INIS
allocations
91%
dynamics
63%
performance
61%
resources
58%
algorithms
51%
blocking
41%
simulation
28%
spectra
26%
learning
23%
fibers
22%
modulation
21%
probability
20%
space
18%
simulators
17%
tools
16%
connections
16%
topology
15%
environment
14%
routing
14%
regeneration
13%
buffers
12%
capacity
12%
errors
11%
architecture
11%
distance
11%
demand
10%
avoidance
10%
evaluation
10%
configuration
9%
transmission
9%
communities
9%
amplification
8%
reviews
8%
solutions
8%
gain
7%
grids
7%
assignments
7%
devices
7%
fragmentation
6%
operation
6%
geometry
6%
programming languages
6%
speed
6%
cost
6%
energy consumption
6%
libraries
6%
radiowave radiation
6%
artificial intelligence
6%
depth
6%
design
5%
Keyphrases
Elastic Optical Networks
47%
Optical Networks
26%
Resource Allocation
15%
Deep Reinforcement Learning (deep RL)
15%
Blocking Probability
15%
Blocking Performance
15%
Modulation Format
14%
Dynamic Provisioning
12%
Elastic Optical Network with Space Division Multiplexing
12%
Reinforcement Learning Environments
12%
Next-Gen
12%
Bit Error Rate
10%
Stable Baselines
8%
Reinforcement Learning Algorithm
8%
Optical Network Architecture
8%
Network Topology
8%
C + +
8%
Allocation Algorithm
7%
Dynamic Resource Allocation
7%
Spectrum Assignment
7%
VM Allocation
7%
3R Regeneration
7%
Modulation Spectrum
6%
Connection Request
6%
Traffic Load
6%
Flexible Optical Networks
6%
Virtual Network
6%
Tweets
6%
Resource Discovery
6%
Network Quality of Service
6%
Network Configuration
6%
Agent-based
6%
Regeneration Scheme
6%
Input Buffer
6%
Network Area
6%
Resource Allocation Algorithm
6%
Programming Languages
6%
Flexgrid Optical Networks
6%
Twitter
6%
Energy Consumption
6%
Network Performance Analysis
6%
Heuristic Approach
6%
Adaptive Routing
6%
Rate Adaptive
6%
Spreading Speed
6%
Assignment Algorithm
6%
Ultra-wideband
6%
Distributed Protocol
6%
Simulation Module
6%
Event-driven Simulation
6%
Computer Science
Fiber Optic Networks
100%
Resource Allocation
20%
Deep Reinforcement Learning
20%
Blocking Probability
17%
Quality of Service
17%
Connection Request
13%
Dynamic Provisioning
12%
Division Multiplexing
12%
Allocation Strategy
12%
Spectrum Allocation
9%
Network Topology
8%
Dynamic Resource Allocation
7%
Allocation Problem
7%
Greedy Algorithm
7%
Virtual Networks
6%
Network Configuration
6%
Resource Discovery
6%
Deadlock
6%
Adaptive Routing
6%
Energy Consumption
6%
Multicore
6%
dynamic spectrum allocation
6%
Learning Approach
6%
Distributed Protocol
6%
Deadlock Avoidance
6%
Network Architecture
6%
Learning Technique
6%
Cloud Computing
6%
Social Network
6%
Computational Complexity
6%
Radio Communication
6%
Network Simulator
6%
Resource Allocation
6%
Programming Language
6%
Physical Layer
5%
