To Do Page

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  • Logo - Simone
  • Simboli x Intro Page - Simone


  • M1: XML Structure Description - Mario
  • M2: Logging - Simone e Mario
  • M3: Data Analyzing - Nicola DONE
  • M4: Designing Interfaces towards external environments and frameworks - I 3 del contest / Lazza (DONE vs java and benchmark)
  • M5: Reward Managers - Maurizio - DONE
  • M6: Single Agent Environments - Lazza
  • M7: Multiagent Environments - Maurizio
  • M8: Turn Environments - Nicola DONE
  • M9: Simple Single Agent Algorithms - ?
  • M10: Simple Multiagent Algorithms - ?
  • M11: Handcoded Algorithms - Nicola DONE
  • M12: Centralized Multiagent Algorithms -
  • M13: Exploration - Maurizio - DONE
  • M14: Tabular Data Structures - Io
  • M15: Learning with Transformations
  • I1: Introduction to the Environments - Io
  • I2: Introduction to the Critic - Io
  • I3: Introduction to the General Architecture - Io
  • I4: Introduction to the Learning Agent - Io
  • I5: Introduction to the Variables and VariablesInfo - Io
  • Th1: Exploration-Exploitation Dilemma - Marcello
  • Th2: Q-Learning - Io
  • Th3: Linear Function Appoximation - Io
  • Th4: LEAP (Learning Entity Adaptive Partitioning) - Io
  • Th5: SMILe (Self-Motivated Incremental Learning) - Lazza
  • Th6: CoLF (Change or Learn Faster) and CK (Change or Keep) - DONE
  • Th7: Optimality analysis through the computation of bounds - Marcello
  • Th8: Reinforcement Learning Coalition Formation - Enrique
  • Th9: Reinforcement Learning with transformations - Simone
  • Th10: COllective INtelligence - Maurizio - DONE
  • Th11: Opponent Modelling - Mario
  • E1: Q-Learning - Io
  • E2: CoLF - Nicola DONE
  • E3: COIN XML Configuration File - Maurzio - DONE
  • E4: Transformations Q-Learning - Simone
  • E5: Tile-coding - Lazza
  • E6: Cartpole Experiment - Lazza
  • E7: Interface to Go Java Environment - Simone
  • E8: Grid World with Tokens Reward Manager - Maurizio - DONE
  • E9: Grid World with Objects - Simone
  • E10: Graph Model Estimation - Io
  • D1: How-to read a XML document with XercesC - Mario DONE
  • D2: How-to draw graphs with GnuPlot - Lazza DONE
  • D3: How-to manage CVS and Savane - Simone
  • D4: How-to debug PRLT - Lazza DONE
  • D5: How-to write and generate Doxygen documentation - Mario
  • D6: How-to write readable code: C++ Coding Standards and astyle - Io
  • D7: How-to search for memory leaks: Valgrind - Lazza - DONE
  • D8: How-to profile and optimize your code: Cachegrind - Mario
  • D9: How-to make complex computation: Octave - Simone
  • D10: How-to develop: IDEs - Io
  • D11: How-to install PRLT on different Linux Distros and Gcc versions - All
  • D12: How-to run your experiments on the CDC cluster - Maurizio - ~DONE, manca la richiesta di accesso al cluster (Enrique)