33rd INFOCOM 2014: Toronto, Canada

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CC1: Cloud Computing 1

LO1: Localization 1

MN1: Multimedia networking 1

NE1: Network economics and pricing 1

RF1: RFID 1

RS: Router and switch design

SP1: Security and privacy 1

WN1: Wireless networks 1

CC2: Cloud Computing 2

FC: Flow and congestion control

LO2: Localization 2

MN2: Multimedia networking 2

NE2: Network economics and pricing 2

RF2: RFID 2

SP2: Security and privacy 2

WN2: Wireless networks 2

CC3: Cloud computing 3

IM1: Internet monitoring and measurement 1

NC: Network coding

NE3: Network economics and pricing 3

SN1: Sensor networks 1

SP3: Security and privacy 3

WN3: Wireless networks 3

CC4: Cloud computing 4

CNE: Cooperative networking

EE1: Energy efficiency in wireless networks 1

IM2: Internet monitoring and measurement 2

SN2: Sensor networks 2

WS1: Wireless security and privacy 1

CC5: Cloud computing 5

CN1: Cellular networks 1

EE2: Energy efficiency in wireless networks 2

IM3: Internet monitoring and measurement 3

SN3: Sensor networks 3

US: Urban sensing and environmental monitoring

WS2: Wireless security and privacy 2

CC6: Clound computing 6

CN2: Cellular networks 2

EE3: Energy efficiency in wireless networks 3

FN: Firewalls and network intrusion detection

IM4: Internet monitoring and measurement 4

SN4: Sensor networks 4

WS3: wireless ecurity and privacy 3

CN3: Cellular networks 3

DC1: Data center networking 1

FT1: Fault tolerance and survivability 1

SB1: Scheduling and buffer management 1

SC1: Social computing and networks 1

SD: Software defined networking

VN1: Vehicular Networks 1

CN4: Cellular networks 4

DC2: Data center networking 2

FT2: Fault tolerance and survivability 2

SB2: Scheduling and buffer management 2

SC2: Social computing and networks 2

VN2: Vehicular networks 2

DB: Big Data

CNB: Content/name based networking

CR1: Cognitive radio networks 1

CS: Cloud security and privacy

FT3: Fault tolerancy and survivability 3

SB3: Scheduling and buffer management 3

SC3: Social computing and networks 3

CR2: Cognitive radio networks 2

DT: Delay tolerant networks

LL: Localization and location privacy

MD: Mobile Data Offloading

PA1: Performance analysis and modelling 1

SB4: Scheduling and buffer management 4

WL: Wireless LANs

CR3: Cognitive radio networks 3

MA1: Medium access control 1

OP: Overlay and peer-to-peer networks

PA2: Performance analysis and modelling 2

SG1: Smart Grid 1

SR1: Short range wireless technologies 1

CR4: Cognitive radio networks 4

MA2: Medium access control 2

PA3: Performance analysis and modelling 3

SG2: Smart Grid 2

SR2: Short range wireless technologies 2

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