Abstract: A method, system, and medium for generating a double-probability-weighted discount for lack of marketability (DLOM) for an asset to be valued. Selections of parameters associated with the asset to be valued and of representative assets for which price data is available are received. A mean and standard deviation of marketing periods associated with the selected parameters and of price volatilities depicted by the price data are calculated. A statistical modeling application generates probability distributions based on the means and standard deviations of the marketing periods and of the price volatilities. DLOMs are calculated for each combination of marketing period and price volatility. The DLOMs are weighted based on the probabilities depicted by the probability distributions and summed to provide the double-probability-weighted DLOM, which is presented to the user via a user interface.

Abstract: A method, system, and medium are provided for generating a probability adjusted discount for lack of marketability (DLOM) for an asset to be valued. A user interface is provided to receive a selection of a number of parameters associated with the asset to be valued and to receive an estimated volatility for the asset's value. A selection of a database containing transaction data associated with previously closed asset sales can also be received. An adjusted mean and standard deviation for transaction periods associated with the selected parameters and the previously closed asset sales is determined. A statistical modeling application provides a log-normal probability distribution of the probability of closing a sale of the asset with respect to time. Time period-specific DLOMs are calculated, weighted based on the probabilities depicted by the distribution, and summed to provide the probability weighted DLOM, which is presented to the user via the user interface.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment services. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and talent, and employers and talent are given an opportunity to consent to exchange of talent contact information.

Abstract: The present invention is directed to a method for sequestration of carbon dioxide, said method comprising the steps of injecting a waste gas into a subsurface containment region, providing a filter associated with a separation well for separating a constituent gas from the waste gas, the separation well being in communication with the subsurface containment region and evacuating at least a portion of the waste gas through the separation well for filtered separation of the constituent gas from the waste gas.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and candidates, and employers and candidates are given an opportunity to exchange information.

Abstract: A system and method for at least partially satisfying an advertising obligation is provided where a voucher is conveyed or sold to a consumer, the voucher is redeemed with a vendor, and the vendor further redeems the used voucher with an organizer in exchange for credit towards an advertising obligation. Aspects of the system and method are carried out online, with or without an intermediary on behalf of the organizer.

Abstract: Systems, methods, distributed networks, and computer-readable media are provided that relate to recruiting and employment. Background information associated with talent-capability attributes is received from talent. Job description information is received from employers. Prospective matches are identified between employers and candidates, and employers and candidates are given an opportunity to exchange information.

Abstract: The present invention is directed to a new and improved method for sequestration of carbon dioxide, the method including the steps of injecting a carbon dioxide-containing injection gas into a subsurface containment region with a series of captures zones; providing sufficient time for said injection gas to at least partially stratify and form constituent gas mixtures which at least partially accumulate in the capture zones; providing a vent associated with one of the capture zones; and, evacuating at least a portion of the constituent mixtures through the associated vent.