COMPUTER SOFTWARE PORTFOLIO

Brand Owner (click to sort) Address Description
ASPEN ASSET OPTIMIZATION ASPEN TECHNOLOGY, INC. 20 Crosby Drive Bedford MA 01730 Computer software and portfolio of software tools for maximizing the return on the capital assets used in processing plants, by taking into account both internal performance factors in a processing plant with respect to asset design, asset operation, and asset maintenance, as well as external factors impacting plant profitability, such as safety, environmental regulations, and other relevant factors;Business consulting services provided to processing plants for maximizing the return on the capital assets used in manufacturing and processing plants by taking into account both internal performance factors in a processing plant with respect to asset design, asset operation, and asset maintenance, as well as external factors impacting plant profitability, such as safety, environmental regulations, and other relevant factors;ASSET OPTIMIZATION;
ASSET OPTIMIZATION ASPEN TECHNOLOGY, INC. 20 Crosby Drive Bedford MA 01730 Computer software and portfolio of software tools for maximizing the return on the capital assets used in processing plants, by taking into account both internal performance factors in the processing plant with respect to asset design, asset operation, and asset maintenance, as well as external factors impacting plant profitability, such as safety, environmental regulations and other relevant factors;Business consulting services provided to processing plants for maximizing the return on the capital assets used in processing plants, by taking into account both internal performance factors in the processing plant with respect to asset design, asset operation, and asset maintenance, as well as external factors impacting plant profitability, such as safety, environmental regulations and other relevant factors;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. This invention relates to a system and method for valuing a portfolio in terms of its performance relative to a specified benchmark under a range of future scenarios. In particular, the invention takes a portfolio and calculates two values related to the portfolio: the first value corresponding to an amount by which the value of the portfolio is expected to fall below the value of a benchmark over a given time horizon, and a second value corresponding to an amount by which the value of the portfolio is expected to exceed the value of a benchmark over a given time horizon, in view of the range of different future scenarios. The invention provides a means for determining the portfolio which optimally trades-off these two values, and to evaluate risk/reward performance measures using these two values which can be used to rank instruments, securities or portfolios. The invention also provides a means for pricing portfolio insurance for optimal portfolios.