Abstract: A distributed auction system allows remote bidders to interactively participate by computer in live auctions conducted on-site by an auctioneer. A client program that runs on the computers of the remote bidders displays real time auction status information extracted from status messages, and provides functionality of the remote bidders to submit live bids that are based on such status information. A network of nodes may be used to filter out invalid bids from the remote bidders so that such bids need not be processed by an auction server.

Abstract: A distributed auction system allows remote bidders to interactively participate by computer in live auctions conducted on-site by an auctioneer. A client program that runs on the computers of the remote bidders displays real time auction status information extracted from status messages, and provides functionality of the remote bidders to submit live bids that are based on such status information. A network of nodes may be used to filter out invalid bids from the remote bidders so that such bids need not be processed by an auction server.

Abstract: A distributed auction system allows remote bidders to interactively participate by computer in live auctions conducted on-site by an auctioneer. The system includes a console program that runs on a computer at a site of the auction. A human proxy that attends the live auction enters auction state information into an interface of the console program for real time dissemination to the remote bidders. The human proxy also receives via the interface information about valid bids placed by the remote bidders, and communicates such bids to the auctioneer. The auction state information is disseminated to the remote bidders via a set of nodes that are hierarchically connected such that different nodes are assigned to different sets of remote bidders. These nodes also filter out invalid bids received from the remote bidders, based on stored auction state information, to prevent such bids from unnecessarily being communicated to the human proxy.

Abstract: A distributed auction system allows remote bidders to interactively participate by computer in live auctions conducted on-site by an auctioneer. The system includes a console program that runs on a computer at a site of the auction. A human proxy that attends the live auction enters auction state information into an interface of the console program for real time dissemination to the remote bidders. The human proxy also receives via the interface information about valid bids placed by the remote bidders, and communicates such bids to the auctioneer. The auction state information is disseminated to the remote bidders via a set of nodes that are hierarchically connected such that different nodes are assigned to different sets of remote bidders. These nodes also filter out invalid bids received from the remote bidders, based on stored auction state information, to prevent such bids from unnecessarily being communicated to the human proxy.

Abstract: A method for distributing a live auction over the Internet to remote bidders. A human proxy attends the live auction in order to monitor the auction and compose status updates that are distributed to remote bidders via the Internet in real time to allow the remote bidders to follow the auction. Remote bidders may place bids for items that are transmitted via the Internet to the human proxy, who may then submit the bids to the auctioneer, components that facilitate distribution of the live auction over the Internet include: an auction console, an auction sever, collector/redistributor nodes, and client programs.