HATS project

This case study is based on the feature model for B2C (Business-to-Consumer) eShop solutions with fixed-price purchasing that is provided in [1]. The purpose of this case study is to evaluate the support provided the HATS Variability Modeling Languages to the development of product lines of information systems. According Read more…

Scientific Deliverables The list of published scientific deliverables: Deliverable 5.1 – Requirement Elicitation: elicits requirements representative to the theoretical and practical challenges that the envisioned method has to solve. We describe the selected requirements in form of detailed scenarios. Furthermore, the collected scenarios already may sketch the results of the Read more…

General Introduction Peer-to-Peer (P2P) network of office computing devices VOF document contains data and workflow information Each device can send, receive and process VOF documents VOF document routed according to workflow VOF Node A VOF-Node in general is the system’s representation of an end device (e.g. Laptop, PC, Mobile Phone, Read more…

Project Objectives The HATS project develops a formal method for the design, analysis, and implementation of highly adaptable software systems that are at the same time characterized a high demand on trustworthiness. Adaptability includes two aspects: anticipated variability and evolvability, i.e., unanticipated change. The first is, to a certain extent, addressed in modern software architectures such Read more…

The Fredhopper Access Server (FAS) is a component-based, service-oriented and server-based software system, which provides search and merchandising IT services to e-Commerce companies such as large catalog traders, travel booking, classified advertising, etc. In the following paragraphs we describe informally the functionalities of each component: Business Manager The business manager component Read more…

Overview In the HATS project three candidate case studies are considered. The purpose of case studies is twofold: For eliciting requirements that the project result should satisfy. For validating project results with respect to the requirements from 1. We have chosen case studies that differ in profile, abstraction, size and Read more…