1 "Wind river"
2 L. Tang, "Virtual network function migration based on dynamic resource requirements prediction" 7 (7): 112346-112362, 2019
3 S. Mehraghdam, "Specifying and placing chains of virtual network functions" 7-13, 2014
4 Z. Luo, "Scaling geo-distributed network function chains : a prediction and learning framework" 37 (37): 1838-1850, 2019
5 J. Zu, "Resource aware chaining and adaptive capacity scaling for service function chains in distributed cloud network" 7 (7): 157707-157723, 2019
6 J. Wang, "PRSFC-IoT : a performance and resource aware orchestration system of service function chaining for internet of things" 5 (5): 1400-1410, 2018
7 "Open vswitch"
8 K. Noghani, "On the cost-optimality trade-off for service function chain reconfiguration" 2019
9 M. Pozza, "On reconfiguring 5G network slices" 38 (38): 1542-1554, 2020
10 J. Liu, "Load-aware and congestion-free state management in network function virtualization" 2017
1 "Wind river"
2 L. Tang, "Virtual network function migration based on dynamic resource requirements prediction" 7 (7): 112346-112362, 2019
3 S. Mehraghdam, "Specifying and placing chains of virtual network functions" 7-13, 2014
4 Z. Luo, "Scaling geo-distributed network function chains : a prediction and learning framework" 37 (37): 1838-1850, 2019
5 J. Zu, "Resource aware chaining and adaptive capacity scaling for service function chains in distributed cloud network" 7 (7): 157707-157723, 2019
6 J. Wang, "PRSFC-IoT : a performance and resource aware orchestration system of service function chaining for internet of things" 5 (5): 1400-1410, 2018
7 "Open vswitch"
8 K. Noghani, "On the cost-optimality trade-off for service function chain reconfiguration" 2019
9 M. Pozza, "On reconfiguring 5G network slices" 38 (38): 1542-1554, 2020
10 J. Liu, "Load-aware and congestion-free state management in network function virtualization" 2017
11 B. Andrus, "Live migration downtime analysis of a VNF guest for a proposed optical FMC network architecture" 1-5, 2016
12 "Kvm cpu hotplug"
13 M. Tajiki, "Joint energy efficient and QoSaware path allocation and VNF placement for service function chaining" 16 (16): 374-388, 2019
14 M. Wang, "Joint availability guarantee and resource optimization of virtual network function placement in data center networks" 17 (17): 821-834, 2020
15 H. Yu, "Fine-grained cloud resource provisioning for virtual network function" 17 (17): 1363-1376, 2020
16 M. Otokura, "Evolvable virtual network function placement method : mechanism and performance evaluation" 16 (16): 27-40, 2019
17 L. Popa, "Elasticswitch: practical work-conserving bandwidth guarantees for cloud computing" 351-362, 2013
18 M. Ghaznavi, "Elastic virtual network function placement" 255-260, 2015
19 H. Yu, "Elastic network service chain with fine-grained vertical scaling" 2018
20 H. Yu, "ENSC: multi-resource hybrid scaling for elastic network service chain in clouds" 34-41, 2018
21 S. Palkar, "E2: a framework for nfv applications" 121-136, 2015
22 H. Tang, "Dynamic network function instance scaling based on traffic forecasting and VNF placement in operator data centers" 30 (30): 530-543, 2018
23 K. Qu, "Dynamic flow migration for embedded services in SDN/NFV-enabled 5G core networks" 68 (68): 2394-2408, 2020
24 B. Yi, "Design and implementation of network-aware VNF migration mechanism" 8 (8): 44346-44358, 2020
25 Y. Su, "Cognitive virtual network reconfiguration method based on traffic prediction and link importance" 7 (7): 138915-138926, 2019
26 T. Han, "A traffic load balance framework for software defined radio access networks powered by hybrid energy sources" 24 (24): 1038-1051, 2016
27 F. Zhang, "A survey on virtual machine migration : challenges, techniques, and open issues" 20 (20): 1206-1243, 2018
28 X. Han, "A service function chain deployment method based on network flow theory for load balance in operator networks" 8 (8): 93187-93199, 2020
29 M. Mao, "A performance study on the vm startup time in the cloud" 2012