Abstract: A denormalized dataset, an associated primary key field, one or more associated secondary key fields and information identifying one or more normalized datasets associated with each secondary key field, is received. A denormalized table comprising fields and data types corresponding to said denormalized dataset, said denormalized table having a primary key field corresponding to said primary key field associated with said denormalized dataset, is created. The said information identifying the one or more normalized datasets associated with each secondary key field, creating one or more normalized tables, each of said one or more normalized tables corresponding to a respective one of said one or more normalized datasets, each of said one or more normalized tables comprising a foreign key corresponding to said associated primary key and a primary key corresponding to the secondary key field associated with said normalized dataset, is utilized. Additionally, each of said foreign keys is utilized.

Abstract: A computer implemented method and system comprising receiving a data packet from a network source, extracting source and destination data from the received data packet, determining a user from the extracted source and destination data from the received data packet. If a label does not exist for the extracted source and destination data from the received data packet, creating a label for the data packet, the label comprising the extracted source data and historic source data for the determined user, calling a chaotic function with the label for the received data packet. If the chaotic function returns false, calling an alternative function for an output with the label for the received data packet. If the chaotic function returns true, capturing the output of the chaotic function, and updating the label with the output of the chaotic function or with the output of the alternative function.

Abstract: Disclosed is a device that will consist of two visors attached to a frame that will connect directly to any type of hoodie or like shape device.

Abstract: The present invention relates to the implementation of policy and/or charging control for an IP Connectivity Access Network session established for a user, that enables the user to select one of several Quality or Service levels, and an associated charging rate, that can be provided to the user for an identified traffic type that is being sent over the IP-CAN session. A set of Policy and Charging Control rules that apply the selected QoS level and the associated charging rate are then generated and applied to traffic of the identified type that is sent over the IP-CAN session.

Abstract: Techniques for inducing rectification in single-molecule diodes including a symmetric single-molecule adapted to be surrounded by the polar solution. A first electrode can be attached to a first end of the symmetric single-molecule and have a first area adapted for exposure to the polar solution. A second electrode can be attached to a second end of the symmetric single-molecule opposite the first end and have a second area adapted for exposure to the polar solution. The first and second electrodes and the single-molecule can a single-molecule junction, and the first area and second areas of the diodes can differ in size to create an environmental asymmetry. A voltage source can be coupled to the first and second electrodes configured to selectively control the environmental asymmetry and thereby induce current rectification.

Abstract: A Policy and Charging Rules Function server (PCRF) of a Policy and Charging Control (PCC) Architecture for deciding control rules applicable to user traffic flows to be inspected, in accordance with applicable telecommunication protocols for each traffic flow, by a Policy and Charging Enforcement Function server with Deep Packet inspection capabilities (PCEF-DPI) of the PCC Architecture. The PCRF includes a database having a list of protocols used in the user tialYtc flow s The PCRF includes an interface unit which receives a query from the PCEF-DPI about applicable control rules for an IP Connectivity Access Network (IP-CAN) session established for a user at the PCEF-DPI The PCRF includes a processing unit which sends the applicable control rules for the IP-CAN session and the list of protocols through the interface unit to the PCEF-DPI. A Policy and Charging Enforcement Function, server having Deep Packet Inspection capabilities (PCEF-DPI) of a Policy and Charging Control (PCC) Architecture.

Abstract: A network access optimization strategy where mobile device may be directed to access particular networks depending on operation requirements and characteristic. The optimization strategy may rely on a traveling speed of the mobile to device to broadly prioritize a network type suitable for the given traveling speed.

Abstract: Embodiments of the present disclosure are directed toward a system and method to drain a fuel manifold wherein a fuel drainage and purge system includes a fuel manifold and a drainage line extending from the fuel manifold. The drainage line is configured to flow a liquid-gas mixture from the fuel manifold. The fuel drainage and purge system also includes a drain valve disposed along the drainage line, a vent line extending from the drainage line upstream of the drain valve, a vent valve disposed along the vent line, and a drainage trap arranged along the drainage line downstream of the drain valve. The drainage trap is configured to separate the liquid-gas mixture into a liquid stream and a gaseous stream.

