SPLASH 2020 (series) / AGERE 2020 (series) / AGERE 2020 /
Run, Agent, Run; Architecture and Benchmark of Actor-based Agents
Tue 17 Nov 2020 06:10 - 06:40 at SPLASH-V - Presentations
The paper introduces an Agent-Oriented Programming (AOP) framework based on the Belief-Desire-Intention (BDI) model of agency. The novelty of this framework is in relying on the Actor model, instantiating each intentional agent as an autonomous micro-system run by actors. The working hypothesis behind this choice is that defining the agents via actors results in a more fine-grained modular architecture and that the execution of agent-oriented programs is enhanced (in scalability as well as in performance) by relying on robust implementations of Actor models such as Akka. The framework is benchmarked and analyzed quantitatively and qualitatively against three other AOP frameworks: Jason, ASTRA and Sarl.
Tue 17 NovDisplayed time zone: Central Time (US & Canada) change
Tue 17 Nov
Displayed time zone: Central Time (US & Canada) change
05:00 - 07:00 | |||
05:00 10mDay opening | AGERE: Opening AGERE Elias Castegren KTH Royal Institute of Technology, Joeri De Koster Vrije Universiteit Brussel, Belgium, Thomas C. Schmidt HAW Hamburg | ||
05:10 30mTalk | High-Throughput Stream Processing with Actors AGERE Luca Rinaldi University of Pisa, Massimo Torquati Computer Science Department - University of Pisa, Gabriele Mencagli University of Pisa, Italy, Marco Danelutto University of Pisa, Italy Pre-print Media Attached | ||
05:40 30mTalk | Revisiting the Network Stack in CAF AGERE Jakob Otto HAW Hamburg, Raphael Hiesgen HAW Hamburg, Dominik Charousset HAW Hamburg, Thomas C. Schmidt HAW Hamburg DOI Pre-print | ||
06:10 30mTalk | Run, Agent, Run; Architecture and Benchmark of Actor-based Agents AGERE Mostafa Mohajeri Parizi University of Amsterdam, Giovanni Sileno University of Amsterdam, Tom van Engers Leibniz Institute / University of Amsterdam / TNO, Sander Klous University of Amsterdam | ||
06:40 10mDay closing | AGERE: Closing AGERE Elias Castegren KTH Royal Institute of Technology, Joeri De Koster Vrije Universiteit Brussel, Belgium, Thomas C. Schmidt HAW Hamburg |