Keyphrases
Low Latency
100%
Network Applications
85%
Congestion Control
59%
Load Balancing
44%
World Wide Web
44%
Latency
44%
Web Browsing
35%
Reduced Latency
33%
Network Topology
27%
DNS Query
26%
Redundancy
24%
Transport Layer
24%
Data Center Networks
24%
Controller
24%
Transport Protocol
23%
Round Trip Time
22%
Shortcutting
22%
Key Security
22%
Three-way Handshake
22%
Security Properties
22%
Short Flow
22%
Big Data
22%
Node Capacity
21%
Resilient
21%
Multipath Routing
21%
High Bandwidth
19%
Speed of Light
19%
Distributed Hash Table
19%
High Performance
19%
Software-defined Networking
18%
Packet Level
17%
Routing Scheme
17%
Flow-level
17%
Service Provider
17%
Packet Loss
16%
Path Diversity
16%
Application Performance
16%
Fair Share
16%
Network Device
16%
Network Condition
16%
Multipath
15%
Router
15%
High-throughput
15%
Ultra-reliable Low-latency Communication (URLLC)
15%
Congestion Control Algorithm
14%
Via Redundancy
14%
Operating Clusters
14%
Debugging
14%
Anteater
14%
Multipath Routing Protocol
14%
Computer Science
Data Center
93%
Congestion Control
73%
Software-Defined Networking
52%
Load Balancing
37%
Application Level
32%
Routing Protocol
31%
Transport Protocol
29%
Reducing Latency
29%
Provider Service
29%
Internet Application
26%
Network Topology
26%
Transport Layer
24%
OpenFlow
24%
Multipath Routing
23%
Security Properties
22%
Three-Way Handshake
22%
Naming Protocol
22%
Round-Trip Time
22%
Configuration File
22%
Control Plane
22%
Network Performance
22%
Big Data
19%
Forwarding Table
18%
Microservice
18%
Source Routing
18%
distributed hash table
18%
High Throughput
18%
Application Performance
18%
User Experience
17%
Network Operator
16%
routing scheme
16%
Online Learning
14%
Network Configuration
14%
Network Interface
14%
Internet Today
14%
Mobile Application
14%
Research Community
14%
Physical Element
14%
Execution Path
14%
Network Virtualization
14%
Physical Switch
14%
Distributed Storage System
14%
Grand Challenge
14%
Preliminary Design
14%
Satisfiability Problem
14%
And-States
14%
State Transition
14%
Best Practice
14%
Parallel System
14%
High Availability
14%