Agent-Mediated Electronic Commerce

Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Learning Environmental Parameters for the Design of Optimal English Auctions with Discrete Bid Levels
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
Repeated Auctions with Complementarities
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
An Analysis of Sequential Auctions for Common and Private Value Objects
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Algorithms for Distributed Winner Determination in Combinatorial Auctions
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Market-Based Allocation with Indivisible Bids
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
Achieving Allocatively-Efficient and Strongly Budget-Balanced Mechanisms in the Network Flow Domain for Bounded-Rational Agents
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the Shapley Value and Its Uncertainty for the Voting Game
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
An Analysis of the 2004 Supply Chain Management Trading Agent Competition
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Identifying and Forecasting Economic Regimes in TAC SCM
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Socrates: A Production-Driven SCM Agent
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Designing and Evaluating an Adaptive Trading Agent for Supply Chain Management
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Searching for Walverine 2005
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Trading Strategies for Markets: A Design Framework and Its Application
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Scaling Up the Sample Average Approximation Method for Stochastic Optimization with Applications to Trading Agents
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
Who to Listen to: Exploiting Information Quality in a ZIP-Agent Market
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms
On Correctness and Privacy in Distributed Mechanisms