Keyphrases
WiNoC
100%
Graphene-based Materials
100%
Nanocommunication
100%
Graphene
100%
THz Band
100%
Nanoantenna
100%
Channel Capacity
75%
Channel Model
75%
Molecular Absorption
75%
Absorption Attenuation
75%
Ambient Pressure
50%
Transmission Frequency
50%
Chip Package
50%
Path Loss
25%
Propagation Loss
25%
On chip
25%
Dielectric
25%
Optimal Power Allocation
25%
Terahertz Band
25%
Propagation Medium
25%
Signal Transmission
25%
Isotopologues
25%
Operating Temperature
25%
Terahertz Frequency Band
25%
Conventional Channel
25%
Transmit Power Constraint
25%
Compute-intensive Applications
25%
Signal Loss
25%
Bandwidth Limitation
25%
INIS
graphene
100%
transmission
60%
capacity
60%
losses
60%
absorption
60%
attenuation
60%
power
40%
signals
20%
simulation
20%
performance
20%
applications
20%
range
20%
comparative evaluations
20%
frequency range
20%
distance
20%
calculation methods
20%
constraints
20%
molecules
20%
allocations
20%
dielectrics
20%
temperature (ambient)
20%
Engineering
Network-on-Chip
100%
Graphene
100%
Channel Model
60%
Channel Capacity
60%
Terahertz
40%
Ambient Pressure
40%
Dielectrics
20%
Path Loss
20%
Power Constraint
20%
Propagation Loss
20%
Simulation Result
20%
Operating Temperature
20%
Bandwidth Requirement
20%
Optimal Power Allocation
20%