Policy-driven middleware for heterogeneous, hybrid cloud platforms. - Tom Desair; Wouter Joosen; Bert Lagaisse; Ansar Rafique; Stefan Walraven (ARM@Middleware, 2013)

Towards portability and interoperability support in middleware for hybrid clouds. - Ansar Rafique; Stefan Walraven; Bert Lagaisse; Tom Desair; Wouter Joosen (INFOCOM Workshops, 2014)

Policy-Driven Data Management Middleware for Multi-cloud Storage in Multi-tenant SaaS. - Ansar Rafique; Dimitri Van Landuyt; Bert Lagaisse; Wouter Joosen (BDC, 2015)

Expressive Data Storage Policies for Multi-cloud Storage Configurations. - Ansar Rafique; Dimitri Van Landuyt; Wouter Joosen (SYNASC, 2015)

PaaSHopper: Policy-driven middleware for multi-PaaS environments. - Stefan Walraven; Dimitri Van Landuyt; Ansar Rafique; Bert Lagaisse; Wouter Joosen (J. Internet Serv. Appl., 2015)

Towards a container-based architecture for multi-tenant SaaS applications. - Eddy Truyen; Dimitri Van Landuyt; Vincent Reniers; Ansar Rafique; Bert Lagaisse; Wouter Joosen (ARM@Middleware, 2016)

Schema design support for semi-structured data: Finding the sweet spot between NF and De-NF. - Vincent Reniers; Dimitri Van Landuyt; Ansar Rafique; Wouter Joosen (IEEE BigData, 2017)

Towards an Adaptive Middleware for Efficient Multi-Cloud Data Storage. - Ansar Rafique; Dimitri Van Landuyt; Vincent Reniers; Wouter Joosen (CCB@EuroSys, 2017)

Towards scalable and dynamic data encryption for multi-tenant SaaS. - Ansar Rafique; Dimitri Van Landuyt; Vincent Reniers; Wouter Joosen (SAC, 2017)

Leveraging NoSQL for Scalable and Dynamic Data Encryption in Multi-tenant SaaS. - Ansar Rafique; Dimitri Van Landuyt; Vincent Reniers; Wouter Joosen (TrustCom/BigDataSE/ICESS, 2017)

On the State of NoSQL Benchmarks. - Vincent Reniers; Dimitri Van Landuyt; Ansar Rafique; Wouter Joosen (ICPE Companion, 2017)

Object-NoSQL Database Mappers: a benchmark study on the performance overhead. - Vincent Reniers; Ansar Rafique; Dimitri Van Landuyt; Wouter Joosen (J. Internet Serv. Appl., 2017)

K8-scalar: a workbench to compare autoscalers for container-orchestrated database clusters. - Wito Delnat; Eddy Truyen; Ansar Rafique; Dimitri Van Landuyt; Wouter Joosen (SEAMS@ICSE, 2018)

K8-Scalar: a workbench to compare autoscalers for container-orchestrated services (Artifact). - Wito Delnat; Thomas Heyman; Wouter Joosen; Davy Preuveneers; Ansar Rafique; Eddy Truyen; Dimitri Van Landuyt (Dagstuhl Artifacts Ser., 2018)

PERSIST: Policy-Based Data Management Middleware for Multi-Tenant SaaS Leveraging Federated Cloud Storage. - Ansar Rafique; Dimitri Van Landuyt; Wouter Joosen (J. Grid Comput., 2018)

On the Performance Impact of Data Access Middleware for NoSQL Data Stores A Study of the Trade-Off between Performance and Migration Cost. - Ansar Rafique; Dimitri Van Landuyt; Bert Lagaisse; Wouter Joosen (IEEE Trans. Cloud Comput., 2018)

Continuous and Client-centric Trust Monitoring in Multi-cloud Storage. - Dimitri Van Landuyt; Luuk Raaijmakers; Ansar Rafique; Wouter Joosen (CLOSER, 2019)

Object to NoSQL Database Mappers (ONDM): A systematic survey and comparison of frameworks. - Vincent Reniers; Dimitri Van Landuyt; Ansar Rafique; Wouter Joosen (Inf. Syst., 2019)

SCOPE: self-adaptive and policy-based data management middleware for federated clouds. - Ansar Rafique; Dimitri Van Landuyt; Eddy Truyen; Vincent Reniers; Wouter Joosen (J. Internet Serv. Appl., 2019)

A Workload-Driven Document Database Schema Recommender (DBSR). - Vincent Reniers; Dimitri Van Landuyt; Ansar Rafique; Wouter Joosen (ER, 2020)

A YCSB Workload for Benchmarking Hotspot Object Behaviour in NoSQL Databases. - Casper Claesen; Ansar Rafique; Dimitri Van Landuyt; Wouter Joosen (TPCTC, 2021)

CryptDICE: Distributed data protection system for secure cloud data storage and computation. - Ansar Rafique; Dimitri Van Landuyt; Emad Heydari Beni; Bert Lagaisse; Wouter Joosen (Inf. Syst., 2021)

A Comparative Performance Evaluation of Multi-Model NoSQL Databases and Polyglot Persistence. - Dimitri Van Landuyt; Julien Benaouda; Vincent Reniers; Ansar Rafique; Wouter Joosen (SAC, 2023)