�ݺ�ߣshows by User: indecadenza

�ݺ�ߣshows by User: indecadenza / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: indecadenza / Sat, 13 Apr 2013 04:54:59 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: indecadenza Piunti coin10 /slideshow/piunti-coin10/18726646 piunti-coin10-130413045459-phpapp02
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]]> Sat, 13 Apr 2013 04:54:59 GMT /slideshow/piunti-coin10/18726646 indecadenza@slideshare.net(indecadenza) Piunti coin10 indecadenza <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/piunti-coin10-130413045459-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" />

Piunti coin10 from Michele Piunti

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0 Embodied Organizations A unifying perspective in programming Agents, Organizations and Environments /slideshow/embodied-organizations-a-unifying-perspective-in-programming-agents-organizations-and-environments/18726621 piunti-coin10-130413045349-phpapp01
Agent Systems research pushes the notion of openness related to systems combining heterogeneous computational entities. Typically, those entities answer to different purposes and functions and their integration is a crucial issue. Starting from a comprehensive approach in developing agents, organizations and environments, this paper devises an integrated approach and describes a unifying programming model. It introduces the notion of embodied organization, which is described first focusing on the main entities as separate concerns; and, second, establishing different in- teraction styles aimed to seamlessly integrate the various entities in a co- herent system. An integration framework, built on top of Jason, CArtAgO and Moise (as programming platforms for agents, environments and or- ganizations resp.) is described as a suitable technology to build embodied organizations in practice.]]>
Agent Systems research pushes the notion of openness related to systems combining heterogeneous computational entities. Typically, those entities answer to different purposes and functions and their integration is a crucial issue. Starting from a comprehensive approach in developing agents, organizations and environments, this paper devises an integrated approach and describes a unifying programming model. It introduces the notion of embodied organization, which is described first focusing on the main entities as separate concerns; and, second, establishing different in- teraction styles aimed to seamlessly integrate the various entities in a co- herent system. An integration framework, built on top of Jason, CArtAgO and Moise (as programming platforms for agents, environments and or- ganizations resp.) is described as a suitable technology to build embodied organizations in practice.]]> Sat, 13 Apr 2013 04:53:49 GMT /slideshow/embodied-organizations-a-unifying-perspective-in-programming-agents-organizations-and-environments/18726621 indecadenza@slideshare.net(indecadenza) Embodied Organizations A unifying perspective in programming Agents, Organizations and Environments indecadenza Agent Systems research pushes the notion of openness related to systems combining heterogeneous computational entities. Typically, those entities answer to different purposes and functions and their integration is a crucial issue. Starting from a comprehensive approach in developing agents, organizations and environments, this paper devises an integrated approach and describes a unifying programming model. It introduces the notion of embodied organization, which is described first focusing on the main entities as separate concerns; and, second, establishing different in- teraction styles aimed to seamlessly integrate the various entities in a co- herent system. An integration framework, built on top of Jason, CArtAgO and Moise (as programming platforms for agents, environments and or- ganizations resp.) is described as a suitable technology to build embodied organizations in practice. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/piunti-coin10-130413045349-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Agent Systems research pushes the notion of openness related to systems combining heterogeneous computational entities. Typically, those entities answer to different purposes and functions and their integration is a crucial issue. Starting from a comprehensive approach in developing agents, organizations and environments, this paper devises an integrated approach and describes a unifying programming model. It introduces the notion of embodied organization, which is described first focusing on the main entities as separate concerns; and, second, establishing different in- teraction styles aimed to seamlessly integrate the various entities in a co- herent system. An integration framework, built on top of Jason, CArtAgO and Moise (as programming platforms for agents, environments and or- ganizations resp.) is described as a suitable technology to build embodied organizations in practice.

