Hong-Linh Truong

TL;DR: This paper proposes a novel framework for modeling and reasoning about factors in services provisioning, which features a methodology for formally expressing the aforementioned factors, an engine to find solutions and a simulation.

TL;DR: Fundamental building blocks for enabling multi-dimensional elasticity programming of software-defined elastic systems are discussed and CoMoT, a novel PaaS for elasticity in the cloud that is developed based on these fundamental building blocks are described.

TL;DR: This paper examines how quality of data can be comprehensively measured within workflows and how the measured quality can be used to control and adapt running workflows, and describes a quality ofData monitoring and analysis framework that integrates this measurement process into a workflow management system.

TL;DR: This work presents a multidimensional elasticity perspective for cloud software that would greatly meet changing demands from the user and argues that current techniques are not enough for dealing with multi-dimensional elasticity in distributed cloud environments.

TL;DR: A modeling approach which considers collaboration processes as the evolution of a network of collaborative documents along with a social network of collaborators, accompanied by a graphical notation and formalization allows to capture the influence of complex social structures formed by collaborators, and therefore facilitates such activities as the discovery of socially coherent teams, social hubs, or unbiased experts.