Abstract: A Parental Control Manager “PCM” server of a Policy and Charging Control “PCC” architecture with the Parental Control Manager “PCM” server, a Policy Control Enforcement Function device with Deep Packet Inspection capabilities “PCEF-DPI device”, and a Policy Control Rules Function “PCRF” server. The PCM server includes a user interface unit for receiving a logon from a user, and for receiving from the user monitoring criteria on Internet traffic types to be monitored for the user, and corresponding actions to be carried out when any monitoring criteria fit a given Internet traffic type. The PCM server includes a network interface unit for submitting the monitoring criteria and corresponding actions received from the user to a PCRF server. A PCRF server of a PCC architecture with a PCM server, a PCEF-DPI device, and the PCRF server. A PCEF-DPI device of a PCC architecture with a PCM server, the PCEF-DPI device, and a PCRF server.

Abstract: The present invention relates to the implementation of policy and/or charging control for an IP Connectivity Access Network session established for a user, that enables the user to select one of several Quality or Service levels, and an associated charging rate, that can be provided to the user for an identified traffic type that is being sent over the IP-CAN session. A set of Policy and Charging Control rules that apply the selected QoS level and the associated charging rate are then generated and applied to traffic of the identified type that is sent over the IP-CAN session.

Abstract: A Policy and Charging Rules Function server (PCRF) of a Policy and Charging Control (PCC) Architecture for deciding control rules applicable to user traffic flows to be inspected, in accordance with applicable telecommunication protocols for each traffic flow, by a Policy and Charging Enforcement Function server with Deep Packet inspection capabilities (PCEF-DPI) of the PCC Architecture. The PCRF includes a database having a list of protocols used in the user tialYtc flow s The PCRF includes an interface unit which receives a query from the PCEF-DPI about applicable control rules for an IP Connectivity Access Network (IP-CAN) session established for a user at the PCEF-DPI The PCRF includes a processing unit which sends the applicable control rules for the IP-CAN session and the list of protocols through the interface unit to the PCEF-DPI. A Policy and Charging Enforcement Function, server having Deep Packet Inspection capabilities (PCEF-DPI) of a Policy and Charging Control (PCC) Architecture.

Abstract: A technique for generating or updating a user profile based on a packet flow in a communications network from a user terminal to a destination address is described. A method implementation of this technique comprises receiving, by a Policy Control and Charging Rules Function (PCRF) from a Policy and Charging Enforcement Function (PCEF), at least one item of information indicative of at least one of the destination address and a service provided at the destination address to the user terminal. Based on this item of information, a user profile for a user associated with the user terminal is generated or updated.

Abstract: A Parental Control Manager “PCM” server of a Policy and Charging Control “PCC” architecture with the Parental Control Manager “PCM” server, a Policy Control Enforcement Function device with Deep Packet Inspection capabilities “PCEF-DPI device”, and a Policy Control Rules Function “PCRF” server. The PCM server includes a user interface unit for receiving a logon from a user, and for receiving from the user monitoring criteria on Internet traffic types to be monitored for the user, and corresponding actions to be carried out when any monitoring criteria fit a given Internet traffic type. The PCM server includes a network interface unit for submitting the monitoring criteria and corresponding actions received from the user to a PCRF server. A PCRF server of a PCC architecture with a PCM server, a PCEF-DPI device, and the PCRF server. A PCEF-DPI device of a PCC architecture with a PCM server, the PCEF-DPI device, and a PCRF server.

Abstract: In a policy and charging control method, a network node including a policy and charging enforcement function (PCEF) establishes a user plane session with a user and obtains a profile of the user. Upon receiving a packet, the PCEF determines, through a deep inspection of the packet, whether the packet indicates that content of a particular type, referred to as original content, is to be received by the user. If it is determined that the packet indicates that the original content of the particular type is to be received by the user, the PCEF obtains, based on the user profile and the particular type of the original content, information regarding operations to be performed in relation to the original content. The PCEF then performs the operations in relation to the original content. The invention further relates to network nodes implementing a PCEF and to computer programs.