Abstract: A computer-implemented approach is described that includes receiving a mass price computation request for a plurality of deals involving a plurality of vehicles. The request includes a data structure configured to store input values, and a tri-value field configured to store a tri-value, the tri-value being one of a first value, a second value, or a third value, the first value indicating a single computation is requested using the input values, the second value indicating a limited set of combinatorial calculations to be calculated using the input values, and the third value indicating a full set of combinatorial calculations using the input values. The approach further causes computing of each of the plurality of deals based on the data structure, and outputting results to a user device based on the mass price computation request.

Abstract: A computer-implemented approach is described that includes receiving a multidimensional vehicle-deal request for computation of a plurality of vehicle-deals. To overcome latency and scalability issues, the approach computes the results for the multidimensional vehicle-deal request using double parallelization. Such double parallelization involves computing pre-price and post-price calculations using two asynchronous parallel threads using microservices servers. The results are output on the device of the requester, optionally in an order sorted based on most attractive results to the user.

Abstract: Aspects discussed herein may relate to methods and techniques for automatically generating a test drive schedule for a user based on known inventory, user preferences, demographic information, employee availability, and other factors, as well as detecting conflicts and rescheduling test drives in response to those conflicts. This may allow for easier access to test drives for the consumer, which may promote more test drives and higher resultant sales, as well as allowing for rescheduling in advance of conflicts, which may reduce lost consumers due to test drives that were conflicted.

Abstract: Aspects discussed herein may relate to methods and techniques for automatically generating a test drive schedule for a user based on known inventory, user preferences, demographic information, employee availability, and other factors, as well as detecting conflicts and rescheduling test drives in response to those conflicts. This may allow for easier access to test drives for the consumer, which may promote more test drives and higher resultant sales, as well as allowing for rescheduling in advance of conflicts, which may reduce lost consumers due to test drives that were conflicted.

Abstract: Aspects discussed herein may relate to methods and techniques for automatically generating a test drive schedule for a user based on known inventory, user preferences, demographic information, employee availability, and other factors, as well as detecting conflicts and rescheduling test drives in response to those conflicts. This may allow for easier access to test drives for the consumer, which may promote more test drives and higher resultant sales, as well as allowing for rescheduling in advance of conflicts, which may reduce lost consumers due to test drives that were conflicted.

Abstract: Aspects discussed herein may relate to methods and techniques for automatically generating a test drive schedule for a user based on known inventory, user preferences, demographic information, employee availability, and other factors, as well as detecting conflicts and rescheduling test drives in response to those conflicts. This may allow for easier access to test drives for the consumer, which may promote more test drives and higher resultant sales, as well as allowing for rescheduling in advance of conflicts, which may reduce lost consumers due to test drives that were conflicted.

Abstract: Provided is an adsorbent for capturing carbon dioxide and a method for manufacturing same, and more particularly, to an adsorbent for capturing carbon dioxide, including a magnesium oxide/titanium dioxide composite having wide surface area, large pore volume and good CO2 adsorption performance, and a method for manufacturing same. According to the present invention, a novel MgO based composite metal oxide which may stably adsorb CO2 at a low temperature such as room temperature is provided. The adsorbent for capturing carbon dioxide, including a magnesium oxide/titanium dioxide composite has good thermal stability, and controls basic sites easily, and is used in various fields for capturing carbon dioxide. In addition, by controlling the molar ratio of the metal ions of the magnesium oxide/titanium dioxide composite and controlling morphology, an adsorbent for capturing carbon dioxide having large surface area and pore volume and strong basic sites may be provided.

Abstract: Provided is an adsorbent for capturing carbon dioxide and a method for manufacturing same, and more particularly, to an adsorbent for capturing carbon dioxide, including a magnesium oxide/titanium dioxide composite having wide surface area, large pore volume and good CO2 adsorption performance, and a method for manufacturing same. According to the present invention, a novel MgO based composite metal oxide which may stably adsorb CO2 at a low temperature such as room temperature is provided. The adsorbent for capturing carbon dioxide, including a magnesium oxide/titanium dioxide composite has good thermal stability, and controls basic sites easily, and is used in various fields for capturing carbon dioxide. In addition, by controlling the molar ratio of the metal ions of the magnesium oxide/titanium dioxide composite and controlling morphology, an adsorbent for capturing carbon dioxide having large surface area and pore volume and strong basic sites may be provided.

Abstract: Disclosed herein are a carbon dioxide adsorbent with an amino acid-based amine group grafted thereto, and a method for manufacturing the same by grafting an ionic liquid-loaded porous support, having large surface area, with an amine group through ion exchange and neutralization with an amino acid. Having excellent carbon dioxide adsorption performance, selectivity for carbon dioxide, thermal stability, and reusability, the carbon dioxide adsorbent of the present invention can be effectively applied to the prevention of environmental pollution produced by carbon dioxide release.

Abstract: Disclosed is an aerogel for capturing carbon dioxide (CO2 ) and, more particularly an aerogel for capturing CO2 and a preparation method for the same, where the aerogel for capturing CO2 is prepared using a magnesium precursor and an aluminum precursor by an epoxide-driven sol-gel method and a subsequent drying method using supercritical carbon dioxide to have a high CO2 adsorptive performance at elevated temperature. There is provided an aerogel for capturing CO2 to selectively adsorb CO2 at elevated temperature, thereby contributing to the reduction of the CO2 emission that is mainly responsible for atmospheric pollutions by using the high-efficiency aerogel for capturing CO2 with high CO2 selectivity, high CO2 adsorption performance, and good recyclability in the repetitive adsorption-desorption processes.