Table 9 Categorization of primary studies based on migration type, deployment model and tool support
ID | Author/Year/Title | Migration Type | Cloud Deployment Model | Framework/Tools Support |
|---|---|---|---|---|
P1 | Frey et al. (2013a) Search-Based Genetic Optimization for Deployment and Reconfiguration of Software in the Cloud | Cloudify | IaaS | CDOXplorer |
P2 | Andrikopaulas et al (2013) How to Adapt Applications for the Cloud Environment: Challenges and Solutions in Migrating Applications to the Cloud | Cloudify | SaaS,Iaas,PaaS | … |
P3 | Fittakau et al (2012)CDOSim: Simulating Cloud Deployment Options for Software Migration Support | Cloudify | IaaS | CDOSim |
P4 | Menzal et al (2012) CloudGenius: Decision Support for Web Server Cloud Migration | Migrate the whole stack | PaaS,IaaS | CloudGenius |
P5 | Baserra et al (2012) Cloudstep: A Step-by-Step Decision Process to Support Legacy Application Migration to the Cloud | Migrate the whole stack | NM | … |
P6 | Vu and Asal (2012) Legacy Application Migration to the Cloud: Practicability and Methodology | Partially Migrate | PaaS,IaaS | … |
P7 | Frey et al. (2013b) Automatic conformance checking for migrating software systems to cloud infrastructures and platforms | Cloudify | PaaS,IaaS | CloudMIG Xpress |
P8 | Khajeh-Hosseini (2012) The Cloud Adoption Toolkit: supporting cloud adoption decisions in the enterprise | Partially Migrate | NM | Cloud Adoption Toolkit |
P9 | Frey et al (2011) The CloudMIG Approach: Model-Based Migration of Software Systems to Cloud-Optimized Applications | Cloudify | PaaS,IaaS | CloudMIG |
P10 | Frey et al (2011) An Extensible Architecture for Detecting Violations of a Cloud Environment’s Constraints During Legacy Software System Migration | Cloudify | IaaS | CloudMIG Xpress |
P11 | Mohagheghi et al (2011) Software Engineering Challenges for Migration to the Service Cloud Paradigm | Migrate the whole Stack | NM | … |
P12 | Lloyd et al (2011) Migration of Multi-tier Applications to Infrastructure-as-a-Service Clouds: An Investigation Using Kernel-based Virtual Machines | Cloudify | IaaS | Eucalyptus |
P13 | Tak et al (2011) To Move or Not to Move: The Economics of Cloud Computing | Cloudify | IaaS,SaaS | … |
P14 | Yam et al (2011) Migration to Cloud as Real Option Investment decision under uncertainty | Partially Migrate | NM | … |
P15 | Chauhan et al (2011) Migrating Service-Oriented System to Cloud Computing: An Experience Report | Cloudify | SaaS,PaaS. IaaS | … |
P16 | Zardari et al (2011) Cloud Adoption: A Goal-Oriented Requirements Engineering Approach | Partially Migrate | NM | … |
P17 | Tran et al (2011) Application Migration to Cloud: A Taxonomy of Critical Factors | Partially Migrate | NM | … |
P18 | Babar and Chauhan (2011) A Tale of Migration to Cloud Computing for Sharing Experiences and Observations | Migrate the whole stack | SaaS,IaaS | … |
P19 | Tran et al (2011) Size Estimation of Cloud Migration Projects with Cloud Migration Point (CMP) | Partially Migrate | PaaS,IaaS | … |
P20 | Yu. et al (2011) A Practical Architecture of Cloudification of Legacy Applications | Cloudify | SaaS,Iaas,PaaS | … |
P21 | Khajeh-Hosseini et al. (2010) Cloud Migration: A Case Study of Migrating an Enterprise IT System to IaaS | Migrate the whole stack | NM | … |
P22 | Ward et al (2010) Workload Migration into Clouds – Challenges, Experiences, Opportunities | Partially Migrate | NM | Darwin |
P23 | Hajjat et al (2010) Cloudward Bound: Planning for Beneficial Migration of Enterprise Applications to the Cloud | Partially Migrate | PaaS,IaaS | Cloudward Bound |