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Spectroscopy of the packet radio interfaces: A case study with GSM/GPRS
Jorma Kilpi
Research output
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Contribution to conference
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Conference article
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Scientific
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peer-review
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Dive into the research topics of 'Spectroscopy of the packet radio interfaces: A case study with GSM/GPRS'. Together they form a unique fingerprint.
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Keyphrases
Base Station
16%
Blocking Flow
33%
Carrier Sense multiple Access
16%
Channel Coding Scheme
16%
Code Division multiple Access
16%
Control Layer
33%
General Packet Radio Service
100%
Inter-arrival Time Distribution
16%
IP Packet
33%
Logical Link Control
16%
Mobile Station
33%
Number of Packets
16%
Packet Data
33%
Packet Inter-arrival Time
16%
Packet Radio
100%
Packet Size
16%
Packet Trace
16%
Physical Connectivity
16%
Radio
16%
Radio Interface
100%
Radio Link Control
16%
Retransmission
16%
Time-division multiple Access
50%
Uplink
16%
Computer Science
Base Station Subsystem
16%
Case Study
100%
Channel Coding
16%
Code Division Multiple Access
16%
Data Channel
16%
Interarrival Time
16%
Logical Link Control
16%
Mobile Station
33%
Multiple Access
16%
Physical Connection
16%
Radio Interface
100%
Radio Link Control
16%
Retransmission
16%
Time Division Multiple Access
50%
Upstream Traffic
16%
Engineering
Basestation
16%
Channel Coding
16%
Code Division Multiple Access
16%
Coding Scheme
16%
Data Packet
33%
General Packet Radio Service
100%
Good Result
16%
Mobile Station
33%
Packet Level
16%
Radio Carrier
16%
Radio Interface
100%
Radio Link
16%
Retransmission
16%
Time Division Multiple Access
50%
INIS
carriers
16%
connections
16%
control
33%
data
33%
distribution
16%
interfaces
100%
layers
33%
levels
16%
size
16%
spectroscopy
100%