Abstract: Devices are provided for regulating the temperature of an organ being transplanted that includes a housing including one or more walls surrounding a cavity sized to receive an organ and an opening for accessing the cavity. The walls include an inner layer defining an inner surface for contacting the organ placed in the cavity, an outer layer defining an outer surface of the housing, and a cooling layer between the inner and outer layers, e.g., including a phase-change material configured to absorb thermal energy from the organ within the cavity through the inner layer, e.g., to maintain the organ within a target temperature range before and/or during a transplantation procedure. Optionally, the device may include one or more additional features, e.g., a handle to facilitate manipulation, one or more straps securable across the opening to secure the organ, and/or a temperature sensor to monitor the temperature of the organ.

Abstract: Defects on a substrate comprising electronic components can be classified with a computational defect analysis system that may be implemented in multiple stages. For example, a first stage classification engine may process metrology data to produce an initial classification of defects. A second stage classification engine may use the initial classification, along with manufacturing information and/or prior defect knowledge to output probabilities that the defects are caused by one or more potential sources.

Abstract: Defects on a substrate comprising electronic components can be classified with a computational defect analysis system that may be implemented in multiple stages. For example, a first stage classification engine may process metrology data to produce an initial classification of defects. A second stage classification engine may use the initial classification, along with manufacturing information and/or prior defect knowledge to output probabilities that the defects are caused by one or more potential sources.

Abstract: Defects on a substrate comprising electronic components can be classified with a computational defect analysis system that may be implemented in multiple stages. For example, a first stage classification engine may process metrology data to produce an initial classification of defects. A second stage classification engine may use the initial classification, along with manufacturing information and/or prior defect knowledge to output probabilities that the defects are caused by one or more potential sources.

Abstract: A covered gutter assembly utilizing bi-directional vertical plates and a bi-directional vertical plate. A gutter trough and hood are secured to either or both sides of the bi-directional vertical plate, so that only a single design for the vertical plate is required for right end or left end terminations. Provisions for securing the hood and the trough to the vertical plate are provided as mirror images on opposed sides of the vertical plate. The bi-directional vertical plate is provided with channels that extend substantially around the entire perimeter of the vertical plate, and which further include guide slopes and reduced locking channels to assure precise securing of the trough and hood to the vertical plate.

Abstract: A covered gutter assembly utilizing bi-directional vertical plates and a bi-directional vertical plate. A gutter trough and hood are secured to either or both sides of the bi-directional vertical plate, so that only a single design for the vertical plate is required for right end or left end terminations. Provisions for securing the hood and the trough to the vertical plate are provided as mirror images on opposed sides of the vertical plate. The bi-directional vertical plate is provided with channels that extend substantially around the entire perimeter of the vertical plate, and which further include guide slopes and reduced locking channels to assure precise securing of the trough and hood to the vertical plate.

Abstract: One or more session identifiers (IDs) are used to identify a consumer's browsing session through a network, such as an Internet browsing session for real estate information. The session ID(s) and related browsing data are stored, thereby tracking and capturing data pertaining to the consumer and/or the consumer's preferences. When the consumer views details of an item of interest (such as a home), details about the home are captured and stored, and a telephone number and telephone extension number are presented to the consumer. The telephone extension number is associated with the session ID(s). When the consumer dials the telephone number and provides the telephone extension number to make further inquiries about the home, the telephone call is directed to a call center, and an operator at the call center uses the telephone extension number as input to a lead tracking computing system that uses the telephone extension number to locate the associated session ID and to access the corresponding browsing data.

Abstract: Tracking the origination, and/or the series of referring parties allows adequate, accurate and timely recognition of referrals or leads, fostering increased cooperation between parties. An trusted intermediary may expeditiously track or monitor the referrals or leads further enhancing cooperation between parties, allowing the successful implementation of new business models. Broadcasting the availability of a lead to multiple agents having suitable criteria increases the responsiveness to consumer inquires or leads.

Abstract: A method for determination of the true temperature T and true radiative emissivity of a body at temperature T, using measurements of total energy radiated by the body in two or more adjacent wave length ranges .lambda..sub.1 .ltoreq..lambda..ltoreq..lambda..sub.2 and .lambda..sub.3 .ltoreq..lambda..ltoreq..lambda..sub.4 ; the wave length ranges may partially overlap or may be adjacent but non-overlapping.