INTERNET OF THINGS (IOT)
RESEARCH IN MIMOS
(WIRELESS COMMUNICATIONS CLUSTER)

Dr. Mazlan Abbas
MIMOS Berhad
MALAYSIA
Data Cluster Landscape

2	
  
2012	
  MIMOS	
  Berhad.	
  All	
  Rights	
  Reserved.	
  	
  
Data Cluster Landscape
NANOELECTRONICS	
  
MICROENERGY	
  
KNOWLEDGE	
  TECHNOLOGY	
  
ADVANCED	
  
ANALYSIS	
  &	
  
MODE...
Evolution of IOT R&D in MIMOS

WSN
IPv6

6LoWPAN

Internet of Things
(IOT)
IPv6	
  CommunicaOons	
  Protocol	
  Stacks	
  (2007)
Enterprise GW

Security	
  

Mobility	
  

Access Points

IPv6 HDTV
...
6LoWPAN (2008 - 2009)

Components	
  

1-­‐	
  6LoWPAN	
  on	
  PA	
  Sensors	
  
2-­‐	
  6LoWPAN	
  over	
  WiWi	
  
3-­‐...
Inter-PAN Mobility (Internet of Things) (2011)
Research	
  Mo.va.on	
  
No	
  Suitable	
  energy	
  efficient	
  mobility	
 ...
Delay Tolerant Network (2012)
Research	
  Mo.va.on	
  

Objec.ve	
  

There	
  are	
  Omes	
  when	
  network	
  connecOvi...
CollaboraOve	
  CommunicaOon	
  for	
  WSN	
  (2012)	
  
Mo.va.on:	
  
•  Possibility	
  of	
  having	
  isolated	
  nodes...
Virtual IP Stack (2012)
Connect	
  
Any	
  
Devices	
  

Manage	
  
Real	
  Time	
  
data	
  

Control,	
  
Monitor	
  &	
...
IOT Technologies (2013)

•  Intelligent Wireless Video Surveillance
•  AP Theft Detection
•  Green AP
•  Rogue AP Detectio...
BenefiOng	
  Humanity	
  Through	
  Technology	
  
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Internet of Things (IOT) Research in MIMOS

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MIMOS is considered the pioneer in doing research in the area of Internet of Things in Malaysia. IPv6 is one the foundation technology which evolve towards 6LoWPAN and finally towards full IOT architecture.

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Internet of Things (IOT) Research in MIMOS

