Abstract: Embodiments are directed to real-time, automated location verification to ensure that construction items are positioned in a correct location and orientation in three dimensions (x, y, z) as identified by model data for a construction site prior to finalization of the construction items. Systems and methods are provided for precisely locating and determining a position/orientation of a placed item at a construction site, verifying whether the position/orientation is correct, and providing an indication (e.g., a confirmation or an alarm) in real-time as to whether the item is placed correctly, placed incorrectly, or missing. The systems and methods provided herein thus result in avoiding costly misplacements and the required re-workings before they happen (i.e., by allowing correction of the location/placement prior to final and permanent installation).

Abstract: A method and apparatus for powering one or more remotely-situated devices. In accordance with some embodiments of the invention, energy is added (at a convenient location) to a medium that the remotely-situated devices are associated with (e.g., a medium that the remotely-situated devices are sensing, controlling, alarming, etc). The energy is removed from the medium near to the remotely-situated devices. If required, the energy is converted to a form that is useable by the remotely-situated device. The removed energy is delivered to the remotely-situated devices and is used by them to perform an action that is associated with the medium (e.g., sensing a characteristic of the medium, controlling a characteristic of the medium, providing an alarm responsive to a value of a characteristic of the medium, etc.

Abstract: A method and apparatus for powering one or more remotely-situated devices. In accordance with some embodiments of the invention, energy is added (at a convenient location) to a medium that the remotely-situated devices are associated with (e.g., a medium that the remotely-situated devices are sensing, controlling, alarming, etc). The energy is removed from the medium near to the remotely-situated devices. If required, the energy is converted to a form that is useable by the remotely-situated device. The removed energy is delivered to the remotely-situated devices and is used by them to perform an action that is associated with the medium (e.g., sensing a characteristic of the medium, controlling a characteristic of the medium, providing an alarm responsive to a value of a characteristic of the medium, etc.

Abstract: A method and apparatus for powering one or more remotely-situated devices. In accordance with some embodiments of the invention, energy is added (at a convenient location) to a medium that the remotely-situated devices are associated with (e.g., a medium that the remotely-situated devices are sensing, controlling, alarming, etc). The energy is removed from the medium near to the remotely-situated devices. If required, the energy is converted to a form that is useable by the remotely-situated device. The removed energy is delivered to the remotely-situated devices and is used by them to perform an action that is associated with the medium (e.g., sensing a characteristic of the medium, controlling a characteristic of the medium, providing an alarm responsive to a value of a characteristic of the medium, etc.

Abstract: A method of conducting a sealed-bid auction is disclosed that herds the bids into a smaller range than might otherwise occur. In accordance with the illustrative embodiment, each bid is classified into exactly one of a plurality of buckets. Each bucket, and the bids in the bucket, if there are any, are published at different times in accordance with a bid publishing schedule. The bids in each bucket are published simultaneously, and the bid publishing schedule dictates that buckets comprising bids that are more advantageous to the auction solicitor are published before buckets comprising bids that are less advantageous to the auction solicitor.

Abstract: A method of conducting a sealed-bid auction is disclosed that herds the bids into a smaller range than might otherwise occur. In accordance with the illustrative embodiment, each bid is classified into exactly one of a plurality of buckets. Each bucket, and the bids in the bucket, if there are any, are published at different times in accordance with a bid publishing schedule. The bids in each bucket are published simultaneously, and the bid publishing schedule dictates that buckets comprising bids that are more advantageous to the auction solicitor are published before buckets comprising bids that are less advantageous to the auction solicitor.

Abstract: A method of conducting a sealed-bid auction is disclosed that herds the bids into a smaller range than might otherwise occur. In accordance with the illustrative embodiment, each bid is classified into exactly one of a plurality of buckets. Each bucket, and the bids in the bucket, if there are any, are published at different times in accordance with a bid publishing schedule. The bids in each bucket are published simultaneously, and the bid publishing schedule dictates that buckets comprising bids that are more advantageous to the auction solicitor are published before buckets comprising bids that are less advantageous to the auction solicitor.

Abstract: In the context of computer-based auctions, innovations in proxy bids and auction formats are disclosed. In accordance with the illustrative embodiment, a bidder can program a data processing system to enter one or more bids by proxy. The capabilities offered by the data processing system include: determining one or more bid variables based, at least in part, on the identity of one or more bidders in an auction, or determining one or more bid variables based, at least in part, on the absence of one or more bidders from an auction, or determining one or more bid variables based, at least in part, on the bid variables in one or more other bids, or determining one or more bid variables based, at least in part, on the results of another auction, or determining one or more bid variables based, at least in part, on default values, or waiting a specific or random amount of time before entering a bid in behalf of a bidder, or any combination of these.

Abstract: A method and apparatus for powering one or more remotely-situated devices. In accordance with some embodiments of the invention, energy is added (at a convenient location) to a medium that the remotely-situated devices are associated with (e.g., a medium that the remotely-situated devices are sensing, controlling, alarming, etc). The energy is removed from the medium near to the remotely-situated devices. If required, the energy is converted to a form that is useable by the remotely-situated device. The removed energy is delivered to the remotely-situated devices and is used by them to perform an action that is associated with the medium (e.g., sensing a characteristic of the medium, controlling a characteristic of the medium, providing an alarm responsive to a value of a characteristic of the medium, etc.

Abstract: A method of conducting a sealed-bid auction is disclosed that herds the bids into a smaller range than might otherwise occur. In accordance with the illustrative embodiment, each bid is classified into exactly one of a plurality of buckets. Each bucket, and the bids in the bucket, if there are any, are published at different times in accordance with a bid publishing schedule. The bids in each bucket are published simultaneously, and the bid publishing schedule dictates that buckets comprising bids that are more advantageous to the auction solicitor are published before buckets comprising bids that are less advantageous to the auction solicitor.

Abstract: A method for conducting an auction in which bidders are encouraged to make more aggressive bids than they might otherwise make because they know that such bids will result in an ancillary advantage to themselves. The auction variables are those aspects of the auction that become the contract terms of the contract. In accordance with the illustrative embodiment, a relationship between a first auction variable and a second auction variable is defined and published, and the relationship is such that changes in the first auction variable in a direction favorable to the auction solicitor result in changes in the second auction variable in a direction favorable to bidders. This positive feedback mechanism encourages bidders to make more aggressive bids than they might otherwise make.