Proceedings of the 12th International Conference on Quality of Software Architectures
QoSA, 2016.
Contents (12 items)
- QoSA-2016-DasD #virtual machine #web
- Estimating Response Time Percentiles of Cloud-Based Tiered Web Applications in Presence of VM Failures (OD, AD), pp. 1–10.
- QoSA-2016-LehrigB #as a service #case study #modelling #performance #using
- Using Performance Models for Planning the Redeployment to Infrastructure-as-a-Service Environments: A Case Study (SL, SB0), pp. 11–20.
- QoSA-2016-FreibergPE #communication #distributed #source code
- Retargetable Communication for Distributed Programs (OF, JP, ME), pp. 21–30.
- QoSA-2016-JohnsenLHPT #architecture #assurance #framework #named #quality
- AQAF: An Architecture Quality Assurance Framework for Systems Modeled in AADL (AJ, KL, KH, PP, MT), pp. 31–40.
- QoSA-2016-FrancoCBR #component #modelling
- Modeling the Failure Pathology of Software Components (JMF, FC, RB, MZR), pp. 41–49.
- QoSA-2016-BuschK #automation #design #quality
- Considering Not-Quantified Quality Attributes in an Automated Design Space Exploration (AB, AK), pp. 50–59.
- QoSA-2016-PitakratOHG #approach #architecture #online #predict
- An Architecture-Aware Approach to Hierarchical Online Failure Prediction (TP, DO, AvH, LG), pp. 60–69.
- QoSA-2016-JamshidiSPAME #architecture #fuzzy #self
- Fuzzy Self-Learning Controllers for Elasticity Management in Dynamic Cloud Architectures (PJ, AMS, CP, HA, AM, GE), pp. 70–79.
- QoSA-2016-StierK #adaptation #analysis #modelling #performance #self
- Considering Transient Effects of Self-Adaptations in Model-Driven Performance Analyses (CS, AK), pp. 80–89.
- QoSA-2016-BrataasSL #evolution
- Analysing Evolution of Work and Load (GB, ES, SL), pp. 90–95.
- QoSA-2016-PagliariMPT #adaptation #energy #information management #network #peer-to-peer
- Energy-Aware Adaptive Techniques for Information Diffusion in Ungoverned Peer-to-Peer Networks (LP, RM, DPP, CT), pp. 96–105.
- QoSA-2016-WillneckerK #deployment #distributed #enterprise #optimisation
- Optimization of Deployment Topologies for Distributed Enterprise Applications (FW, HK), pp. 106–115.