Embodied Organizations A unifying perspective in programming Agents, Organizations and Environments from Michele Piunti

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0 PhD dissertation 2010 /slideshow/phd-dissertation-2010/18699620 phd-piunti-130412164147-phpapp02
Actual trends in software development are pushing the need to face a multiplicity of diverse activities and interaction styles characterizing complex and distributed application domains, in such a way that the resulting dynamics exhibits some grade of order, i.e. in terms of evolution of the system and desired equilibrium. Autonomous agents and Multiagent Systems are argued in literature as one of the most immediate approaches for describing such a kind of challenges. Actually, agent research seems to converge towards the definition of renewed abstraction tools aimed at better capturing the new demands of open systems. Besides agents, which are assumed as autonomous entities purposing a series of design objectives, Multiagent Systems account new notions as first-class entities, aimed, above all, at modeling institutional/organizational entities, placed for normative regulation, interaction and teamwork management, as well as environmental entities, placed as resources to further support and regulate agent work. The starting point of this thesis is recognizing that both organizations and en- vironments can be rooted in a unifying perspective. Whereas recent research in agent systems seems to account a set of diverse approaches to specifically face with at least one aspect within the above mentioned, this work aims at proposing a unifying approach where both agents and their organizations can be straightforwardly situated in properly designed working environments. In this line, this work pursues reconciliation of environments with sociality, social interaction with environment based interaction, environmental resources with organizational func- tionalities with the aim to smoothly integrate the various aspects of complex and situated organizations in a coherent programming approach. Rooted in Agents and Artifacts (A&A) meta-model, which has been recently introduced both in the context of agent oriented software engineering and programming, the thesis pro- motes the notion of Embodied Organizations, characterized by computational infrastructures attaining a seamless integration between agents, organizations and environmental entities.]]>
Actual trends in software development are pushing the need to face a multiplicity of diverse activities and interaction styles characterizing complex and distributed application domains, in such a way that the resulting dynamics exhibits some grade of order, i.e. in terms of evolution of the system and desired equilibrium. Autonomous agents and Multiagent Systems are argued in literature as one of the most immediate approaches for describing such a kind of challenges. Actually, agent research seems to converge towards the definition of renewed abstraction tools aimed at better capturing the new demands of open systems. Besides agents, which are assumed as autonomous entities purposing a series of design objectives, Multiagent Systems account new notions as first-class entities, aimed, above all, at modeling institutional/organizational entities, placed for normative regulation, interaction and teamwork management, as well as environmental entities, placed as resources to further support and regulate agent work. The starting point of this thesis is recognizing that both organizations and en- vironments can be rooted in a unifying perspective. Whereas recent research in agent systems seems to account a set of diverse approaches to specifically face with at least one aspect within the above mentioned, this work aims at proposing a unifying approach where both agents and their organizations can be straightforwardly situated in properly designed working environments. In this line, this work pursues reconciliation of environments with sociality, social interaction with environment based interaction, environmental resources with organizational func- tionalities with the aim to smoothly integrate the various aspects of complex and situated organizations in a coherent programming approach. Rooted in Agents and Artifacts (A&A) meta-model, which has been recently introduced both in the context of agent oriented software engineering and programming, the thesis pro- motes the notion of Embodied Organizations, characterized by computational infrastructures attaining a seamless integration between agents, organizations and environmental entities.]]> Fri, 12 Apr 2013 16:41:47 GMT /slideshow/phd-dissertation-2010/18699620 indecadenza@slideshare.net(indecadenza) PhD dissertation 2010 indecadenza Actual trends in software development are pushing the need to face a multiplicity of diverse activities and interaction styles characterizing complex and distributed application domains, in such a way that the resulting dynamics exhibits some grade of order, i.e. in terms of evolution of the system and desired equilibrium. Autonomous agents and Multiagent Systems are argued in literature as one of the most immediate approaches for describing such a kind of challenges. Actually, agent research seems to converge towards the definition of renewed abstraction tools aimed at better capturing the new demands of open systems. Besides agents, which are assumed as autonomous entities purposing a series of design objectives, Multiagent Systems account new notions as first-class entities, aimed, above all, at modeling institutional/organizational entities, placed for normative regulation, interaction and teamwork management, as well as environmental entities, placed as resources to further support and regulate agent work. The starting point of this thesis is recognizing that both organizations and en- vironments can be rooted in a unifying perspective. Whereas recent research in agent systems seems to account a set of diverse approaches to specifically face with at least one aspect within the above mentioned, this work aims at proposing a unifying approach where both agents and their organizations can be straightforwardly situated in properly designed working environments. In this line, this work pursues reconciliation of environments with sociality, social interaction with environment based interaction, environmental resources with organizational func- tionalities with the aim to smoothly integrate the various aspects of complex and situated organizations in a coherent programming approach. Rooted in Agents and Artifacts (A&A) meta-model, which has been recently introduced both in the context of agent oriented software engineering and programming, the thesis pro- motes the notion of Embodied Organizations, characterized by computational infrastructures attaining a seamless integration between agents, organizations and environmental entities. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/phd-piunti-130412164147-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Actual trends in software development are pushing the need to face a multiplicity of diverse activities and interaction styles characterizing complex and distributed application domains, in such a way that the resulting dynamics exhibits some grade of order, i.e. in terms of evolution of the system and desired equilibrium. Autonomous agents and Multiagent Systems are argued in literature as one of the most immediate approaches for describing such a kind of challenges. Actually, agent research seems to converge towards the definition of renewed abstraction tools aimed at better capturing the new demands of open systems. Besides agents, which are assumed as autonomous entities purposing a series of design objectives, Multiagent Systems account new notions as first-class entities, aimed, above all, at modeling institutional/organizational entities, placed for normative regulation, interaction and teamwork management, as well as environmental entities, placed as resources to further support and regulate agent work. The starting point of this thesis is recognizing that both organizations and en- vironments can be rooted in a unifying perspective. Whereas recent research in agent systems seems to account a set of diverse approaches to specifically face with at least one aspect within the above mentioned, this work aims at proposing a unifying approach where both agents and their organizations can be straightforwardly situated in properly designed working environments. In this line, this work pursues reconciliation of environments with sociality, social interaction with environment based interaction, environmental resources with organizational func- tionalities with the aim to smoothly integrate the various aspects of complex and situated organizations in a coherent programming approach. Rooted in Agents and Artifacts (A&A) meta-model, which has been recently introduced both in the context of agent oriented software engineering and programming, the thesis pro- motes the notion of Embodied Organizations, characterized by computational infrastructures attaining a seamless integration between agents, organizations and environmental entities.

