Software Synthesis Research Group

''Software Synthesis'' (SoSy group) at the Dept. of Engineering and Computer Science and Mathematics of the University of L'Aquila. SoSy is a small research group that has gradually been established over the years. For over ten years the group has been involved in numerous projects and numerous research collaborations at national and international level. The group can count on the collaboration of over 100 Italian and foreign colleagues.

Research Tools

SoSy group has developed many tools which are availble at: https://github.com/sosygroup

Research Areas

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Automated Software Synthesis

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Automated Software Engineering

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(micro) Service-oriented Architecture

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Ethical-aware Autonomous Systems

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Self-adaptive Systems

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Distributed Systems

Team

Current members

Marco Autili

Marco Autili

Head & Coordinator
Massimo Tivoli

Massimo Tivoli

Co-coordinator

Past members

Amleto Di Salle

Amleto Di Salle

Francesco Gallo

Francesco Gallo

Di Paolo Fabrizio

Di Paolo Fabrizio

Gigante Luca

Gigante Luca

Alexander Perucci

Alexander Perucci

Claudio Pompilio

Claudio Pompilio

Tala Najem

Tala Najem

Lorenzo De Lauretis

Lorenzo De Lauretis

Contact Us

Projects

Ongoing Projects

CAVIA
enabling the Cloud-to-Autonomous-Vehicles continuum for future Industrial Applications

The CAVIA project aims to create an integrated ecosystem for managing the cloud-to-autonomous-vehicle continuum, focusing on efficient, low-latency communication and dynamic service orchestration. It will develop innovative solutions for network management and resource allocation, optimizing infrastructure support for AVs with built-in mobility features.

RoboChor
Robot Choreography

The RoboChor project aims to democratize the programming and use of service robots by providing methodologies and languages that enable domain experts to specify missions for multi-robot systems (MRSs) through robot choreographies. The project focuses on ensuring ethical compliance while coordinating multiple distributed and heterogeneous service robots in shared spaces with humans.

HALO
etHical-aware AdjustabLe autOnomous systems

The HALO project aims to empower users by providing a dynamic and ethical-aware software exoskeleton that allows for the customization and adjustment of system autonomy according to individual moral values and preferences, ensuring the system's actions align with ethical principles and comply with legal standards.

INCIPICIT
Innovating City Planning through Information & Communications Technologies

The INCIPICT Project aims to develop an experimental optical network (MAN) in L’Aquila City, serving as a testbed for advanced wireless technologies and 5G infrastructure. The project focuses on reducing energy consumption, increasing transmission speed, and creating middleware to unify access across heterogeneous networks.

Past Projects
  • SISMA: Solutions for Engineering Microservices Architectures
  • ConnectPA: Connect Public Administration
  • GAUSS: Governing Adaptive and Unplanned Systems of Systems
  • CHOReVOLUTION: Automated Synthesis of Dynamic and Secured Choreographies for the Future Internet
  • Original in Touch: Development of a Hardware and Software System to Fight Counterfeit
  • IDEAS: Integrated Design and Evolution of Adaptive Systems
  • LeonarDO: Smart digital ecosystem for the Customer Experience Enhancement
  • TACTICS: TACTICal Service oriented architecture
  • Ricostruire - RIDITT: Italian Network for Innovation and Technology Transfer to Enterprises
  • Learn PAd: Model-Based Social Learning for Public Administrations
  • CHOReOS: Large Scale Choreographies for the Future Internet
  • CONNECT: Emergent Connectors for Eternal Software Intensive Networked Systems
  • D-ASAP: Adaptable Software Architectures and Reliable Pervasive Systems
  • RoboChor: Robot Choreography
  • PLASTIC: Providing Lightweight and Adaptable Service Technology for pervasive Information and Communication
  • ASA: Adaptive SoftwAre
  • Correct: rigorous stepwise development of Complex Fault TOlerant DistRibuted Systems: from ARchitEctural DesCription to Java ImplemenTation
  • SAILOR: Satellite Integrated UMTS Emulator

Publications

This section is under construction...

Contact Us

If you have any questions, feel free to reach out to us:

Email: marco.autili@univaq.it

Address: Edificio "Alan Turing" - Ex Blocco 0, Via Vetoio, L'Aquila, 67100