Abstract: An attached cable circuitry assembly of an electric vehicle supply equipment (EVSE) that includes a charging protocol controller. The charging protocol controller includes a first connector to terminate one or more signal wires of a charging cable. The charging protocol controller further includes a second connector to connect via a cable to a third connector of the EVSE, the second connector to terminate supply voltage and communication from the EVSE received over the cable that connects the second connector to the third connector. The charging protocol controller further includes one or more charging communication circuits. The charging protocol controller further includes a processor to perform: signal handshake and control, and communication between the EVSE and the charging protocol controller.

Abstract: An electric vehicle charging cable includes power charging wire(s) to carry power between an electric vehicle supply equipment (EVSE) and an electric vehicle (EV), signal wire(s) to carry signaling data relating to charging the EV, a charging cable connector to connect the power charging wire(s) and the signal wire(s) to an inlet of the EV, and a charging protocol controller. The charging protocol controller includes a first connector to terminate the signal wire(s), a second connector to terminate supply voltage and communication from the EVSE, one or more communication circuit(s), and a processor that performs signal handshake and control and communication between the EVSE and the charging protocol controller.

Abstract: Computer-implemented methods and systems for managing data objects within a computer network infrastructure that facilitate more efficient and reliable data storage and access are provided. An exemplary method may comprise establishing a physical identifier for each storage resource. A plurality of unique virtual identifiers for each storage resource is generated based on the physical identifier. The plurality of unique virtual identifiers is stored in a consistent ring namespace accessible to every node. An object identifier associated with a location of a data object to be stored in a storage resource is generated. The object identifier is mapped to the consistent ring namespace. The method may also include enabling traversing the consistent ring namespace from any node in the computer network to locate and access the data object.

Abstract: Computer-implemented methods and systems for managing data objects within a computer network infrastructure that facilitate more efficient and reliable data storage and access are provided. An exemplary method may comprise establishing a physical identifier for each storage resource. A plurality of unique virtual identifiers for each storage resource is generated based on the physical identifier. The plurality of unique virtual identifiers is stored in a consistent ring namespace accessible to every node. An object identifier associated with a location of a data object to be stored in a storage resource is generated. The object identifier is mapped to the consistent ring namespace. The method may also include enabling traversing the consistent ring namespace from any node in the computer network to locate and access the data object.

Abstract: Computer-implemented methods and systems for managing data objects within a computer network infrastructure that facilitate more efficient and reliable data storage and access are provided. An exemplary method may comprise establishing a physical identifier for each storage resource. A plurality of unique virtual identifiers for each storage resource is generated based on the physical identifier. The plurality of unique virtual identifiers is stored in a consistent ring namespace accessible to every node. An object identifier associated with a location of a data object to be stored in a storage resource is generated. The object identifier is mapped to the consistent ring namespace. The method may also include enabling traversing the consistent ring namespace from any node in the computer network to locate and access the data object.

Abstract: Apparatus provide shapeshifting weightless operation without assembly and/or attachments; operable without being constructed to a stationery device and/or without being injected with: compressed air, sand, water, foam nor other components. In response to the users' strike/physical interaction related to fitness training/boxing the apparatus ascends and/or projects upward/outward, descending due to gravity remaining airborne with the users' interaction, descending when the interaction is void factor SFINA (Static Friction Interaction Natural Air) associated with the device does not require maintenance and/or deconstruction when being transported by the user easily being folded (3 in×5 in) and placed into the users': jacket, pant, gym bag, purse and/or other carried and/or wearable device with pockets to be transported to another location without being disassembled, deconstructed, unmounted and/or unhung.

Abstract: Aspects provide for the automatic identification and execution of investment opportunities in entities associated with graphic image subject matter. In response to user selection of graphic elements displayed within a graphical user interface display, a corporate entity is identified that is associated with the graphic element and with an opportunity for investment by the user in the corporate entity, and an associated selectable investment icon is generated and displayed. Selection of the selectable investment icon by the user, displays a selectable investment execution graphic element describing investment offer conditions for the associated corporate entity. Selection of the selectable investment icon automatically executes the offer for investment in the associated corporate entity pursuant to the described conditions, thereby acquiring an investment in the corporate entity for the user.

Abstract: Computer-implemented methods and systems for managing data objects within a computer network infrastructure that facilitate more efficient and reliable data storage and access are provided. An exemplary method may comprise establishing a physical identifier for each storage resource. A plurality of unique virtual identifiers for each storage resource is generated based on the physical identifier. The plurality of unique virtual identifiers is stored in a consistent ring namespace accessible to every node. An object identifier associated with a location of a data object to be stored in a storage resource is generated. The object identifier is mapped to the consistent ring namespace. The method may also include enabling traversing the consistent ring namespace from any node in the computer network to locate and access the data object.

Abstract: A method to dynamically attach, manage, and access a LAN-attached SCSI and netSCSI device to a network. In one embodiment, the present invention recites a method for dynamically attaching, managing, and accessing a netSCSI device coupled to a network. In one step, a broadcast message from the netSCSI device, providing a network address of the netSCSI device, is received at a computer coupled to the network. In another step, the network address of the netSCSI device is mapped to a logical SCSI ID in the computer. With another step, the computer claims ownership of the netSCSI device by transmitting a message of ownership to it and including its own, network address. Finally, communication to the netSCSI device is performed by accessing the address map.