On the Nanocommunications at THz Band in Graphene-Enabled Wireless Network-on-Chip

Keyphrases

• WiNoC 100%
• Nanoantenna 100%
• Nanocommunication 100%
• Graphene 100%
• THz Band 100%
• Graphene-based 100%
• Molecular Absorption 75%
• Absorption Attenuation 75%
• Channel Capacity 75%
• Channel Model 75%
• Ambient Pressure 50%
• Transmission Frequency 50%
• Chip Packaging 50%
• On chip 25%
• Path Loss 25%
• Propagation Loss 25%
• Terahertz Band 25%
• Propagation Medium 25%
• Signal Transmission 25%
• Isotopologues 25%
• Operating Temperature 25%
• Terahertz Frequency Band 25%
• Conventional Channel 25%
• Signal Loss 25%
• Transmit Power Constraint 25%
• Compute-intensive Applications 25%
• Dielectric 25%
• Bandwidth Limitation 25%
• Optimal Power Allocation 25%
• Scalable Bandwidth 25%

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%

Computer Science

• Intensive Computation 33%