Abstract: A method includes: receiving, by a computer device, resource request for a data integration job, wherein the resource request is received from a job executor module and defines processes of the data integration job; allocating, by the computer device, containers for the processes of the data integration job; launching, by the computer device, a respective wrapper script on each respective one of the containers after allocating the respective one of the containers; and transmitting, by the computer device and in response to the allocating, node details to the job executor module. In embodiments, the wrapper script running on the container is configured to repeatedly check a predefined location for process commands from a job executor. After the resource manager allocates all the containers for a data integration job according to a resource request, the job executor writes the process commands to the predefined location.

Abstract: The present disclosure provides a fine-grained link adaptation mechanism that allows for link adaptation at a resource block granularity. To this end, the fine-grained link adaptation mechanism can determine the effective signal-to-interference-plus-noise ratio for individual user equipment in a particular cell at the resource block granularity. This way, the transmitter can use the effective signal-to-interference-plus-noise ratio to adapt the modulation and coding scheme at the resource block granularity. The fine-grained link adaptation mechanism can be introduced to a long term evolution (LTE) network without substantial redesign of the LTE network.

Abstract: A method (of revising an initial layout diagram of a wire routing arrangement) includes: identifying, in a first conductance layer of the initial layout diagram, a routed pattern and a dummy pattern, each of which extends in a first direction; the routed patterns being functional in a representation of a circuit; the dummy patterns being non-functional in the representation of the circuit; and revising to form a revised layout diagram, the revising including adding first and second jumper patterns, into a second conductance layer, which extend in a second direction substantially perpendicular to the first direction, and adding via patterns, into an interconnection layer between the first and second conductance layers, which represent (A) connections between the first jumper pattern and first ends of the corresponding routed and dummy patterns, and (B) connections between the second jumper pattern and second ends of the corresponding routed and dummy patterns.

Abstract: A method of tracking location of an electronic device includes broadcasting a communication signal in a first short range wireless communication mode; and receiving location information of a second electronic device in a second short range wireless communication mode switched to, from the first short range wireless communication mode, the location information of the second electronic device being detected by using the broadcasted communication signal.

Abstract: Disclosed here are systems and methods for providing an integrated retail platform. The systems and methods can include receiving, by a computing device comprising a processor, a configuration data for a plurality of service terminals. The systems and methods can include computing device receiving updated configuration data for the plurality of service terminals. The computing device can transmit the updated configuration data to the plurality of service terminals.

Abstract: One feature pertains to cooling of a high density array of non-volatile memory mass storage devices within a computer enclosure. A coolant is moved through the enclosure through two separate air paths, each serving approximately half of the mass storage devices. The two air paths are interleaved in a central duct ported to a frontal and a rear plenum. The central duct contains two groups of fans with a flow axis perpendicular to the plane of the server enclosure but with opposite flow direction with the two groups vertically offset relative to each other. The two paths are separated from each other through dividers. Both paths intake coolant from the cold isle and exhaust the coolant to the hot isle. The non-volatile memory mass storage devices include electromechanical and solid state devices.

Abstract: A compressor system is disclosed with a base structure configured to support a compressor. A removable oil reservoir is connectable with the base structure. An oil drain tube is configured to be in fluid communication with portions of the compressor system and the oil reservoir. The oil reservoir is configured to slidingly move relative to the base structure and engage with the oil drain tube in a fluid sealing arrangement.

Abstract: Improving anti-malware scan performance may include detecting a performance issue on a computing device, presenting a user interface requesting user feedback regarding the performance issue, receiving user input related to the performance issue, determining, based on the user input, a targeted anti-malware scan, and performing the targeted anti-malware scan on the computing device.

Abstract: One feature pertains to an advanced computer device configured for storing data on a plurality of non-volatile memory mass storage devices. The mass storage devices may interface with the computer device through a plurality of base boards mounted in an enclosure that are configured to couple with at least one non-volatile memory storage drive. Each base board may further be configured to couple with a high speed interconnect cable to exchange data to be loaded or stored with the computer device. According to one aspect, the high speed cable transfers Serially Attached SCSI (SAS) or PCIe data packets or frames.

Abstract: The present disclosure discloses a method and a unit for mapping information bits to polarization angles of a wave for communication. The method comprises transmitting, by a polarization unit of a first communication device, a training signal to a second communication device, for each polarization angle, receiving a feedback signal from the second communication device in response to the training signal, indicating one or more parameters of one or more polarization channels, where each of the one or more polarization channels corresponds to respective polarization angles, categorizing information bits into one or more categories and mapping the information bits to the one or more polarization channels where the mapped information bits are communicated to the second communication device.

