. Eun] Company [Casuh Corp., PicoCast Forum, Chungnam University] Address [#813 Leaders B/D, 342-1, Bundang, Seongnam, Kyeonggi, 463-828, Korea] Voice: [+82-31-709-5577], FAX: [+82-31-709-5578] E-Mail:[retaw@casuh.com, jhan@picocast.org] Re: [In response to 802.15 WNG call for presentations.] Abstract:[In the future, most of users want to maintain their environment mobility within a moving personal space. So, Personal Environment Service(PES) based on WPAN technology would be leading & killer application of Ubiquitous services in the future. We can figure out PES WPAN protocol by upgrading the ISO/IEC 29157 standard.] Purpose:[Information for asking international cooperation] Notice:This document has been prepared to assist the IEEE P802.15. It is offered as a basis for discussion and is not binding on the contributing individual(s) or organization(s). The material in this document is subject to change in form and content after further study. The contributor(s) reserve(s) the right to add, amend or withdraw material contained herein. Release:The contributor acknowledges and accepts that this contribution becomes the property of IEEE and may be made publicly available by P802.15.

2. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide2 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun January 2010 S. M. Ryu CASUH Corp. J. G. Han PicoCast Forum D.Y. Kim, & C.S. Eun Chungnam University User oriented WPAN for PES upgraded from ISO/IEC29157

3. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide3 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Contents  Requirements of PES Reference; 15-09-0494-00-wng0 & 15-09-0723-02-wng0  Overview of ISO/IEC 29157  Upgrading Points of PES standard  Why WPAN is so important ?  Why other standards cannot support ?  Technical Feasibility ?  Economic Feasibility ?  Objectives & Further study area 3

4. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide4 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Requirements of PES ; Motivation New mobile comm. service for the market –WPAN should be related with mobile comm. business. –Every services should be converged on the mobile phone. Ubiquitous service is too broad and conceptual. –Aggregated & complemented with synergy effect For Personal Environment Service –It could be leading & killer application of Ubiquitous services. –Step-by-step approach to mature Ubiquitous services.

5. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide5 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun 1 st Step : Terminal Mobility –Basic mobile communication services 2 nd Step : Personal Mobility –SIM(Subscriber Identification Module) services 3 rd Step : Service Mobility –VHE(Virtual Home Environment) services 4 th Step : Environmental Mobility –PES(Personal Environment Service) –“The living environment follows when a person moves.” Requirements of PES ; Progress

6. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide6 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Position to location dependent services Ubiquitous Services Ambient Aware Services Context Aware Services Location Based Services Location Aware Services PES

7. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide7 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Included in ITU-R Recommendation The definition of Personal environment service － The electric, electronic, and mechanical machine surrounding users can be automatically configured according to the pre-defined and/or self-growing user preference. ITU-R M.1822: Framework for services supported by IMT

8. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide8 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun User terminals should meet provider I/F specs. Mobile Phone WiMAX IPTV RFID USN DMB Mobile VoIP WSD LTE Space User WiMAX IPTV RFID USN Mobile Phone DMB Mobile VoIP LTE WSD Providers should translate their services to user I/F spec. within user mobile space. Provider-Oriented User-Oriented Requirements of PES ; User-Oriented Paradigm Shift

9. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide9 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun HSDPA WiMAX LTE PES = User Interface Select among services broadcast by providers Mobile service Wired Service PC IPTV Home Appliances User Oriented Terminal Femto-cell Option selected by user Requirements of PES ; PicoCast

10. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide10 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Overview of ISO/IEC 29157 ; Purpose  Purpose Provide a unified yet efficient and versatile platform for low-power, low-data-rate, short-range wireless communication applications in ISM bands video, audio, voice, control, sensor, and so on.  Features Low power consumption Broadcasting, point-to-multipoint communication capability Low interference Multiple, simultaneous, independent communication channels 10

11. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide11 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun  ISO/IEC JTC 1/SC 6 WG 1 Proposal February 5, 2008 NP Ballot: February 5, 2008 – May 5, 2008 Meeting: Geneva, Swiss, April 6 – 11, 2008 Meeting: Montreux, Swiss, Novemver 3 – 7, 2008 CD Ballot: November 18, 2008 – February 18, 2009 Meeting: Tokyo, Japan, June 1 – June 5, 2009 FCD Ballot: July 14, 2009 – November 14, 2009 Meeting: Barcelona, Spain, January 18 – 22, 2010 Overview of ISO/IEC 29157 ; history

12. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide12 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun  Technology Synchronised Container Structure Equal TDMA frame size Frequency / Time Hybrid Diversity Overview of ISO/IEC 29157; MAC  Frequency Operation 16 orthogonal adaptive hopping patterns Passive and static sounding Uses 16 frequencies out of 80  Protocols Star, Broadcast, Multicast, Direct Multi, etc

13. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide13 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Multicast MS S S SS S S Direct Multi Channel M S S SS SS S      M S S S S Convergence of Broadcasting & Communication M S S SS S S Broadcast Relay with Single Master Master / Slave M S Sync Data M S S S S Star Possible by Existing Solutions Overview of ISO/IEC 29157 ; protocols

14. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide14 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Overview of ISO/IEC 29157 ; PHY Modulation and codes –Binary GFSK or MSK Symbol rate = 1 Mbps –Codes Scan code for synchronization Security code for message encryption Group code for group identification

15. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide15 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Upgrading Points of PES standard ISO/IEC 29157IEEE802.15.PES PHYPHY media 2.4G ISM,ISM, WSD, UWB speed 1Mbps ~ 4Mbps (~ 16Mbps) MACMAC protocol P-P, Star, broadcast, Multicast, multi-direct, broadcast relay  Sync relay, Mesh PHY interface SingleMultiple Container Hard Box, 128bit preamble Hard & Soft Box 0 ~ 128bit preamble

16. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide16 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun UWB ? Bluetooth Data Transmit Rate Power Consumption WLAN Audio Mobile Video VideoVoiceSensor RFID Ultra Low Power Bluetooth Mobile Phone Power Consumption ZigBee PES needs a single solution for multiple Services few μA power consumption & high speed multimedia Higher synchronization performance is required ; 128bits preamble Container Concept Based Sensor & Multimedia Protocol ISO/IEC 29157 PES Upgrading Points of PES standard ; speed

17. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide17 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun PHY(RF) independent MAC (Baseband)  PHY Type : 900M/2.4G ISM, 700M WSD, UWB, & etc  PHY Interface : Synchronized Container Base  Special Features :  Container Synchronized Interference Rejection  Scalable data rate depend on PHY PES MAC (Baseband) PHY #1 (RF #1) PHY #2 (RF #2) PHY #N (RF #N) Basic Speed ~Mbps Basic Container < 20msec

18. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide18 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Master / Slave M S Sync Data M S S S S Star Multicast MS S S SS S S Direct Multi Channel M S S SS SS S      M S S S S Convergence of Broadcasting & Communication M S S SS S S Broadcast Relay with Single Master MS S S S M S S S M S S S Sync Relay M S S S Possible by Existing Solutions Upgrading Points of PES standard ; protocols

19. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide19 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Top level Sync Master 1 st Level (GPS ?) Base Station 2 nd Level (Base Station) 4 th Level (Mobile Femto-cell) PES Master Higher ID Fixed AP 3 rd Level (AP) Fixed AP Mobile AP Mobile AP Fixed AP White Space 4W EIRP for fixed Devices 100mW EIRP for portable Devices Upgrading Points of PES standard ; WSD

20. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide20 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Vessel (256msec) #0# 1#2#3# 4# 5# 6# 7# 8# 9# 10# 11# 12# 13# 14# 15 Control Box Payload Box #1Payload Box #nPayload Box #2 Container (16msec) EOB Lock (AA) 128bit Preamble 40bit TagA Payload Hard Box Soft Box PHY dependent constant parameter Upgrading Points of PES standard ; soft box

21. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide21 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun How to increase mobile channel capacity ? MacroMicroPicoFemto Capacity 110010,000 Low Power Personal Space Mobility Tx Power 11/1,0001/1,000,000 3Km Macro. 300m Micro 30m Pico Femto 3m Ubiquitous World  Personal Mobile Space (WPAN)  Find new frequencies not developed yet ?; no more available  Find new signal processing techniques ?; only few times increasable  The only way to achieve few thousand times capacity ; reduce cell size Why WPAN is so important ? ; Capacity

22. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide22 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Home Network Personal Mobile Space Telematics Cell Phone WiMAX Cable PBX HSDPA LTE etc. Select Existing Infra Wired, 2G, 3G, 4G PES Space Networking PES Space PES PES Service IEEE 802.15.WNG Ubiquitous User Interface PES Service Why WPAN is so important ? ; 5G infra

23. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide23 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun ContentsWiFiDECT ZigBee (RF4CE) Bluetooth (Wibree) PES (PicoCast) Speed (bps) 54M96K250K1M (3M)4M (16M) Container XXXXO Hands Free X  XOO Mobile VoIP OOXXO 2-way Remote XX  O Conference  XXXO Microphone XXXXO Stereo Ear-set XXXOO TV, Game Headset XXXXO Mobile Video OXX  O 5.1ch Speaker OXXXO Broadcasting (Mobile Ad.)  XO Sensor XXO  O Why other standards cannot support ?

24. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide24 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun 64bit is not enough but 128 bit is high enough ; so we suggest multi Preamble N=64 N=128 Why other standards cannot support ?; preamble

25. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide25 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun 2009200120022000 Profile RCI Chip 200820072006200520042003 2 nd Chip 3 rd SoC 4 th SoC Stand along RCI Tour Guide Wireless Microphone 5 th SIP 1 st Chip HCI QRCI Stereo Headset Hands Free Codeless Phone Ad-hoc Sensor Conference Microphone 900M RCI Wireless Speaker Mobile VoIP PicoCast-1 2010 2007.12 ; TTA Standard ; TTAS.KO-06.0157 - 2008. 5 ; ISO NP approved; ISO/IEC 29157 6 th SIP IP used for 6 Th SIP will be supplied Technical Feasibility ?

26. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide26 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Wireless speaker & Microphone http://new.aepel.co.kr/product/pro01. asp Wireless Microphone & Receiver http://www.adviewsystem.co.kr/ 2-way Education System http://www.yusung4u.com/new/new/ eng/wireless-communication- system.html Wireless Conference System http://www.orukol.co.kr/ Karaoke System http://www.kumyoung.com/itm/html/item _05_product05.asp Wireless Keyphone System http://http//www.youngdong.ne.kr/ Home Karaoke System http://61.40.192.53/product/eg18000.html Portable Conference Master http://www.casuh.com/ Tour Guide System http://www.eseyoung.com/business/pro duct09.asp Technical Feasibility ?

27. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide27 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Module Provider Mobile Terminal Manufacturer Certification Chip Solution PicoCast Chip Serial Flash CODEC Mobile Terminal I/O Base Device Manufacturer System CPU CODEC RF Base Device PicoCast IP Memory Module IP PicoCast Economical Feasibility ? ; IP solution

28. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide28 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun HSDPA WiMAX LTE PES = User Interface Select among services broadcast by providers Mobile service Wired Service PC IPTV Home Appliances User Oriented Terminal Femto-cell Option selected by user Economical Feasibility ? ; $1 additive

29. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide29 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Local 2-way Advertisement                   PicoCast PicoZone Communication Service Provider PES Killer Application : 2-way Graphic Remote controller Graphic Remocon = Internet DMB = Mobile IPTV = Mobile VoIP = Local Broadcasting = Mobile Search Searching Service Provider Broadcasting Service Provider

30. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide30 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Further study areas 30m Pico Femto 3m Open PHY Interface Power Control Smooth Sliding Sync Role Exchange QoS Check Sounding Emergency Flooding Roaming / Hand-over Sensor Mesh Relay FCC Regulation Through Body 3m = Forward Body 30m

31. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide31 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Conclusions  How to generate IEEE802.15.PES standard ?  Generate PES requirements through IEEE.802.15.PES working group.  Upgrade existing ISO/IEC 29157 to meet PES requirements.  Whoever has experience to develop WPAN chip can make PicoCast PES chip.  PicoCast Forum can supply ISO/IEC 29157 modem IP source & application S/W.  Why WPAN is so important for future market ?  Ubiquitous world needs few thousand time mobile channel capacity.  But, reducing cell size would be the only solution to meet this requirement.  White space devise requirements would be satisfied with PES protocol.  In the future, the cell size of 5G will become femto-cell because of capacity  Even 5G mobile communication can be implemented by personal mobile space.  Why ISO/IEC29157(PicoCast) is suitable for PES service ?  Container concept support both low power sensor and high speed multimedia.  Abundant channel capacity because of avoidance of mutual interference.  Provides broadcast, multicast & communication convergence protocol.  Local broadcasting gives an additional business model such as advertisement.

32. doc.: IEEE 802. 15-10-0050-00-wng0-pes-ig Submission Slide32 S.M.Ryu, J.G.Han, D.Y. Kim, & C.S. Eun Thank You !!! Q & A Seung Moon Ryu Vice President, PicoCast Forum (www.picocast.org)www.picocast.org CEO, Casuh Corp. (www.casuh.com)www.casuh.com retaw@picocast.org +82-31-709-5577