PhD dissertation 2010 from Michele Piunti

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0 Linked_Open_Data_Rome_Netcamp_13 /slideshow/linkedopendataromenetcamp13/18699464 netcamplodpiunti-130412163458-phpapp02
Open Data, by definition, provides the chance to re-shape and publish heterogeneous pieces and fragments of information which are open, namely anyone is free to use, reuse, and redistribute it. In order for users to fully benefit this idea, Open Data Systems of tomorrow must provide high quality data, relying on real time and ubiquitous services, along with a deep integration with mobile and smart devices and infrastructures. In this session, we present a syntheses of Whitehall proposal addressed a this vision: is addressed at building Open Data in a fully-fledged Big Data infrastructure, realized using graph based and NoSQL technologies. This idea is shaped in a cultural heritage scenario, where data in envisaged at valorizing one of the main assets of Italy: cultural heritage.]]>
Open Data, by definition, provides the chance to re-shape and publish heterogeneous pieces and fragments of information which are open, namely anyone is free to use, reuse, and redistribute it. In order for users to fully benefit this idea, Open Data Systems of tomorrow must provide high quality data, relying on real time and ubiquitous services, along with a deep integration with mobile and smart devices and infrastructures. In this session, we present a syntheses of Whitehall proposal addressed a this vision: is addressed at building Open Data in a fully-fledged Big Data infrastructure, realized using graph based and NoSQL technologies. This idea is shaped in a cultural heritage scenario, where data in envisaged at valorizing one of the main assets of Italy: cultural heritage.]]> Fri, 12 Apr 2013 16:34:58 GMT /slideshow/linkedopendataromenetcamp13/18699464 indecadenza@slideshare.net(indecadenza) Linked_Open_Data_Rome_Netcamp_13 indecadenza Open Data, by definition, provides the chance to re-shape and publish heterogeneous pieces and fragments of information which are open, namely anyone is free to use, reuse, and redistribute it. In order for users to fully benefit this idea, Open Data Systems of tomorrow must provide high quality data, relying on real time and ubiquitous services, along with a deep integration with mobile and smart devices and infrastructures. In this session, we present a syntheses of Whitehall proposal addressed a this vision: is addressed at building Open Data in a fully-fledged Big Data infrastructure, realized using graph based and NoSQL technologies. This idea is shaped in a cultural heritage scenario, where data in envisaged at valorizing one of the main assets of Italy: cultural heritage. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/netcamplodpiunti-130412163458-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Open Data, by definition, provides the chance to re-shape and publish heterogeneous pieces and fragments of information which are open, namely anyone is free to use, reuse, and redistribute it. In order for users to fully benefit this idea, Open Data Systems of tomorrow must provide high quality data, relying on real time and ubiquitous services, along with a deep integration with mobile and smart devices and infrastructures. In this session, we present a syntheses of Whitehall proposal addressed a this vision: is addressed at building Open Data in a fully-fledged Big Data infrastructure, realized using graph based and NoSQL technologies. This idea is shaped in a cultural heritage scenario, where data in envisaged at valorizing one of the main assets of Italy: cultural heritage.

