Abstract: A system for producing CO and CO2 for efficient oil recovery with minimal undesirable gaseous emissions is provided. The system includes portable CO- and CO2-producing devices positioned near the reservoir, and a gas collecting device configured to receive and dynamically distribute a desired CO/CO2 ratio based on reservoir conditions. CO2 production proximate to the reservoir involves reforming carbon-based fuel with oxygen, while generated electrical energy enables selective gas distribution with minimal atmospheric release of greenhouse gases. The system efficiently recycles and reuses by-products and unused materials from the process, significantly reducing greenhouse emissions compared to conventional processes. By-products are fully utilized. Hydrogen produced can be used to generate electricity, as can heat generated from other sources within the process.

Abstract: Systems and methods for sending a silent push notification to a mobile device application (“MDA”) enabling a flagged transaction. The systems and methods may include receiving, by a computing processor, a request for a transaction. The systems and methods may include analyzing, by the computing processor, the transaction to determine a security level. The systems and methods may include generating, by a machine learning model (“MLM”) on the computing processor, a first security score for the transaction, the first security score based on the security level. The systems and methods may include flagging, by the computing processor, the transaction when the first security score is below a threshold security score. The systems and methods may include sending, by the computing processor via a server cloud, a silent push notification to a trusted user device. The silent push notification may include a notification payload with security data from the flagged transaction.

Abstract: A system for producing CO and CO2 to achieve an efficient oil recovery operation that minimizes undesirable gaseous emissions is provided. The system includes a portable CO-producing device, a portable CO2-producing device located proximate to the reservoir, and a gas collecting device configured to receive CO and CO2 and selectively distribute a desired ratio of CO and CO2 dynamically based on current reservoir conditions. Producing CO2 proximate to the reservoir comprises reforming carbon-based fuel within oxygen. Electrical energy generated is used to selectively distribute the desired ratio of CO/CO2 to the reservoir with de minimis greenhouse gases produced transmitted into the atmosphere. The system is an energy-efficient arrangement that recycles and reuses by-products and unused products from the process. Greenhouse gas emissions are significantly reduced compared to conventional processes by-products are fully utilized.

Abstract: A system for producing CO and CO2 to achieve an efficient oil recovery operation that minimizes undesirable gaseous emissions is provided. The system includes a portable CO-producing device, a portable CO2-producing device located proximate to the reservoir, and a gas collecting device configured to receive CO and CO2 and selectively distribute a desired ratio of CO and CO2 dynamically based on current reservoir conditions. Producing CO2 proximate to the reservoir comprises reforming carbon-based fuel within oxygen. Electrical energy generated is used to selectively distribute the desired ratio of CO/CO2 to the reservoir with de minimis greenhouse gases produced transmitted into the atmosphere. The system is an energy-efficient arrangement that recycles and reuses by-products and unused products from the process. Greenhouse gas emissions are significantly reduced compared to conventional processes by-products are fully utilized.

Abstract: A system for producing CO and CO2 to achieve an efficient oil recovery operation having de minimis undesirable gaseous emissions is provided. The system includes a portable CO producing device and a portable CO2 producing device located proximate to the reservoir and a gas collecting device configured to receive CO and CO2 and selectively distribute a desired ratio of CO and CO2 dynamically based on current reservoir conditions. Producing CO2 proximate to the reservoir comprises reforming carbon based fuel within oxygen. Electrical energy generated is used to selectively distribute the desired ratio of CO/CO2 to the reservoir with de minimis greenhouse gases produced transmitted into the atmosphere. The system is an energy efficient arrangement that recycles and reuses by-products and unused products from the process. Greenhouse gas emissions are significantly reduced compared to conventional processes by-products are fully utilized.

Abstract: A system for producing CO and CO2 to achieve an efficient oil recovery operation having de minimis undesirable gaseous emissions is provided. The system includes a portable CO producing device and a portable CO2 producing device located proximate to the reservoir and a gas collecting device configured to receive CO and CO2 and selectively distribute a desired ratio of CO and CO2 dynamically based on current reservoir conditions. Producing CO2 proximate to the reservoir comprises reforming carbon based fuel within oxygen. Electrical energy generated is used to selectively distribute the desired ratio of CO/CO2 to the reservoir with de minimis greenhouse gases produced transmitted into the atmosphere. The system is an energy efficient arrangement that recycles and reuses by-products and unused products from the process. Greenhouse gas emissions are significantly reduced compared to conventional processes by-products are fully utilized.

Abstract: A technique to promote determinism among multiple clocking domains within a computer system or integrated circuit, In one embodiment, one or more execution units are placed in a deterministic state with respect to multiple clocks within a processor system having a number of different clocking domains.

Abstract: A technique to promote determinism among multiple clocking domains within a computer system or integrated circuit, In one embodiment, one or more execution units are placed in a deterministic state with respect to multiple clocks within a processor system having a number of different clocking domains.

Abstract: The Sur-Link system will link a person to any portable apparatus they may randomly misplace or enable one to monitor such things as a pocket book, cell phone or any other object that they could leave behind. This unit may be used for keys or attached to a child that you desire to keep within a safe distance and many other uses by means of an electronic sending unit that you attached to a child or object you want to protect from loss or separation. The receiving unit is attached to the person that is similar to a beeper or warning device which will sound an alarm when a distance of a few feet separates the receiver unit from the sending device attached to the unit you seek to monitor.