Abstract: The present invention pertains to the field of modeling, simulation and evaluation of reservoirs and discloses preferred embodiments of a method for determining static and dynamic elastic and poroelastic parameters of rocks under hydrostatic confining pressure conditions, a system for carrying out said method and a computer-readable storage medium.

Abstract: A computer-implemented method for distributed management of computing resources may include (i) performing, by a computing device, an initial configuration of one or more computing resources connected to a network, (ii) detecting a request for a computing resource from a client daemon, (iii) based on the request, initializing a computing environment on the computing resource, (iv) maintaining an active state of the computing resource for a usage session by a client device, (v) detecting, from the client daemon, a notification of completion of the usage session, and (vi) in response to the notification of completion, reverting the computing resource to an initial state. Various other methods, systems, and computer-readable media are also disclosed.

Abstract: A system and method for determining risk of a potential investment comprises determining a maximum amount of risk per trade based on an initial capital contribution, a risk level, a savings percentage, and a number of trades allowed per day. A potential risk of an investment may be calculated based on the maximum amount of risk, a predetermined number of trades allowed per day, a predetermined entry, and a predetermined protective stop. Where the potential risk of the investment is less than the maximum amount of risk, the process or system may advise to execute the trade. Where the potential risk is greater than the maximum amount of risk, the process or system may advise against executing the trade.

Abstract: A computer-implemented method for distributed management of computing resources may include (i) performing, by a computing device, an initial configuration of one or more computing resources connected to a network, (ii) detecting a request for a computing resource from a client daemon, (iii) based on the request, initializing a computing environment on the computing resource, (iv) maintaining an active state of the computing resource for a usage session by a client device, (v) detecting, from the client daemon, a notification of completion of the usage session, and (vi) in response to the notification of completion, reverting the computing resource to an initial state. Various other methods, systems, and computer-readable media are also disclosed.