Linked_Open_Data_Rome_Netcamp_13 from Michele Piunti

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0 Alimentaria Istituto "G. Caporale" /indecadenza/alimentaria-istituto-g-caporale alimentariaoct12minv4-121025073211-phpapp02
Il progetto Alimentaria dell’Istituto Zooprofilattico Sperimentale dell’Abruzzo e del Molise “G. Caporale” (IZS AM) costituisce parte di un sistema integrato di servizi e ha come obiettivo principale la fornitura di una serie di servizi a valore aggiunto per gli attori operanti nel settore agroalimentare. Il sistema è rivolto a mercati/imprese/organizzazioni/istituzioni operanti nel settore, ma anche e soprattutto ai cittadini, visti come utenti finali di servizi dedicati alla sicurezza alimentare e alla valorizzazione/caratterizzazione di prodotti, produttori e produzioni agroalimentari. La caratterizzazione dei prodotti e delle produzioni prevede una dettagliata descrizione di aspetti tipici del territorio delle regioni italiane. Tale caratterizzazione include sia aspetti di processo (fasi di produzione, trattamenti subiti, aspetti, composizione nutrizionale, ingredienti) sia aspetti di sicurezza alimentare (analisi e autocontrolli, report e studi di microbiologia). Il sistema è costituito da due applicativi distinti, perfettamente integrati nell’ecosistema dei servizi Ministeriali erogati da IZS AM. Il primo sistema consente la gestione degli archivi tramite una serie di funzionalità di aggiornamento e modifica dei dati; il secondo sistema costituisce una vetrina in sola lettura per i cittadini, in cui sono presentate le solo informazioni rese pubbliche attraverso il primo sistema. ]]>
Il progetto Alimentaria dell’Istituto Zooprofilattico Sperimentale dell’Abruzzo e del Molise “G. Caporale” (IZS AM) costituisce parte di un sistema integrato di servizi e ha come obiettivo principale la fornitura di una serie di servizi a valore aggiunto per gli attori operanti nel settore agroalimentare. Il sistema è rivolto a mercati/imprese/organizzazioni/istituzioni operanti nel settore, ma anche e soprattutto ai cittadini, visti come utenti finali di servizi dedicati alla sicurezza alimentare e alla valorizzazione/caratterizzazione di prodotti, produttori e produzioni agroalimentari. La caratterizzazione dei prodotti e delle produzioni prevede una dettagliata descrizione di aspetti tipici del territorio delle regioni italiane. Tale caratterizzazione include sia aspetti di processo (fasi di produzione, trattamenti subiti, aspetti, composizione nutrizionale, ingredienti) sia aspetti di sicurezza alimentare (analisi e autocontrolli, report e studi di microbiologia). Il sistema è costituito da due applicativi distinti, perfettamente integrati nell’ecosistema dei servizi Ministeriali erogati da IZS AM. Il primo sistema consente la gestione degli archivi tramite una serie di funzionalità di aggiornamento e modifica dei dati; il secondo sistema costituisce una vetrina in sola lettura per i cittadini, in cui sono presentate le solo informazioni rese pubbliche attraverso il primo sistema. ]]> Thu, 25 Oct 2012 07:32:10 GMT /indecadenza/alimentaria-istituto-g-caporale indecadenza@slideshare.net(indecadenza) Alimentaria Istituto "G. Caporale" indecadenza Il progetto Alimentaria dell’Istituto Zooprofilattico Sperimentale dell’Abruzzo e del Molise “G. Caporale” (IZS AM) costituisce parte di un sistema integrato di servizi e ha come obiettivo principale la fornitura di una serie di servizi a valore aggiunto per gli attori operanti nel settore agroalimentare. Il sistema è rivolto a mercati/imprese/organizzazioni/istituzioni operanti nel settore, ma anche e soprattutto ai cittadini, visti come utenti finali di servizi dedicati alla sicurezza alimentare e alla valorizzazione/caratterizzazione di prodotti, produttori e produzioni agroalimentari. La caratterizzazione dei prodotti e delle produzioni prevede una dettagliata descrizione di aspetti tipici del territorio delle regioni italiane. Tale caratterizzazione include sia aspetti di processo (fasi di produzione, trattamenti subiti, aspetti, composizione nutrizionale, ingredienti) sia aspetti di sicurezza alimentare (analisi e autocontrolli, report e studi di microbiologia). Il sistema è costituito da due applicativi distinti, perfettamente integrati nell’ecosistema dei servizi Ministeriali erogati da IZS AM. Il primo sistema consente la gestione degli archivi tramite una serie di funzionalità di aggiornamento e modifica dei dati; il secondo sistema costituisce una vetrina in sola lettura per i cittadini, in cui sono presentate le solo informazioni rese pubbliche attraverso il primo sistema. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/alimentariaoct12minv4-121025073211-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Il progetto Alimentaria dell’Istituto Zooprofilattico Sperimentale dell’Abruzzo e del Molise “G. Caporale” (IZS AM) costituisce parte di un sistema integrato di servizi e ha come obiettivo principale la fornitura di una serie di servizi a valore aggiunto per gli attori operanti nel settore agroalimentare. Il sistema è rivolto a mercati/imprese/organizzazioni/istituzioni operanti nel settore, ma anche e soprattutto ai cittadini, visti come utenti finali di servizi dedicati alla sicurezza alimentare e alla valorizzazione/caratterizzazione di prodotti, produttori e produzioni agroalimentari. La caratterizzazione dei prodotti e delle produzioni prevede una dettagliata descrizione di aspetti tipici del territorio delle regioni italiane. Tale caratterizzazione include sia aspetti di processo (fasi di produzione, trattamenti subiti, aspetti, composizione nutrizionale, ingredienti) sia aspetti di sicurezza alimentare (analisi e autocontrolli, report e studi di microbiologia). Il sistema è costituito da due applicativi distinti, perfettamente integrati nell’ecosistema dei servizi Ministeriali erogati da IZS AM. Il primo sistema consente la gestione degli archivi tramite una serie di funzionalità di aggiornamento e modifica dei dati; il secondo sistema costituisce una vetrina in sola lettura per i cittadini, in cui sono presentate le solo informazioni rese pubbliche attraverso il primo sistema.