  1. 1. INTERNET OF THINGS (IOT) RESEARCH IN MIMOS (WIRELESS COMMUNICATIONS CLUSTER) Dr. Mazlan Abbas MIMOS Berhad MALAYSIA
  2. 2. Data Cluster Landscape 2   2012  MIMOS  Berhad.  All  Rights  Reserved.    
  3. 3. Data Cluster Landscape NANOELECTRONICS   MICROENERGY   KNOWLEDGE  TECHNOLOGY   ADVANCED   ANALYSIS  &   MODELING   MICROELECTRONICS   INTELLIGENT  INFORMATICS   ADVANCED   COMPUTING   LAB   PSYCHOMETRICS   WIRELESS   COMMUNICATIONS   INFORMATION  SECURITY   3   2012  MIMOS  Berhad.  All  Rights  Reserved.    
  4. 4. Evolution of IOT R&D in MIMOS WSN IPv6 6LoWPAN Internet of Things (IOT)
  5. 5. IPv6  CommunicaOons  Protocol  Stacks  (2007) Enterprise GW Security   Mobility   Access Points IPv6 HDTV MulOcast   NEMO Router MulOcast   MulOcast   Quality   Mobility   MulOcast   Security   SSM  over  WiFi   Quality   Security   SSM  over  WiFi   SSM  over  WiFi   Hetero  MIPv6   WiFi  QoS   SSM  over  WiMAX   Cluster  Head   Hetero  MIPv6   Comm.   Stacks   NEMO  RO   NEMO  MulO   Homing     Nested  NEMO   WiFi   Digital  TV   ADSL   WiFi   WiFi   WiMax   WiMax   Media   Independent   WiMax   Mobility Devices   Access  Schemes   SSM over WiFi WiWi Gen 1.5 Cluster Head Multicast SSM over WiMAX WiWi Gen 1.8a WiFi   SSM  over  WiMAX   WiWi  Gen  1.8b   WiWi  Gen  3   WiFi   Hetero MIPv6 QoS  MulOcast   WiWi  Gen  1.8b   WiWi  Gen  1.8b   Op.mi-­‐   za.ons   WiFi  QoS   SSM  over  WiMAX   WiWi  Gen  1.8b   Hetero  NEMO   IPv6   Features   SSM  over  WiFi   3G   WiWi Gen 1.8b ADSL   Security NEMO RO NEMO Multi Homing PDA WiMax   Digital TV Quality Hetero NEMO Tablets 802.15.4   Nested NEMO Set-top Box Media  Independent   Developed   by  MIMOS   WiFi QoS QoS Multicast
  6. 6. 6LoWPAN (2008 - 2009) Components   1-­‐  6LoWPAN  on  PA  Sensors   2-­‐  6LoWPAN  over  WiWi   3-­‐  RouOng   4-­‐  Security   How?   1-­‐  Using  PA  Sensors.   2-­‐  6LoWPAN  gateway  over  WiWi   3-­‐  MulO-­‐hop  rouOng   4-­‐  Secure  6LoWPAN  communicaOon     Valuable  to   1-­‐  Precision  Agriculture   2-­‐  Industry  
  7. 7. Inter-PAN Mobility (Internet of Things) (2011) Research  Mo.va.on   No  Suitable  energy  efficient  mobility  protocols  in  6LoWPAN   There   are   no   suitable   soluOons   available   to   provide   Inter-­‐PAN   mobility  support  for  LoWPAN  devices   •  CommunicaOons  disrupOon  when  node  moves   •  •  Problems  with  exis.ng  solu.ons   Large   overhead     for   IPv6-­‐IPv6   tunneling     and   IPSec,   and   also         large     code  size  of  MIPv6  for  LoWPAN  networks   •  Need  of  staOc  nodes  in  network  for  mobile  node  detecOon   •  Objec.ves   Inter   PAN   Mobility   for   low   power   personal   area   network   (LoWPAN)   •  Reducing   the   number   of   message   exchanges   between   the   nodes   and   the   correspondent   node   while   maintaining   the       support   of   mobility   •  To   define   a   communicaOon   mechanism   for   gateways   or   edge   routers   •  To   enable   Inter-­‐PAN   Mobility   considering   features   such   as   low   complexity,   low   message   overhead,   low   memory   usage,   low   latency  and  reliability   •  MIPv6   LoWMob  
  8. 8. Delay Tolerant Network (2012) Research  Mo.va.on   Objec.ve   There  are  Omes  when  network  connecOvity   To   develop   an   IoT   architecture   that   is   (Internet)   is   unavailable,   but,   in   certain   resilient   to   disrupOon   of   the   physical   situaOons,   users   sOll   want   the   message   to   network   and   should   also   anOcipate   that   be  carried  through  when  opportunity  arise.   many   nodes   will   be   mobile   and   may   have     intermident.     Applica.ons  of  Delay  Tolerant  Network  (DTN):   TransportaOon,  agriculture,  public  safety,  emergency  response,  shopping  malls  etc   ! !
  9. 9. CollaboraOve  CommunicaOon  for  WSN  (2012)   Mo.va.on:   •  Possibility  of  having  isolated  nodes  and  losing  informaOon   and  data  for  a  period  of  Ome   •  Lack  of  collaboraOve  communicaOon  among  devices  and   wireless  sensor  nodes  to  enable  connecOon  for  isolated   nodes   Sensinode  Network   Based  on  Nanostack   Without  6LoWPAN     Isolated   Node   CollaboraOon   Request   CollaboraOon   Request   Rebroadcast   Message   Forwarding   ZolerOa  Network   Based  on  ConOki   With  6LoWPAN  
  10. 10. Virtual IP Stack (2012) Connect   Any   Devices   Manage   Real  Time   data   Control,   Monitor  &   Analyze   Virtual  IP  Stack   Search   for   Device   Find  Data   Collaborate   with  others  
  11. 11. IOT Technologies (2013) •  Intelligent Wireless Video Surveillance •  AP Theft Detection •  Green AP •  Rogue AP Detection •  Situation Aware Network •  Heterogeneous Communications •  Identification and Naming
  12. 12. BenefiOng  Humanity  Through  Technology  

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