Nicola Peditto

Dr. Nicola Peditto

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Academic Career Length

14Years (2013-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 May 2013
Verified
Conference Paper
Closed access
Antonio CelestiAntonio Celesti
Antonio Celesti
NPNicola Peditto
Nicola Peditto
FVFabio Verboso
Fabio Verboso
Massimo VillariMassimo Villari
Massimo Villari
APAntonio Puliafito
Antonio Puliafito
This paper focuses on Platform as a Service (PaaS). From the advent of Cloud computing, the latest trend has been to design ad hoc platforms specialized to address given operational scenarios. In this context, the need of an adaptable, fault tolerant and secure cloud platform for the development of specific PaaS is becoming more and more compelling. In this work, we present the Distributed Resilient Adaptable Cloud Oriented (DRACO) PaaS. DRACO PaaS is more than a cloud platorm. In fact, it introduces a new development model for PaaS. More specifically, we will focus on how DRACO PaaS can be adopted for the development of any kind of specialized PaaS.
14 May 2024 in Sensors
Verified
Journal Article
Open access
PDF file
Giuseppe TricomiGiuseppe Tricomi
Giuseppe Tricomi
Maurizio GiacobbeMaurizio Giacobbe
Maurizio Giacobbe
IFIlenia Ficili
Ilenia Ficili
NPNicola Peditto
Nicola Peditto
Antonio PuliafitoAntonio Puliafito
Antonio Puliafito
The arising of the Cyber–Physical Systems’ vision and concepts drives technological evolution toward a new architectural design for the infrastructure of an environment referred to as a Smart Environment. This perspective alters the way systems within Smart City landscapes are conceived, designed, and ultimately realized. Modular architecture, resource-sharing techniques, and precise deployment approaches (such as microservices-oriented or reliant on the FaaS paradigm) serve as the cornerstones of a Smart City cognizant of multiple Cyber–Physical Systems composing it. This paper presents a framework integrating Digital Decisioning, encompassing the automated combination of human-derived knowledge and data-derived knowledge (e.g., business rules and machine learning), to enhance decision-making processes and application definition within the Smart City context.
1 June 2015
Verified
Conference Paper
Closed access
DBDario Bruneo
Dario Bruneo
Francesco LongoFrancesco Longo
Francesco Longo
Giovanni MerlinoGiovanni Merlino
Giovanni Merlino
NPNicola Peditto
Nicola Peditto
CRCarmelo Romeo
Carmelo Romeo
APAntonio Puliafito
Antonio Puliafito
CloudWave is an Integrated Project funded by the European Commission whose aim is to provide a new powerful foundation for the development, deployment, and management of Cloud-based services. CloudWave will develop a set of software components that have to be integrated into a single multi-layer Cloud stack based on OpenStack. During the project, a testbed environment allows project partners to exert full control over deployed componentry and collaborate on development. Among testbed requirements, the most interesting ones include providing a flexible infrastructure capable of emulating several multi-node Cloud environments and enabling the automatic deployment of CloudWave artifacts into such environment during integration phases. This paper provides a high-level description of the testbed design and implementation focusing on the technologies exploited to meet such requirements.
1 May 2015
Verified
Conference Paper
Closed access
PDF file
DBDario Bruneo
Dario Bruneo
Francesco LongoFrancesco Longo
Francesco Longo
Giovanni MerlinoGiovanni Merlino
Giovanni Merlino
NPNicola Peditto
Nicola Peditto
CRCarmelo Romeo
Carmelo Romeo
APAntonio Puliafito
Antonio Puliafito
The Cloud Wave project embodies a challenging set of goals, including the development of software components that have to be integrated into a single multi-layer Cloud stack based on Open Stack, while cutting across the Infrastructure-as-a-Service, Platform-as-a-Service, and Software-as-a-Service levels by targeting layer-spanning issues such as Feedback-Driven Development and Coordinated Adaptation. A DevOps-ready test bed environment should allow project partners to exert full control over deployed compo entry and collaborate on development. Goals include providing a flexible infrastructure capable of emulating several multi-node Cloud environments, as well as enabling the automatic deployment of Cloud Wave artifacts into such environment in order to simplify integration activities. This paper takes a snapshot of the current situation with regards to the design and implementation of such a setup, trying to gain relevant insight out of this effort.
4 October 2016
Verified
Other
Open access
NPNicola Peditto
Nicola Peditto
ALAndrea Rocco Lotronto
Andrea Rocco Lotronto
CRCarmelo Romeo
Carmelo Romeo
FLFrancesco Longo
Francesco Longo
FAFabio14
Fabio14
GMGiovanni Merlino
Giovanni Merlino
Release Openstack oriented. It is possible to choose the Stack4Things (GRE tunnel based) or Neutron one as network backend in order to create VLANs among s4t devices. IMPORTANT: This release works ONLY with s4t-lightning-rod v0.1