Alimentaria Istituto "G. Caporale" from Michele Piunti

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0 https://cdn.slidesharecdn.com/profile-photo-indecadenza-48x48.jpg?cb=1543835550 PhD in Computer Science (2010) and degree in Software Engineering (2004) at faculty of Ingegneria - University of Bologna, he has experiences in computer sciences, software R&D, Data Science and Cognitive Systems. He actually works as Solution Architect, Computer Science Specialist, Data Scientist and System Integrator at Whitehall Reply, playng the role of Project Manager and applying his research skills in Big Data domains and mission critical scenario, focusing in particular on NoSQL and evolutionary/Graph oriented datamodels. MPs expertise ranges from web application and data models, to the engineering and programming of complex and distributed systems; He is author or co-author of mo... http://www.istc.cnr.it/createhtml.php?nbr=87 https://cdn.slidesharecdn.com/ss_thumbnails/piunti-coin10-130413045459-phpapp02-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/piunti-coin10/18726646 Piunti coin10 https://cdn.slidesharecdn.com/ss_thumbnails/piunti-coin10-130413045349-phpapp01-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/embodied-organizations-a-unifying-perspective-in-programming-agents-organizations-and-environments/18726621 Embodied Organizations... https://cdn.slidesharecdn.com/ss_thumbnails/phd-piunti-130412164147-phpapp02-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/phd-dissertation-2010/18699620 PhD dissertation 2010