Abstract: Methods and apparatus for contention-based access in a wireless communication system are disclosed. A base station may determine a contention-based resource allocation comprising a subset of available system resources. Information related to the contention-based resources may be sent to a user device. In addition, state information may be provided to the UE. The UE may generate and send a contention-based uplink transmission consistent with the allocated resources and state information.

Abstract: This disclosure relates generally to enterprise software management, and more particularly to systems and methods for determining digital degrees of separation for digital program implementation. In one embodiment, a digital degrees of separation determination system is disclosed, comprising a hardware processor, and a memory storing instructions executable by the processor for obtaining user credentials, and determining a user classification based on the user credentials. The processor may execute the instructions for identifying a user digital need based on the user classification, and querying a database for market-available software applications related to the user digital need. Further, the processor may execute the instructions for obtaining a list of user-accessible software applications related to the user digital need, and comparing characteristics of the market-available software applications to the user-accessible software applications.

Abstract: A compressor system is disclosed with a skeleton base structure configured to support a compressor. The skeleton base includes a first portion and a second portion configured to support the compressor system. The first portion includes a lower elongate support leg extending along a longitudinal direction, a support platform spaced above the lower support leg, and an open space formed between the lower support leg and the support platform. The second portion includes an extension beam projecting along the longitudinal direction from the first portion and a cross member support positioned transversely across the extension beam.

Abstract: A compressor system is disclosed with a base structure configured to support a compressor. A removable oil reservoir is connectable with the base structure. An oil drain tube is configured to be in fluid communication with portions of the compressor system and the oil reservoir. The oil reservoir is configured to slidingly move relative to the base structure and engage with the oil drain tube in a fluid sealing arrangement.

Abstract: A compressor system is disclosed with a skeleton base structure configured to support a compressor. The skeleton base includes a first portion and a second portion configured to support the compressor system. The first portion includes a lower elongate support leg extending along a longitudinal direction, a support platform spaced above the lower support leg, and an open space formed between the lower support leg and the support platform. The second portion includes an extension beam projecting along the longitudinal direction from the first portion and a cross member support positioned transversely across the extension beam.

Abstract: The present disclosure provides a fine-grained link adaptation mechanism that allows for link adaptation at a resource block granularity. To this end, the fine-grained link adaptation mechanism can determine the effective signal-to-interference-plus-noise ratio for individual user equipment in a particular cell at the resource block granularity. This way, the transmitter can use the effective signal-to-interference-plus-noise ratio to adapt the modulation and coding scheme at the resource block granularity. The fine-grained link adaptation mechanism can be introduced to a long term evolution (LTE) network without substantial redesign of the LTE network.

Abstract: The disclosure includes a compressor system having a compressor for compressing and delivering a fluid to a component. First and second conduits are fluidly connected between the compressor and the component. At least one of the conduits is a thin walled conduit having an adaptor end piece connected thereto to transition from a thin wall thickness to a predetermined second wall thickness. A circumferential groove is formed in an outer surface of each of the first and second conduits at a location corresponding to at least the predetermined second wall thickness. An expansion joint clamp is adapted to engage the circumferential grooves and couple the first and second conduits together.

Abstract: A compressor system is disclosed with a base structure configured to support a compressor. A removable oil reservoir is connectable with the base structure. An oil drain tube is configured to be in fluid communication with portions of the compressor system and the oil reservoir. The oil reservoir is configured to slidingly move relative to the base structure and engage with the oil drain tube in a fluid sealing arrangement.

Abstract: A compressor system is disclosed with a base structure configured to support a compressor. A removable oil reservoir is connectable with the base structure. An oil drain tube is configured to be in fluid communication with portions of the compressor system and the oil reservoir. The oil reservoir is configured to slidingly move relative to the base structure and engage with the oil drain tube in a fluid sealing arrangement.

Abstract: A magnetic element (1) has a base body (2) made of a magnetic or magnetizable material. The base body (2) has, in cross section, essentially the geometry of a rectangle (4) with a first side (3a) and a second side (3b) lying opposite the first side (3a). In cross section the first side (3a) has a first recess (5a), and the second side (3b) has a second recess (5b).