Abstract: An IC device includes a multilayer metal line that is at least partially surrounded by one or more electrical insulators. The multilayer metal line may be formed by stacking four layers on top of one another. The four layers may include a first layer between a second layer and a third layer. The first layer may include Al. The second or third layer may include W. The fourth layer may be a conductive or dielectric layer. The second layer, third layer, and fourth layer can protect the first layer from defects in Al core layer during fabrication or operation of the multilayer metal line. Substrative etch may be performed on the stack of the four layers to form openings. An electrical insulator may be deposited into to the openings to form multiple metal lines that are separated by the electrical insulator. A via may be formed over the third layer.

Abstract: One or more example embodiments of the present invention relates to a method for transmission of medical datasets, including providing a medical dataset from an internal data memory, the medical dataset including data elements, each data element of the data elements having a data type, providing a security profile, the security profile including rules for a degree of a data anonymization of data elements of a respective data type, creating an anonymized medical dataset based on the provided medical dataset and the provided security profile, the data elements of the medical dataset are each anonymized based on the respective data type and the security profile, the anonymized medical dataset includes the anonymized data elements and transmitting the anonymized medical dataset to an external data memory.

Abstract: One or more techniques and/or systems are disclosed that provide for improved speed and efficiency when transferring data from a source data storage device to a destination data storage device in a data storage network. A data storage network is configured such that a source data storage device, a destination data storage device and a migration server can communicate with each other. Both a source data storage drive and a destination data storage drive are mapped to the migration server. The migration server identifies controllers coupled to the data storage network for the source and destination data storage drives. A route of data transfer is mapped from the source data storage drive to the destination data storage drive through the identified controllers, and the data is transferred from the source data storage drive to the destination data storage drive using the mapped route of data transfer.